{"generated":"2026-10-09","count":184,"page_size":30,"templates":[{"id":"38cc433171","title":"Junior Product Safety Assessor","focus":"Product safety","open":true,"status":"Open","role_family":"Assessment & certification","seniority":"Junior","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Other","standards":["IEC 61508","ISO 12100","ISO 26262"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Junior Product Safety Assessor Product safety Assessment & certification Cross-industry safety Junior IEC 61508 ISO 12100 ISO 26262"},{"id":"2b59658d27","title":"Product Safety Assessor (ISO 12100)","focus":"Product safety","open":false,"status":"Archived","role_family":"Assessment & certification","seniority":"Junior","industry":"Medical","industries":["Medical","Energy & process","Testing & certification services"],"segment":"Other","standards":["ISO 12100","IEC 60601","UL 508A","IEC 61010","IEC 62368"],"standards_meta":[{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"IEC 60601","site_code":"IEC 60601","id":null,"name":"Medical Electrical Equipment - Basic Safety and Essential Performance","summary":"Safety and performance requirements for medical electrical equipment."},{"code":"UL 508A","site_code":"IEC 60204-1","id":"iec60204","name":"Industrial Control Panels","summary":"Safety requirements for industrial control panels (North America)."},{"code":"IEC 61010","site_code":"IEC 61508","id":"iec61508","name":"Electrical Equipment for Measurement, Control and Laboratory Use","summary":"Safety requirements for measurement, control and laboratory equipment."},{"code":"IEC 62368","site_code":"IEC 61508","id":"iec61508","name":"Audio/Video and ICT Equipment - Safety","summary":"Hazard-based safety engineering for audio, video and ICT equipment."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Georgia, US","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Electrification / battery","Product compliance","Reliability","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Product Safety Assessor (ISO 12100) Product safety Assessment & certification Medical Junior ISO 12100 IEC 60601 UL 508A IEC 61010 IEC 62368 The Test Technician — General Safety is responsible for performing electrical and mechanical testing and evaluation on a variety of products to the provisions of U.S., Canadian, and other International product safety standards, writing reports, and communicating with clients. Perform product safety testing against standards such as UL 62368-1, UL 60730-1, IEC 61010-1, UL 508/UL 61800-5-1, UL 972, and related vertical/end-product standards. Setup and Execute test plan authored by Project Engineer - including dielectric withstand, ground bond/continuity, abnormal operation, temperature rise, and mechanical strength/impact testing. Prepare and coordinate test samples; responsible for sample readiness for testing - logistics, quantity, EUT utility requirements. Obtain and record test data in accordance with applicable standards; perform basic analysis of test data and routine calculations. Author Work Instructions for complex test setup Support RFQ scoping and certification proposals, helping determine applicable standards, test scope, and realistic timelines for new client programs. Conduct factory/field follow-up inspections as needed to support ongoing certification surveillance. Maintain equipment and facilities; may draft technical reports and perform other work as required. This position outline is a general guideline and does not represent all-encompassing details. The position assumes the incumbent has both the mental and physical requirements to carry out the above-defined duties. Associate’s degree in Electrical, Mechanical, or Electronics Engineering, or equivalent education or practical experience. 1–4 years of hands-on experience in product safety testing, compliance engineering, or a technical field Comfortable with standard lab instrumentation: soldering/desoldering, dielectric testers, ground bond testers, thermocouples/data loggers, leakage current tester, oscilloscope and mechanical test fixtures or related. Must have a valid unrestricted driver's license and safe driving record. Ability to travel up to 10–15% as business needs dictate. Excellent interpersonal and communication skills, both verbal and written; strong technical writing for and client-facing correspondence. Self-motivated, able to work independently in a fast-paced, multi-tasking environment with strong organization and time management skills. Microsoft Office software experience required. Must be customer-focused and quality-driven. exposure to hazardous-location/explosion-protection standards functional safety or risk assessment methodologies (ISO 12100, FMEA); exposure to battery-powered or power-electronics-adjacent products or related. Working familiarity with any of the following: UL 62368-1, UL 60730-1, IEC 61010-1, UL 508, UL 972, UL 1081, UL 1559. Experience in IEC 60601-1 is a plus."},{"id":"b6d8734445","title":"Functional Safety Assessor (IEC 61508, Assessment & certification)","focus":"Functional safety","open":true,"status":"Open","role_family":"Assessment & certification","seniority":"Mid-level","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Other","standards":["IEC 61508","ISO 12100","ISO 26262"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Functional Safety Assessor (IEC 61508, Assessment & certification) Functional safety Assessment & certification Cross-industry safety Mid-level IEC 61508 ISO 12100 ISO 26262"},{"id":"7b3f7bc214","title":"Functional Safety Assessor (ISO 26262, Assessment & certification, Semiconductor)","focus":"Functional safety","open":true,"status":"Open","role_family":"Assessment & certification","seniority":"Mid-level","industry":"Semiconductor","industries":["Semiconductor"],"segment":"Other","standards":["ISO 26262"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Product compliance"],"employer":true,"text":"Functional Safety Assessor (ISO 26262, Assessment & certification, Semiconductor) Functional safety Assessment & certification Semiconductor Mid-level ISO 26262"},{"id":"97e9568566","title":"Product Safety Assessor (ARP4754)","focus":"Product safety","open":false,"status":"Archived","role_family":"Assessment & certification","seniority":"Mid-level","industry":"Aerospace & defense","industries":["Aerospace & defense","AI & software platforms"],"segment":"Defense space","standards":["ARP4754","ARP4761","DO-178C"],"standards_meta":[{"code":"ARP4754","site_code":"IEC 61508","id":"iec61508","name":"Development of Civil Aircraft and Systems","summary":"Aircraft and systems development process guidance (SAE ARP4754A)."},{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."},{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."}],"stage":"Directory listed","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":["English","German"],"certifications":[],"tools":[],"domains":["Machine learning / AI","Product compliance","Aerospace","Reliability","Safety case & assessment"],"employer":true,"text":"Product Safety Assessor (ARP4754) Product safety Assessment & certification Aerospace & defense Mid-level ARP4754 ARP4761 DO-178C The organization isn’t just a defence company. It’s a mission. Backed by an international team, strong funding, and a bold vision, we’re looking for people who want to shape the next generation of aerial security and build something that truly matters. Bachelor’s or Master’s degree in Aerospace, Electrical, Mechanical, Safety Engineering, or related fields. 3+ years of experience in product safety, certification, or regulatory compliance for unmanned systems, aircraft systems, or other regulated products. Strong understanding of CE marking, EU safety directives, and conformity assessment procedures. Working knowledge of EASA and LBA UAS certification environments, including operational authorization pathways. Experience with or support of LufABw approval processes is a strong advantage. Hands-on experience with system safety and risk assessments (SORA, FMEA, FTA, FHA, etc.). Ability to interpret technical standards and convert them into actionable engineering requirements. Strong communication and documentation skills, especially in English and German. A structured, systematic, and ownership-driven approach to problem solving."},{"id":"95e4602906","title":"Product Safety Assessor (IEC 60601)","focus":"Product safety","open":true,"status":"Open","role_family":"Assessment & certification","seniority":"Mid-level","industry":"Medical","industries":["Medical","Testing & certification services"],"segment":"Other","standards":["IEC 60601","UL 508A","IEC 61010","IEC 62368"],"standards_meta":[{"code":"IEC 60601","site_code":"IEC 60601","id":null,"name":"Medical Electrical Equipment - Basic Safety and Essential Performance","summary":"Safety and performance requirements for medical electrical equipment."},{"code":"UL 508A","site_code":"IEC 60204-1","id":"iec60204","name":"Industrial Control Panels","summary":"Safety requirements for industrial control panels (North America)."},{"code":"IEC 61010","site_code":"IEC 61508","id":"iec61508","name":"Electrical Equipment for Measurement, Control and Laboratory Use","summary":"Safety requirements for measurement, control and laboratory equipment."},{"code":"IEC 62368","site_code":"IEC 61508","id":"iec61508","name":"Audio/Video and ICT Equipment - Safety","summary":"Hazard-based safety engineering for audio, video and ICT equipment."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Georgia, US","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Product compliance"],"employer":true,"text":"Product Safety Assessor (IEC 60601) Product safety Assessment & certification Medical Mid-level IEC 60601 UL 508A IEC 61010 IEC 62368 The Project Engineer — General Safety is responsible for performing all engineering duties relating to certifying client’s products to applicable safety standards, serving as the technical lead for the project. Technical owner of multiple projects – collaborate and support Project Manager (PM) to ensure project deliverables are completed within the project deadlines. Technical representative between client and the organization – provide client updates on key milestones of a project, hold technical meetings with clients, prepare letter reports,. Perform construction review of products against standards such as UL 62368-1, UL 60730-1, IEC 61010-1, UL 508/UL 61800-5-1, UL 972, and related vertical/end-product standards. Author and review Test Report Forms (TRFs) and CDF (Construction Data Form) documentation in CB and UL Scheme formats, ensuring accurate clause mapping and verdicts. Author compliance correspondence, including position letters and technical justifications for certification decisions when challenged by clients or third parties. Develop test plan for construction, electrical, and mechanical safety testing, including dielectric withstand, ground continuity, abnormal operation, temperature rise, and mechanical strength/impact testing. Lab reviewer for test data/results output by lab technicians. Provide guidance to lab technicians for setup and execution of complex tests. Support RFQ scoping and certification proposals, helping determine applicable standards, test scope, and realistic timelines for new client programs. Conduct factory/field follow-up inspections as needed to support ongoing certification surveillance. Bachelor's degree in Electrical, Electronics, Mechanical Engineering, or equivalent practical experience. 2-5 years experience in product safety testing, compliance engineering, engineer in the following technical field (e.g., NRTL/TIC laboratory, R&D, V&V). Working familiarity with at least three of the following: UL 62368-1, UL 60730-1, IEC 61010-1, UL 508, UL 972, UL 1081, UL 1559. Experience in IEC 60601-1 is a plus. Understanding of NRTL certification processes, CB Scheme (IECEE) documentation conventions, and basic CE marking/Low Voltage Directive concepts. Comfortable with standard lab instrumentation: hipot/dielectric testers, ground bond testers, thermocouples/data loggers, leakage current tester, spectrum analyzer, oscilloscope, mechanical test fixtures, force gauge, tensile tester. Ability to travel up to 10–15% as business needs dictate. Excellent interpersonal and communication skills, both verbal and written; strong technical writing for TRFs, CDFs, and client-facing correspondence. Self-motivated, able to work independently in a fast-paced, multi-tasking environment with strong organization and time-management skills. Microsoft Office software experience required. Must be customer-focused and quality-driven."},{"id":"b7ac1f9c7d","title":"Safety-critical Assessor (EN 50126)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Assessment & certification","seniority":"Mid-level","industry":"Rail","industries":["Rail","Medical"],"segment":"Rail supplier","standards":["EN 50126","EN 50128","EN 50129"],"standards_meta":[{"code":"EN 50126","site_code":"EN 50126","id":"en50126","name":"Railway RAMS","summary":"Specification and demonstration of Reliability, Availability, Maintainability and Safety for railway applications."},{"code":"EN 50128","site_code":"EN 50128","id":"en50128","name":"Railway Software","summary":"Software for railway control and protection systems, defining software SIL requirements and lifecycle."},{"code":"EN 50129","site_code":"EN 50129","id":"en50129","name":"Railway Signaling Safety Cases","summary":"Safety-related electronic systems for railway signaling, including the structure of the safety case."}],"stage":"Directory listed","size":"10,000+","country":"India","region":"Asia-Pacific","location":"India","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"No","languages":["English"],"certifications":[],"tools":[],"domains":["Product compliance","Rail signalling","Reliability","Safety case & assessment"],"employer":true,"text":"Safety-critical Assessor (EN 50126) Safety-critical Assessment & certification Rail Mid-level EN 50126 EN 50128 EN 50129 You’ll specifically take care of delivering safety assessment reports, presenting assessment results to various stakeholders, and managing safety findings logs, but also support safety reviews and independent assessments as needed. We value passion and attitude over experience. That’s why we don’t expect you to have every single skill. Instead, we’ve listed some that we think will help you succeed and grow in this role Master Degree in Engineering or a similar technical field Experience in the railway safety domain or extensive experience in the railway domain with a focus on safety Knowledge of the organization Ethics & Compliance policy and EHS policy Experience in conducting audits A certification in World Class Engineering (WCE) Expert in Safety is advantageous Fluency in English with excellent communication skills Resilience and negotiation skills Enjoy stability, challenges and a long-term career free from boring daily routines Work with new security standards for rail signalling Collaborate with transverse teams and helpful colleagues Contribute to innovative projects Utilise our dynamic working environment Steer your career in whatever direction you choose across functions and countries Benefit from our investment in your development, through award-winning learning Progress towards leadership roles within safety assessment You don’t need to be a train enthusiast to thrive with us. We guarantee that when you step onto one of our trains with your friends or family, you’ll be proud. If you’re up for the challenge, we’d love to hear from you!"},{"id":"5eeb50dc4f","title":"Lead Safety-critical Assessor","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Assessment & certification","seniority":"Principal","industry":"Automotive","industries":["Automotive","Semiconductor"],"segment":"Sensors","standards":["ISO 26262"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."}],"stage":"Directory listed","size":"Unknown","country":"India","region":"Asia-Pacific","location":"India","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Embedded software","Hardware / electronics","Sensors & perception","Reliability","Safety case & assessment"],"employer":true,"text":"Lead Safety-critical Assessor Safety-critical Assessment & certification Automotive Principal ISO 26262 As a recognized technical expert in Functional Safety within CTO Functional Safety team, you perform technical assessments and Peer Reviews of the safety related semiconductor products under development (SoC). You are also deeply involved in System Safety Solution developments and drive cutting-edge innovation topics. Perform the ISO26262 Functional Safety assessments for Software products Manage Technical Peer Reviews, Safety concept and Safety analysis (FTA, SW FMEA, DFA) on project upon request from BL / PL Safety Manager. Drive cutting-edge innovation topics for Safety SW Maintain / Enhance the Safety Culture within the company - Evangelize the Functional Safety approach across organizational boundaries and with management. Travel domestically and internationally as required Demonstrated strong technical leadership with the ability to influence, persuade, and drive alignment across diverse stakeholders. Comfortable working with the ambiguity inherent in implementing new technologies, complex Functional Safety products Proven capability to engage and enroll both technical and business stakeholders, including internal engineering teams and external customers Excellent verbal and written communication skills, enabling effective interaction with technical contributors, business leaders, customers, and executive management. An intimate knowledge of ISO-26262 (or other safety standard) 12+ years’ experience in embedded systems and software development Experience in SW requirements, architecture and design for safety products Good understanding of the responsibility sharing between supplier and OEM with respect to product safety Recognized as a technical leader in his/her previous experiences Desirable: Driven or involved in Safety assessment, confirmation reviews, verification reviews Bachelor or Master of Science in Electrical Engineering, Electronics and Communication Engineering, Computer Engineering, or Computer Science with 12+ years of industry experience. More information about NXP in India..."},{"id":"99dd56794d","title":"Functional Safety Assessor (ISO 26262, Assessment & certification, Rail)","focus":"Functional safety","open":true,"status":"Open","role_family":"Assessment & certification","seniority":"Senior","industry":"Rail","industries":["Rail"],"segment":"Other","standards":["ISO 26262"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."}],"stage":"Directory listed","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Hybrid","year":"2026","employment":"Full-time","clearance":"No","languages":["English","German"],"certifications":[],"tools":[],"domains":["Embedded software","Hardware / electronics","Sensors & perception","Reliability"],"employer":true,"text":"Functional Safety Assessor (ISO 26262, Assessment & certification, Rail) Functional safety Assessment & certification Rail Senior ISO 26262 Innovationen bringen tiefgreifende Veränderungen mit sich und beeinflussen unser Leben in vielfältiger Weise. Bei der the organization Gruppe sind wir in hohem Maße bestrebt, ein wichtiger Teil dieser Entwicklung und des Fortschritts zu sein. Wir sind von Anfang an dabei und begleiten diesen Prozess. Wir sorgen für eine sichere und nachhaltige Zukunft und schaffen Vertrauen in neue Technologien. Wir beraten, wir prüfen, wir zertifizieren. Für die Sicherheit von Menschen und der Gesellschaft fordern wir uns jeden Tag aufs Neue heraus. Wir handeln aus Überzeugung, gestalten schon heute die Welt von morgen – setzen Zeichen. Wir nehmen die Zukunft in die Hand. Wir sind die the organization Gruppe. Die the organization Gruppe steht seit 1866 für Sicherheit, Qualität und Nachhaltigkeit und ist heute ein internationaler Dienstleistungskonzern mit weltweit 30.000 Mitarbeitenden. Unabhängig und objektiv sorgt die the organization Gruppe für Vertrauen bei Verbraucher*innen und Unternehmen. Reviewing and evaluating safety-critical embedded systems and applications for national and international clients according to the Technical Documentation Supporting our clients throughout the entire development process and conducting assessments, audits, and reviews, according to the Technical Documentation Serving as the point of contact for questions regarding the safe design of products across our entire client spectrum—from startups to market leaders in various industrial sector You will have the opportunity to learn about various aspects of functional safety and to develop further based on your experience and interests: software, software tools, operating systems, semiconductors, programmable logic controllers, sensors, drivers, autonomous functions, etc. You will have the opportunity to become a trainer in the field of functional safety and to participate in national and international committees Bachelor’s or master’s degree in electrical engineering, computer science, mechanical engineering, or a comparable field Initial professional experience in the development of embedded systems, software design, and/or hardware design with a focus on functional safety, i.e. ISO 26262 Testing, Development or Programming Experience according to the (Software/Hardware) Safety Standards (i.e. ISO 26262) desirable Experience using analysis methods (FMEA, SWCA, FTA, etc.) is desirable Knowledge of bus systems, communication standards, and protocols, as well as software development processes (V-Model, SPICE, CMMI, etc.) is an advantage Strong ability to work in a team, a conscientious work ethic, as well as initiative, sociability, and a confident demeanor Very good command of English and good command of German, both spoken and written Was wir bieten Flexible Arbeitszeiten: Unsere flexiblen Arbeitszeiten ermöglichen es Ihnen, Ihre Arbeitszeit an Ihre persönlichen Bedürfnisse anzupassen. Weitere Benefits: Erfahren Sie mehr über unsere zahlreichen weiteren Benefits unter Bei der the organization Gruppe arbeiten Menschen aus mehr als 100 Nationen zusammen. Menschen mit unterschiedlichen Hintergründen, Fähigkeiten und Zielen. Unsere Stärke liegt in diesen zahlreichen und vielfältigen Perspektiven. Wir verpflichten uns, ein integrativer und vielfältiger Arbeitgeber zu sein, indem wir alle Menschen willkommen heißen. Vielfalt und Integration ist das Fundament unseres Unternehmens und wir fördern, ein Umfeld, in dem alle unsere Mitarbeitenden darauf vertrauen können, dass sie mit Respekt behandelt werden - unabhängig von Alter, Nationalität, ethnischem Hintergrund, Behinderung, Geschlecht und geschlechtlicher Identität oder sexueller Orientierung, Religion oder Weltanschauung. Wir erwarten von unseren Mitarbeitenden, dass sie sich jederzeit gemäß des Ethikkodex der the organization Gruppe und den Unternehmenswerten verhalten. Wir sind der festen Überzeugung, dass die stete Verankerung dieser Werte auch weiterhin wesentlich zum Erfolg von der the organization Gruppe beitragen wird. Klicken Sie hier, um mehr über Diversity bei der the organization Gruppe zu erfahren. Zielgruppe: Bahntechnik, Beförderungssyteme & Fahrgeschäfte Land / Region: Deutschland Standort: München Arbeitsmodell: Hybrid Beschäftigungsart: Vollzeit / Unbefristet Gesellschaft: The organization Rail GmbH Organisationseinheit: TR-AT2-MUC Anf.-Kennung: 6645"},{"id":"f6e1805134","title":"Safety-critical Assessor (IEC 62304)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Assessment & certification","seniority":"Senior","industry":"Medical","industries":["Medical","Aerospace & defense"],"segment":"Other","standards":["IEC 62304","ISO 14971","IEC 60601"],"standards_meta":[{"code":"IEC 62304","site_code":"IEC 62304","id":null,"name":"Medical Device Software - Software Life Cycle Processes","summary":"Software safety classes and lifecycle requirements for medical device software."},{"code":"ISO 14971","site_code":"ISO 14971","id":null,"name":"Medical Devices - Application of Risk Management","summary":"Risk management process for medical devices across the product lifecycle."},{"code":"IEC 60601","site_code":"IEC 60601","id":null,"name":"Medical Electrical Equipment - Basic Safety and Essential Performance","summary":"Safety and performance requirements for medical electrical equipment."}],"stage":"Directory listed","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Hybrid","year":"2026","employment":"Contract","clearance":"No","languages":["English","French"],"certifications":[],"tools":[],"domains":["Product compliance","Aerospace"],"employer":true,"text":"Safety-critical Assessor (IEC 62304) Safety-critical Assessment & certification Medical Senior IEC 62304 ISO 14971 IEC 60601 Vous avez une expérience en aéronautique, vous avez travaillé en certification et vous souhaitez évoluer et développer de nouvelles compétences? Ce poste est pour vous! Le programme d'avions commerciaux A220 recherche un.e Spécialiste de la certification pour rejoindre notre équipe de la sécurité des occupants basée à Mirabel (Québec, Canada), où vous effectuez une gamme diversifiée de tâches pour soutenir la certification de la cabine du programme A220. Vous ferez partie de l’équipe de la sécurité des occupants chargée de la certification de la cabine du programme A220. L'organisation de l'équipe est établie de manière à promouvoir la collaboration transversale de manière autonome, en se soutenant mutuellement et en apprenant collectivement. Le siège du programme d'avions commerciaux A220 est situé à Mirabel, dans la région métropolitaine de Montréal, à deux pas de la ville dynamique de Montréal. Réputée pour son environnement paisible et sûr, la région offre une grande qualité de vie aux jeunes professionnels ou aux professionnels expérimentés, ainsi qu'aux familles, en équilibrant parfaitement les opportunités de carrière et les activités de plein air, ce qui en fait un endroit vraiment spécial où il fait bon vivre. Chez the organization, nous vous aidons à travailler, à vous connecter et à collaborer plus facilement et de manière plus flexible. Partout où cela est possible, nous favorisons la flexibilité dans nos modes de travail afin de stimuler l'esprit d'innovation. Ce travail nécessite une prise de conscience liée à tous les risques potentiels de conformité et à un engagement à agir avec intégrité, ces valeurs sont le fondement du succès, de la réputation et de la croissance durable de l'entreprise. Vous ne semblez pas correspondre à 100%? Pas d'inquiétude! The organization vous accompagnera pour trouver le poste qui correspond le mieux à vos compétences et aspirations. Donnez une nouvelle dimension à votre carrière en soumettant votre candidature en ligne maintenant! Do you have experience in aeronautics, have worked in certification, and are looking to evolve and develop new skills? This position is for you! You will be part of the Occupant Safety team responsible for developing the cabin certification of the A220 program. The team organization is established to promote cross-collaboration autonomously, supporting each other and learning collectively. The A220 commercial aircraft Programme is headquartered in Mirabel, in the greater Montreal area, where the vibrant city of Montreal is just a stone’s throw away. Known for its peaceful and safe environment, the region offers a high quality of life for younger or experienced professionals and families, perfectly balancing career opportunities and outdoor activities that makes it a truly special place to call home. English job description follows*** Avantages financiers: Salaire attractif, bonus annuel, régime d’assurances collectives, régime de retraite et régime d’achat d’actions. Équilibre vie privée / professionnelle: Une politique de travail hybride (selon les besoins opérationnels), une cafétéria sur site, une politique de congés très concurrentielle. Bien-être / santé: Programme d’Aide aux Employé.e.s (PAE), programme de rabais, service médical sur site, accès à un service de navette publique entre Laval (station de métro Montmorency) et Mirabel, et une application de covoiturage. Développement individuel: des opportunités d’évolution et des possibilités de formations nombreuses (catalogue de plus de 10.000 e-formations disponibles en libre accès pour développer votre employabilité, certifications, programmes de développement accéléré, mobilité nationale et internationale). Être responsable d'effectuer une gamme diversifiée de tâches pour soutenir la certification de la cabine du programme A220 Produire, rédiger et réviser des plans de test de certification, des rapports de test et des rapports de conformité Travailler avec les DAD et les spécialistes, ainsi qu'avec les équipes de conception, d'intégration et de support pour générer la conformité Discuter et établir des stratégies de conformité et des programmes de test avec le fournisseur pour nos nouveaux clients Recommander et diriger l'amélioration des processus et des performances Soutenir et coordonner la revue des livrables de certification Participer aux processus de la gestion du changement et interagir avec d'autres fonctions et équipes d'intégration au besoin Apporter un soutien aux activités de production du « Material Review Board » (MRB) Participer et gérer des activités de certification avec les autorités. Vous détenez un Baccalauréat en génie Vous possédez de cinq (5) à dix (10) ans d'expérience et de connaissances pratiques des exigences réglementaires (AWM 525, 14CFR Part 25, CS 25) reliées à la sécurité des occupants Vous êtes familiarisés avec la conception des intérieurs, la certification et la fabrication des avions commerciaux Vous êtes bien organisés Vous aimez les défis, êtes capable de travailler sous pression et capable de gérer vos priorités Connaissance et expérience avec CATIA V5, Enovia est un atout Le bilinguisme (anglais et français) est un atout Vous avez de solides compétences en leadership et en communication, de sorte que vous êtes capable de communiquer, d'aligner et d'influencer les parties prenantes. Individual development: Great upskilling opportunities and development prospects with unlimited access to +10.000 e-learning courses to develop your employability, certifications, accelerated development programmes, national and international mobility. Responsible for performing a diverse range of tasks to support cabin certification for the A220 program Produce, write, and review certification test plans, test reports, and compliance reports Work with DADs (Design Approval Delegates) and specialists, as well as design, integration, and support teams to ensure compliance Discuss and establish compliance strategies and test programs with suppliers for our new customers Recommend and lead process and performance improvements Support and coordinate the review of certification deliverables Participate in change management processes and interact with other functions and integration teams as needed Provide support for Material Review Board (MRB) production activities Participate in and manage certification activities with authorities. You hold a Bachelor’s degree in Engineering You possess 5 to 10 years experience and practical knowledge of regulatory requirements ( AWM 525, 14CFR Part 25, CS 25 ) related to occupant safety You are familiar with the design of interiors, certification, and manufacturing of commercial aircraft You are well-organized You enjoy challenges, are able to work under pressure, and can manage your priorities effectively Knowledge and experience with CATIA V5 and Enovia is an asset Bilingualism (English and French) is an asset You have strong leadership and communication skills, enabling you to communicate with, align, and influence stakeholders This job requires an awareness of any potential compliance risks and a commitment to act with integrity, as the foundation for the Company’s success, reputation and sustainable growth. Not a 100% match? No worries! The organization supports your personal growth with customized development solutions. The organization Canada Limited Partnership Permanent Professional Qualification & Operability At the organization, we support you to work, connect and collaborate more easily and flexibly. Wherever possible, we foster flexible working arrangements to stimulate innovative thinking."},{"id":"7a87e20dc3","title":"Functional Safety Lead (IEC 61508, Consulting)","focus":"Functional safety","open":true,"status":"Open","role_family":"Consulting","seniority":"Principal","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Other","standards":["IEC 61508","ISO 12100","ISO 26262"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Functional Safety Lead (IEC 61508, Consulting) Functional safety Consulting Cross-industry safety Principal IEC 61508 ISO 12100 ISO 26262"},{"id":"59de4de46d","title":"Functional Safety Lead (ISO 26262, Consulting)","focus":"Functional safety","open":true,"status":"Open","role_family":"Consulting","seniority":"Principal","industry":"Automotive","industries":["Automotive","Industrial machinery","Medical","Energy & process","Testing & certification services"],"segment":"Other","standards":["ISO 26262","IEC 61508","ISO 13849","IEC 62061","IEC 61511","ISO 21448","UL 4600"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."},{"code":"IEC 61511","site_code":"IEC 61511","id":"iec61511","name":"Process Industry Safety Instrumented Systems","summary":"Application of IEC 61508 to safety instrumented systems in the process industries."},{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."},{"code":"UL 4600","site_code":"UL 4600","id":"ul4600","name":"Evaluation of Autonomous Products","summary":"Safety case framework for fully autonomous products operating without human supervision."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Michigan, US","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["ADAS / autonomous driving","Cybersecurity","Electrification / battery","Hardware / electronics","Product compliance","Reliability","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Functional Safety Lead (ISO 26262, Consulting) Functional safety Consulting Automotive Principal ISO 26262 IEC 61508 ISO 13849 IEC 62061 IEC 61511 ISO 21448 UL 4600 The organization is seeking a Functional Safety Expert with strong electronic system, hardware, and software design and safety development experience. This role will be deeply involved in the creation of safety work products for a wide range of vehicle and automation features, including complex systems such as electric and autonomous vehicle platforms, industrial automation equipment, and battery and energy storage systems for both mobile and stationary applications. etc. The role covers a broad set of safety ‑ related standards, including but not limited to ISO 26262, IEC 61508, IEC/EN 62061, ISO 61511, ISO 21448 (SOTIF), the organization 4600, ISO 13849, and other applicable standards pertaining to functional safety, hardware reliability, and system engineering. Lead the development and review of functional safety work products for vehicle programs, with emphasis on safety lifecycle activities in compliance with ISO 26262, ISO 21448 (SOTIF), the organization 4600, and related functional safety standards. Develop strong safety argumentation and contribute to safety case creation, including evidence ‑ based justification of system, hardware and software level safety concepts. Create or support hazard and risk analyses and develop functional, technical, hardware, and software safety concepts for a wide range of vehicle systems, subsystems, and electronic components. Define and decompose safety requirements based on customer system, hardware, and software architectures; ensure alignment with safety mechanisms, diagnostic concepts, and architectural metrics. Lead and perform detailed safety analyses, including FMEA, FMEDA, DFA, FTA, STPA, and other analyses covering electronic hardware, power electronics, battery systems, autonomous driving components, and applications ranging from L2 to L4 automated systems. Perform verification reviews, confirmation measures, and technical assessments, ensuring compliance with functional safety, hardware development processes, diagnostic coverage, and architectural integrity. Lead technical workshops, safety training sessions, and gap analyses, focusing on safety development, requirements definition, safety analysis, and functional safety best practices. Lead client programs by interacting regularly with clients in technical program meetings and project reviews. Provide technical assistance to clients in reference to functional safety and related technical fields. Projects may include optional travel to client sites and to other the organization locations Represent the organization at industry related functions such as seminars and trade shows. Lead business development activities defining Statements of Work (SOWs) and providing budgetary estimates for client proposal development The candidate must have hands-on electronics system/hardware/software product design and development experience with a strong focus on safety development lifecycle. M.S. or B.S. degree in Electrical Engineering, Automotive Engineering, Mechanical Engineering, related technical degree, or equivalent experience 5+ years of experience in safety related role in automotive functional safety Safety Analysis knowledge including HARA, STPA, FTA, FMEA, FMEDA, DFA Experience working with ISO 26262 and ISO 21448 standards The organization has been pioneering change since 1894 and we’re still leading the way. From day one, we’ve blazed a trail protecting the planet and everyone on it. Our teams have influenced billions of products, plus services, software offerings and more. We break things, burn things and blow things up. All in the name of safety science. This is more than a job. It’s a calling. A passion to use our expertise and play our part in creating a more secure, sustainable world today — and tomorrow. As a member of our safety science community, you’ll use your ideas, your energy and your ambition to innovate, challenge and ultimately, help create a safer world. Everyone here is unique. But we’re also a global community, working together to help create a safer world. Join the organization and you can connect with the brightest minds in the business, all bringing their distinct perspectives and diverse backgrounds together to deliver real change. Empowering our customers to keep the world safe means thinking ahead. It means investing in training and empowering our people to learn and innovate. At the organization, we help build a better future — one where everyone benefits. Join the organization to be at the center of safety. Applications must be received by 2/23/27"},{"id":"542330208f","title":"Machine Safety Lead","focus":"Machine safety","open":false,"status":"Archived","role_family":"Consulting","seniority":"Principal","industry":"Industrial machinery","industries":["Industrial machinery"],"segment":"Other","standards":["ISO 12100","ATEX"],"standards_meta":[{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ATEX","site_code":"IEC 61508","id":"iec61508","name":"Equipment for Explosive Atmospheres (EU Directive 2014/34/EU)","summary":"Requirements for equipment and protective systems used in potentially explosive atmospheres."}],"stage":"Directory listed","size":"Unknown","country":"Netherlands","region":"Europe","location":"Netherlands","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Explosive atmospheres"],"employer":true,"text":"Machine Safety Lead Machine safety Consulting Industrial machinery Principal ISO 12100 ATEX Als Principal Consultant - Machine Safety bij BV Solutions (apart onderdeel van the organization Group) – Team Technical Safety – ligt jouw focus op machineveiligheid. Jij adviseert bedrijven en organisaties met betrekking tot machineveiligheid en CE-markering van machines, bij zowel fabrikanten als eindgebruikers. Je bent verantwoordelijk voor de uitvoering van (Europese) consultancy-trajecten. Dit doe je onder andere door te overleggen, inventariseren, inspecteren en het geven van trainingen op kantoor of thuis. Daarbij ben je bezig met het maken van de offertes, het uitwerken van de rapportages en schrijven van rapporten en adviezen. Je bent proactief, klantvriendelijk en je bezit over een flexibele en zelfstandige werkhouding. Je biedt maatwerk en herkent commerciële kansen binnen ons netwerk. Met jouw ervaring kun je mensen meenemen in jouw ideeën over Technical Safety, innovaties en marktontwikkelingen. Jij bepaalt voor een groot deel jouw agenda; jij bent immers onze Technical Expert! Versterk ons team om samen een wereld van vertrouwen vorm te geven! Je stelt risicobeoordelingen van machines op conform de EN-ISO 12100 vanuit productwetgeving (Machinerichtlijn, 2006/42/EG) Je adviseert eindgebruikers en voert uit conformiteitsbeoordelingen uit, van de door hun aan te kopen machine(lijnen) gedurende het ontwerp-/fabricage en inbedrijfstellingsproces Je verifieert en valideert machines tijdens ontwerp, fabricage en inbedrijfstelling op het gebied van machineveiligheid (zoals elektrische veiligheid, functionele veiligheid, toepassing van geharmoniseerde normen) Je begeleidt CE-conformiteitsbeoordelingsprocedures van nieuwe machines of producten vallende binnen de Europese Machinerichtlijn 2006/42/EG Je voert machine RI&E’s uit vanuit de Arbeidsomstandighedenwetgeving (Richtlijn Arbeidsmiddelen, 2009/104/EG, Arbobesluit H7) Je bepaalt onze strategie, leidt mensen op, wordt het aanspreekpunt op machineveiligheid en bent zichtbaar in de markt als Technical Expert. Afgeronde opleiding op hbo/wo-niveau in een technische richting (zoals elektrotechniek/werktuigbouwkunde/mechatronica of besturingstechniek) Ruime werkervaring op het gebied van machineveiligheid Ervaring met ATEX en procesveiligheid is een pré Certified Machine Safety Expert, Machine Safety Specialist of gelijkwaardig, maar ook persoonscertificeringen op het gebied van functionele veiligheid of CE-markering zijn een pré Je bent in bezit van een rijbewijs B, de werkzaamheden zullen voornamelijk in Nederland plaatsvinden, zo nu en dan in een ander (Europees) land."},{"id":"ae5885c194","title":"Safety-critical Lead (ARP4754)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Consulting","seniority":"Principal","industry":"Aerospace & defense","industries":["Aerospace & defense","Energy & process"],"segment":"Other","standards":["ARP4754","ARP4761","DO-178C"],"standards_meta":[{"code":"ARP4754","site_code":"IEC 61508","id":"iec61508","name":"Development of Civil Aircraft and Systems","summary":"Aircraft and systems development process guidance (SAE ARP4754A)."},{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."},{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Hybrid","year":"2026","employment":"Full-time","clearance":"Yes","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Process safety","Safety case & assessment"],"employer":true,"text":"Safety-critical Lead (ARP4754) Safety-critical Consulting Aerospace & defense Principal ARP4754 ARP4761 DO-178C As a Principal Safety Case Consultant you will have a role that’s out of the ordinary. You will manage the delivery of engineering and technical activities, through the application of process, domain knowledge and experience. Provide nuclear safety input across all stages of the project lifecycle, supporting design development and delivery. Participate in / facilitate HAZID and HAZOP studies and lead the development of robust Hazard Management Strategies. Manage / lead the production of radiological safety assessments and Safety Reports, including PSRs and PCSRs and their equivalents. Offer technical leadership on safety case strategy, regulatory compliance, safety case documentation, as well as the supporting technical reports and calculations. Manage safety case delivery teams, oversee work delivered by the Supply Chain where appropriate, and maintain visibility of progress against cost and programme targets. This role is full time, 37 hours per week hours per week and offers hybrid working. This role is adaptable and can be delivered from various locations including Warrington (Cheshire), Leicester (Leicestershire), Newbury or Bristol. Although nuclear experience is a preference, we will consider applicants from other highly regulated industries, such as Oil & Gas, Chemicals and Defence. Proven experience of working collaboratively within multi-disciplinary teams to deliver safety case activities across a variety of project types. Good understanding of core engineering disciplines and how they integrate into the development of safety cases. Awareness of specialist safety case areas, including criticality assessment, shielding and dose assessment, environmental assessment, human factors, and relevant legislation. Excellent communication skills, with the ability to engage effectively with other disciplines and a wide range of stakeholders. Previous experience in coaching or mentoring fellow Safety Case Consultants, supporting their development and contributing to team capability. Engineering or science degree (or equivalent qualification) in relevant discipline, with significant demonstrable experience. Preferably Chartered (or actively working toward Chartered Status). The successful candidate must be able to achieve and maintain Security Check (SC) security clearance for this role. Further details are available at United Kingdom Security Vetting: clearance levels - GOV.UK ("},{"id":"f60f7df2a3","title":"Safety-critical Lead (EN 50126, Consulting)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Consulting","seniority":"Principal","industry":"Automotive","industries":["Automotive","Rail","Aerospace & defense","Energy & process"],"segment":"Unknown","standards":["EN 50126","EN 50128","EN 50129","IEC 60079"],"standards_meta":[{"code":"EN 50126","site_code":"EN 50126","id":"en50126","name":"Railway RAMS","summary":"Specification and demonstration of Reliability, Availability, Maintainability and Safety for railway applications."},{"code":"EN 50128","site_code":"EN 50128","id":"en50128","name":"Railway Software","summary":"Software for railway control and protection systems, defining software SIL requirements and lifecycle."},{"code":"EN 50129","site_code":"EN 50129","id":"en50129","name":"Railway Signaling Safety Cases","summary":"Safety-related electronic systems for railway signaling, including the structure of the safety case."},{"code":"IEC 60079","site_code":"IEC 61508","id":"iec61508","name":"Explosive Atmospheres - Equipment Requirements","summary":"Construction and testing of equipment for explosive atmospheres."}],"stage":"Not listed in company directory","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":["Isograph / FaultTree+"],"domains":["Hardware / electronics","Explosive atmospheres","Product compliance","Process safety","Reliability","Safety case & assessment","Hazard analysis"],"employer":false,"text":"Safety-critical Lead (EN 50126, Consulting) Safety-critical Consulting Automotive Principal EN 50126 EN 50128 EN 50129 IEC 60079 Client, commercial and team development Bachelor’s degree, or higher, in engineering, science, mathematics or another relevant numerate discipline. Significant experience in a system safety, reliability, risk engineering or safety assurance role within a safety-critical or mission-critical industry, such as rail, energy, water, aviation, nuclear, automotive, aerospace, defence or process industries. Strong working knowledge of safety risk assessment, reliability assessment and engineering safety management techniques. Experience developing safety risk and reliability models using techniques such as Reliability Block Diagrams, Fault Trees and Event Trees. Experience chairing or contributing to HAZID, HAZOP or similar structured risk workshops. Experience developing safety cases, hazard reports, system definitions, safety plans, RAM plans or other safety and reliability assurance documentation. Knowledge of relevant standards, legislation and good practice, which may include the Common Safety Method (CSM), Railways and Other Guided Transport Systems (Safety) Regulations 2006 (ROGS), and BS EN 50126, BS EN 50128 and BS EN 50129. Working knowledge of the DSEAR Approved Code of Practice. Strong communication skills, with the ability to explain complex technical issues clearly to clients, project teams and stakeholders. Experience working within the water supply, renewable energy or wider infrastructure sectors. Experience in delivering full compliance with CSM-REA for several Rail infrastructure projects across the full life cycle (including meeting the requirements from the independent assessor) Experience working across more than one mission-critical industry, such as rail, energy, water, process industry, oil and gas, aerospace or defence. Experience in applying Hazardous Area Classification standards and guidance (e.g. EI15 and IEC60079) Ability to read electrical schematic block diagrams and engineering drawings. Experience using Isograph Reliability Workbench or similar safety, reliability or risk modelling software. Experience delivering consequence analysis and/or dispersion modelling. Why the organization? We can only achieve our goals when everyone is empowered to be their best. We believe everyone's contribution matters. It’s why we are pioneering a skills-based approach, where you can harness your unique experience and expertise to carve your career path and maximize the impact we can make together. You’ll do meaningful work, and no matter what role, you’ll be helping to deliver sustainable solutions for a more prosperous planet. Make your mark, on your career, your colleagues, your clients, your life and the world around you. Together, we can create a lasting legacy. Join the organization. Create a Legacy. We want you to be able to bring your best self to work every day which is why we take equality and inclusion seriously and hold ourselves to account for our actions. We believe that by working together diverse people with different experiences develop the most innovative ideas. A diverse and skilled workforce is essential to our success."},{"id":"d8c4da090c","title":"Functional Safety Engineer (ISO 12100, Consulting)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Consulting","seniority":"Senior","industry":"Robotics","industries":["Robotics","Industrial machinery"],"segment":"Unknown","standards":["ISO 12100"],"standards_meta":[{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."}],"stage":"Not listed in company directory","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Onsite","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Robotics & automation","Product compliance","Safety case & assessment","Hazard analysis"],"employer":false,"text":"Functional Safety Engineer (ISO 12100, Consulting) Safety-critical Consulting Robotics Senior ISO 12100 Job title Safety Consultant Reporting line Technical Services Manager (Robotics, Safety & Vision) Role context The Safety Consultant will play a pivotal role in supporting the organization's commitment to machinery safety, compliance, and the ongoing development of safety-related services within the UK & Ireland. This multifaceted position involves Machinery Safety Consultancy: Delivering expert assessments and recommendations to help customers achieve compliance with EU Directives, International Standards, and local regulations while ensuring their machinery meets legal and safety norms. Local Strategic Project Management: Leading remediation and safety improvement projects, ensuring alignment with customer requirements, regulatory standards, and the organization's internal processes. Safety Service Business Development Support: Collaborating with the sales team to grow the Safety Services portfolio by identifying opportunities, developing proposals, and establishing long-term relationships with customers. Cross-Functional Collaboration: Working with internal teams, system integrators, and customers to ensure the successful implementation of safety solutions and driving process improvements across projects. Role Location The Safety Consultant role will be covering the South of the UK. (From Birmingham Southwards) Purpose of the job The Safety Consultant will predominantly deliver Machinery Safety Consultancy Services in UK and Ireland.. In addition, the role will imply Strategic Project Management services for remediation projects and require the ongoing support of our sales team in the development of our safety service business. Organisational context As a Safety Consultant you will serve as a critical link between technical compliance requirements and practical, customer-focused solutions. This role is integral to the organization's mission of advancing safety engineering standards within industrial environments while driving the growth and success of our safety service offerings. Conduct in-depth audits of customer machinery to assess compliance according to EN ISO12100, EN ISO13489 and subordinated standards. Perform detailed hazard identification and risk assessment across various phases of a machine’s lifecycle, including design, installation, operation, and decommissioning. Develop actionable, cost-effective remediation plans aligned with EU Directives and International Standards, ensuring operational efficiency without compromising safety. Prepare comprehensive reports that clearly articulate findings, assessments, and recommendations, adhering to the organization's documentation and quality standards. Act as a trusted advisor, building relationships with customers to understand their unique challenges and safety requirements. Proactively identify opportunities for engagement, either independently or in collaboration with the organization sales team, to drive consultancy service adoption. Support the generation of well-structured Safety Service proposals, leveraging established methodologies, tools, and pricing frameworks. Contribute to the organization's Quality Assurance (QA) initiatives, supporting both local and European compliance frameworks when needed. Take ownership of safety remediation projects, coordinating efforts across all stakeholders, including customers, system integrators, and internal teams. Ensure project milestones are met by maintaining clear communication, addressing challenges promptly, and fostering collaboration. Review and validate safety designs, ensuring they meet risk assessment requirements and comply with local and European regulations. Oversee the installation and validation phases of remediation projects, ensuring quality and compliance with agreed safety standards. Prepare or verify detailed Safety Requirement Specifications (SRS) and validate design documentation, including mechanical guarding and safety control systems. Provide training or guidance to stakeholders as necessary to support project success and compliance. Act as a key contributor to the organization's reputation for excellence in safety engineering, supporting the company’s strategic goals of fostering customer trust and advancing industry safety standards. Assist in growing the Safety Service business by identifying trends, capturing customer insights, and contributing to the continuous improvement of the organization's service offerings. Support the alignment of local activities with the organization's European safety strategy, contributing to cross-regional collaboration and knowledge sharing. Represent the organization at industry events, conferences, or workshops, promoting the company’s expertise in safety engineering and fostering business development opportunities. The role implies a travel time of approximately 50%, primarily in UK and Ireland. Occasional assignments in other European countries may be possible. Following the focus of onsite operations the candidate should be based in South of England. Typical KPI’s UK &EMEA Safety Service Budget. UK Services Budget UK Safety Products Budget UK & EMEA Overall Billings Soft KPI’s as discussed with Line Manager. Accountabilities Accountability Result Business Strategy Implementation of the organization Safety Services Strategy in UK Implementation and communication of the Safety Service Business processes. Support the sales team in the identification of clear strategic remediation opportunities. Delivery of the organization UK Services Strategy Operational Ensure that Safety Services Business processes are followed as per detailed with the Functional Safety Management plan. Report all non-conformances with Safety Service Business Processes. Manage local sales business expectations, report accurately on time scales and through discussion identify only the strategic and actionable opportunities that as a business should be pursued. Support QA Process. Professional and process excellence combined with clear expectation management. Customer Support Clearly communicate with customers and project delivery partners through all phases of the Safety Services delivery process. Understand customer needs and production processes to arrive at practical, actionable documentation. Provide clear and concise Safety Service documentation. Support Customers through discussion on the design and implementation of practical and compliant remediation solutions. High Level customer satisfaction. Training When required assist in the delivery of Machinery Safety training. Continued growth of the UK Training Business External Team Alignment Support and manage Safety Services pipeline expectations with the organization UK Sales team in alignment with OSSE HQ. Work Closely with the organization UK Safety Application Team. Cross team functional and expectation alignment. Knowledge, Experience & Skills Consultant Safety Engineer Educational requirements Bachelor or University degree / Technician Training with 10 years industrial experience. Professional Safety certification (eg TUV) or in preparation to attain such status Experience requirements Work experience in consulting projects for machinery safety Work experience and knowledge of applicable EU Directives and industrial machinery safety standards (EN, ISO, etc.) Electrical / controls background associated with industrial machinery Experience and knowledge of electrical, mechanical, hydraulic and pneumatic concepts Experience in applying and documenting application standards for a variety of manufacturing machinery Experience in conducting training and presenting in customer meetings Project Management experience. Skills Strong analytical skills and the ability to convert identifiable needs into solutions Ability to effectively present information and respond to questions from management, customers, and authorities"},{"id":"8d90c682fe","title":"Functional Safety Engineer (ISO 13849, Consulting)","focus":"Functional safety","open":false,"status":"Archived","role_family":"Consulting","seniority":"Senior","industry":"Industrial machinery","industries":["Industrial machinery","Medical"],"segment":"Other","standards":["ISO 13849","ISO 12100","NFPA 79"],"standards_meta":[{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"NFPA 79","site_code":"IEC 60204-1","id":"iec60204","name":"Electrical Standard for Industrial Machinery","summary":"US electrical safety requirements for industrial machinery."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Multiple locations","work_mode":"Remote","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":["TUV Functional Safety Engineer"],"tools":[],"domains":["Product compliance","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Functional Safety Engineer (ISO 13849, Consulting) Functional safety Consulting Industrial machinery Senior ISO 13849 ISO 12100 NFPA 79 As a Safety Controls Engineer/Functional Safety Consultant, your core responsibility will be to work with customers to identify and measure risks on industrial machinery. With this information, safety solutions can be engineered, verified, and validated to protect workers from injury in the industrial environment. You will report to the Manager, Safety Services and will be fully remote, working anywhere in the United States. Face-to-Face or Virtual interaction with customers to gather knowledge around industrial machine hazards Development and delivery of core safety offerings utilizing industry and internal standards for our customers, including but not limited to Lockout Tagout audits and procedures Risk Assessments Safety Requirement Specifications Safety System Engineering Safety Function Verification Stop Time Measurements / Calculations Safety System Validations Meet project milestones, or escalating as required to complete projects on time and within scope/budget Lead customer meetings as a subject matter expert Leverage safety service delivery processes, methodologies, and tools to complete tasks on time and in budget. Capable of supporting the sales channel in identifying and qualifying machine safety projects Travel as role requires, (generally Monday thru Friday travel, with occasional weekends) Bachelors Degree in Relevant Field. Legal authorization to work in the U.S. The ability to travel 50% of the time. Have, or working towards, a TUV Functional Safety Engineer Certification (or equivalent) 5+ years of industrial controls or machine safety experience Experience in industrial safety (risk assessment delivery, system design, etc.) Working knowledge of OSHA and industrial safety standards (ISO, ANSI, etc.) Working knowledge of the Safety Lifecycle and ability to complete safety assessments, typically non-team based, without supervision. Working knowledge of ISO 13849, ISO 12100, ANSI B11, ANSI Z244.1, NFPA 79, NFPA 70E, OSHA CFR 1910.147 and OSHA CFR 1910 subpart O. Experience in industrial controls, (design, troubleshooting, etc.) Experience in managing projects."},{"id":"7215cbeea9","title":"Senior Functional Safety Engineer (ARP4754)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Consulting","seniority":"Senior","industry":"Aerospace & defense","industries":["Aerospace & defense"],"segment":"Unknown","standards":["ARP4754","ARP4761","DO-178C"],"standards_meta":[{"code":"ARP4754","site_code":"IEC 61508","id":"iec61508","name":"Development of Civil Aircraft and Systems","summary":"Aircraft and systems development process guidance (SAE ARP4754A)."},{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."},{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."}],"stage":"Not listed in company directory","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Safety case & assessment"],"employer":false,"text":"Senior Functional Safety Engineer (ARP4754) Safety-critical Consulting Aerospace & defense Senior ARP4754 ARP4761 DO-178C The organization's Safety & Risk business supports some of the UK’s most complex infrastructure programmes across nuclear, defence and critical national infrastructure. We provide independent technical authority combining engineering insight, regulatory understanding and delivery pragmatism to ensure safety is demonstrably achieved and maintained across the full lifecycle. We are expanding our support across major infrastructure programmes and are seeking a Safety Case Manager to lead and assure safety activities within complex, highly regulated environments. You will operate as a technical authority and Intelligent Customer, setting expectations, assuring technical quality, and influencing key safety decisions across the full project lifecycle. The role requires strong technical judgement, the ability to challenge constructively, and confidence working across multidisciplinary teams. This is an opportunity to work at the forefront of high-consequence engineering, where safety is critical to successful delivery and where your input will directly shape how complex infrastructure is designed, justified and brought into operation. 🛡️ Safety Case Leadership & Assurance 🛠️ Lead the development and integration of Safety Cases across design, construction, and operational phases. 🧩 Assure the strength of safety arguments, supporting evidence, and hazard management approaches. 📋 Provide oversight of safety strategies and Safety Case justification plans. 🎯 Intelligent Customer Function 🔍 Challenge design and safety assumptions to ensure proportionate, compliant, and defensible outcomes. Assure supply chain outputs meet technical, quality, and regulatory expectations. 🤝 Stakeholder & Programme Engagement 🌐 Interface effectively with customers, stakeholders, delivery partners, and regulators. 🗣️ Provide clear, authoritative technical advice within complex programme environments. 🔹 Proven experience in Safety Case development, management, and assurance within highly regulated industries. 🔹 Strong understanding of UK regulatory frameworks, including experience working with organisations such as the Office for Nuclear Regulation (ONR) and/or Defence Nuclear Safety Regulator (DNSR). 🔹 Demonstrated ability to act as a trusted technical authority, providing expert guidance across multidisciplinary teams. 🔹 Confidence to challenge assumptions, interrogate evidence, and influence technical decision-making to ensure safety cases are robust, proportionate, and defensible. 🔹 Excellent stakeholder management skills, with the ability to influence and engage senior leaders, customers, regulators, and technical specialists. 🔹 Experience balancing technical excellence with programme delivery, understanding commercial, operational, and project constraints. 🔹 Strong analytical and problem-solving skills, with the judgement to make sound decisions in situations where there is no single \"right\" answer. 🔹 A proactive, accountable approach, taking ownership of safety outcomes while maintaining the highest standards of technical quality and governance. 🔹 Excellent written and verbal communication skills, with the ability to present complex technical information clearly to both technical and non-technical audiences. ⭐ Have experience working across both defence and civil nuclear programmes. ⭐ Are recognised as a trusted advisor who can provide independent challenge and technical assurance. ⭐ Enjoy mentoring and developing others while fostering a strong safety culture. ⭐ Bring a collaborative mindset and the confidence to work effectively in ambiguous or evolving programme environments."},{"id":"63edc6310c","title":"Senior Functional Safety Engineer (IEC 61508, Consulting)","focus":"Functional safety","open":true,"status":"Open","role_family":"Consulting","seniority":"Senior","industry":"Medical","industries":["Medical","Aerospace & defense","Energy & process"],"segment":"Other","standards":["IEC 61508","ISO 13849","IEC 61511","DO-178C","DO-254","ISO 9001"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 61511","site_code":"IEC 61511","id":"iec61511","name":"Process Industry Safety Instrumented Systems","summary":"Application of IEC 61508 to safety instrumented systems in the process industries."},{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."},{"code":"DO-254","site_code":"IEC 61508","id":"iec61508","name":"Design Assurance for Airborne Electronic Hardware","summary":"Design assurance for complex airborne electronic hardware."},{"code":"ISO 9001","site_code":"IEC 61508","id":"iec61508","name":"Quality Management Systems","summary":"Requirements for a quality management system."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Hybrid","year":"2026","employment":"Unknown","clearance":"Yes","languages":[],"certifications":["TUV Functional Safety Engineer"],"tools":["C / C++"],"domains":["Process safety","Reliability","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Senior Functional Safety Engineer (IEC 61508, Consulting) Functional safety Consulting Medical Senior IEC 61508 ISO 13849 IEC 61511 DO-178C DO-254 ISO 9001 As an experienced Functional Safety Consultant, you will lead and deliver a diverse range of high-profile projects-from small scoping and feasibility studies for site upgrades to complex process designs across Civil Nuclear, Defence Facilities and Energy Storage Systems. You will manage multidisciplinary engineering interfaces, deliver control and safety system designs, and lead technical project teams to ensure safety-critical standards are achieved safely, efficiently and to the required quality. Project & Technical: Lead projects through the full lifecycle-from concept design to commissioning-managing project teams, timelines, and budgets Control & Instrumentation: Lead or support the specification, design and assessment of control, instrumentation and safety systems within safety-critical environments Innovation & Delivery: Drive innovation projects, transitioning new systems and technologies from early concept through to formal acceptance Documentation & Verification: Produce, review, verify and approve technical reports, specifications and detailed engineering design documentation Client Engagement: Manage client relationships to define requirements, negotiate technical scope, manage project risks, and deliver progress reporting MEng in Electrical & Electronic Engineering, Control & Instrumentation Engineering, Systems Engineering or a related discipline(or equivalent experience/qualification) Strong practical knowledge of process control systems alongside deep familiarity with EC&I documentation (SLDs, P&IDs, BCDs, schematics) Experience applying hazard analysis and risk assessment techniques, including HAZOP, LOPA, SIL determination, FMEA, FTA and related safety assessment methods Demonstrable experience leading safety-critical solutions aligned with standards such as IEC 61508, IEC 61511, ISO 13849, DO-178, or DO-254 Experience working under ISO 9001 quality standards, paired with exceptional written and verbal communication skills Experience delivering work within regulated or safety-critical sectors Strong client-facing and report-writing skills Experience within the Nuclear sector Formal Functional Safety accreditation (e.g. TÜV Functional Safety Engineer) Chartered Engineer (CEng) status or working towards chartership Familiarity with software development lifecycles and software languages (e.g. C/C++) Familiarity with change control and defect tracking processes SC and / or DV security clearance This is an excellent opportunity for an experienced Functional Safety Consultant to join a growing consultancy and play a key role in delivering complex, safety-critical projects across regulated industries."},{"id":"9536ea2cc7","title":"Senior Functional Safety Engineer (ISO 26262, Consulting)","focus":"Functional safety","open":true,"status":"Open","role_family":"Consulting","seniority":"Senior","industry":"Automotive","industries":["Automotive","Industrial machinery","Medical","Aerospace & defense","Energy & process","Testing & certification services"],"segment":"Other","standards":["ISO 26262","ISO 21448","ISO/SAE 21434"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."},{"code":"ISO/SAE 21434","site_code":"ISO 21434","id":"iso21434","name":"Road Vehicles - Cybersecurity Engineering","summary":"Automotive cybersecurity lifecycle: threat analysis and risk assessment (TARA), security requirements, and post-production monitoring. The security companion to ISO 26262."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Michigan, US","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["ADAS / autonomous driving","Cybersecurity","Electrification / battery","Embedded software","Product compliance","Reliability","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Senior Functional Safety Engineer (ISO 26262, Consulting) Functional safety Consulting Automotive Senior ISO 26262 ISO 21448 ISO/SAE 21434 The organization is seeking a Functional Safety Expert with strong embedded software, electronic system, and safety development experience. The ideal candidate has hands-on product development experience and deep expertise in ISO 26262, allowing them to use their expertise to train, advise, and support customers developing safety-critical systems. This role includes creating and reviewing functional safety work products for a wide range of technologies, including electrified vehicle platforms, ADAS and automated driving systems, battery management systems, power electronics, industrial automation equipment, aerospace, and other complex safety-related applications. While the primary focus of this role is automotive functional safety, familiarity with related standards such as ISO 21448 (SOTIF), ISO 8800, ISO 42001, ISO 21434, IEC 62508 is beneficial. Lead the development and review of functional safety work products in compliance with ISO 26262 and related standards. Create or support activities focused on ISO 26262 Parts 2/3/4/6 Develop safety concepts and architectures for vehicle systems, electronic components, and software-controlled features. Define and decompose safety requirements based on system, hardware, and software architectures. Perform safety analyses including FMEA, FTA, DFA, STPA, and related methods. Support safety case development and evidence-based safety argumentation. Perform technical reviews, confirmation measures, compliance assessments, and safety evaluations. Lead technical workshops, training sessions, and safety gap assessments. Serve as a trusted technical advisor to customers, leading technical discussions and providing guidance on safety development activities. Support safety-related activities across embedded software, hardware, and system development efforts. Limited travel may be required to support client engagements, workshops, and assessments. Bachelor's or Master's degree in Software Engineering, Computer Engineering, Automotive Engineering, Systems Engineering, or a related technical discipline. 5+ years of experience in automotive functional safety. Strong working knowledge of ISO 26262 and the functional safety lifecycle. Hands-on experience in embedded software, electronic system, hardware, or product development. Experience developing functional safety work products, including HARA, safety concepts, safety requirements, FMEA, and FTA. Ability to independently lead technical discussions with customers and engineering teams. Strong analytical, communication, and problem-solving skills. The organization has been pioneering change since 1894 and we’re still leading the way. From day one, we’ve blazed a trail protecting the planet and everyone on it. Our teams have influenced billions of products, plus services, software offerings and more. We break things, burn things and blow things up. All in the name of safety science. This is more than a job. It’s a calling. A passion to use our expertise and play our part in creating a more secure, sustainable world today — and tomorrow. As a member of our safety science community, you’ll use your ideas, your energy and your ambition to innovate, challenge and ultimately, help create a safer world. Everyone here is unique. But we’re also a global community, working together to help create a safer world. Join the organization and you can connect with the brightest minds in the business, all bringing their distinct perspectives and diverse backgrounds together to deliver real change. Empowering our customers to keep the world safe means thinking ahead. It means investing in training and empowering our people to learn and innovate. At the organization, we help build a better future — one where everyone benefits. Join the organization to be at the center of safety. Applications must be received by 2/23/27 Experience with ADAS, automated driving systems, chassis systems, battery management systems, or electrified vehicle platforms. Experience supporting functional safety assessments, audits, or safety case development. Familiarity with ISO 21448 (SOTIF), ISO/PAS 8800, ISO 42001, ISO 21434, IEC 62508 or similar safety standards. Consulting or customer-facing engineering experience."},{"id":"2cc0a6ee41","title":"Functional Safety Engineer (IEC 61511, Functional safety engineering, Energy & process, Junior)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Junior","industry":"Energy & process","industries":["Energy & process"],"segment":"Other","standards":["IEC 61511","IEC 61508","IEC 62443"],"standards_meta":[{"code":"IEC 61511","site_code":"IEC 61511","id":"iec61511","name":"Process Industry Safety Instrumented Systems","summary":"Application of IEC 61508 to safety instrumented systems in the process industries."},{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"IEC 62443","site_code":"IEC 62443","id":"iec62443","name":"Industrial Automation and Control Systems Security","summary":"The industrial cybersecurity standard family: security levels, zones and conduits, and secure development for control systems. Security and safety programs increasingly certify together."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Hybrid","year":"2026","employment":"Unknown","clearance":"No","languages":["English"],"certifications":[],"tools":[],"domains":["Product compliance","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Functional Safety Engineer (IEC 61511, Functional safety engineering, Energy & process, Junior) Safety-critical Functional safety engineering Energy & process Junior IEC 61511 IEC 61508 IEC 62443 The organization is looking for a Graduate Safety Engineer to be based in Glasgow or Aberdeen. As part of a leading consultancy, you will successfully support delivery of safety commissions with influence in the Energy sector. You will be supporting client projects and their ongoing operations, within the Oil & Gas industry, and increasingly associated energy transition and the Renewables industry. Foremost amongst your attributes will be your ability to support a range of projects, your passion to develop your own technical expertise (as well as your career), and to be a great communicator, in order to develop and build relationships with clients as well as colleagues within the wider the organization business. You will contribute to projects across three of our Engineering and Consultancy Services markets (Oil and Gas, Offshore Wind, and Low Carbon), with responsibilities including Technical input for project delivery. Technical excellence is key to our success, and you would help build on this tradition. Conducting technical safety studies (such as consequence analysis, Quantitative Risk Assessments, Formal Safety Assessments, Safety Case/Control of Major Accident Hazard (COMAH)) reports for major hazard industries. Consequence modelling using software’s such as PHAST. Technical report authorship. Participation in HAZIDs, HAZOPS, LOPAs and other risk assessment workshops. Project management to ensure studies and projects are delivered in compliance with agreed scopes, budgets and schedules. Contributing to proposals and tenders. Direct engagement with clients and developing strong relationships with existing and future clients. Participation in innovation projects to continually streamline our toolkits for improvement in our deliverables. In addition to the responsibilities listed herein, the employee may be required to perform other ad-hoc tasks as needed or directed by the supervisor or management. These tasks will be within the reasonable scope of the employee's skills, capabilities, and role within the organization. The intent of this provision is to allow for flexibility and adaptability in meeting the dynamic needs of the organization, ensuring that operational requirements can be met efficiently. All such tasks will be assigned considering the employee's current workload and with respect to their professional development. Master’s degree in chemical engineering is preferred. Alternative Engineering or Science degrees will be considered if a Postgraduate Course in Safety has been completed. Strong communication and interpersonal skills, with the ability to engage effectively with others in the team as well as clients. Excellent command of the English language in both oral and written communication. ​​A passion for safety and working in a consultancy environment. A desire to work collaboratively with a curious approach, challenging yourself to find new solutions. Enthusiasm and drive to develop your skillset and seek out development opportunities within a supportive team. Comfortable to embrace agile ways of working and learning new technologies. Experience of working effectively in teams with good time management. We are looking for candidates who are due to graduate in 2027, or have graduated in the last two years. Highly organised and enjoy a fast-paced working environment. Proficient in Microsoft Excel. The Employee shall observe the Health, Safety, Sustainability, Environment and Quality rules of the Company; it’s clients and the governing authorities of the host country. We are committed to our diverse and inclusive community - a place where we can all be ourselves, thrive and develop. We’re a disability-friendly employer and can make adjustments to support you to perform at your best during the recruitment process. Please contact us confidentially at to find out how we can support you."},{"id":"49226dbec2","title":"Functional Safety Engineer (ISO 10218, Functional safety engineering, Robotics, Junior)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Junior","industry":"Robotics","industries":["Robotics","AI & software platforms"],"segment":"Other","standards":["ISO 10218","ISO/TS 15066","ISO 13849"],"standards_meta":[{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."},{"code":"ISO/TS 15066","site_code":"ISO/TS 15066","id":"ts15066","name":"Collaborative Robots","summary":"Guidance for collaborative robot operation, including power and force limiting thresholds."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Internship","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Machine learning / AI","Robotics & automation","Safety case & assessment"],"employer":true,"text":"Functional Safety Engineer (ISO 10218, Functional safety engineering, Robotics, Junior) Safety-critical Functional safety engineering Robotics Junior ISO 10218 ISO/TS 15066 ISO 13849"},{"id":"49130d59ef","title":"Junior Functional Safety Engineer (IEC 61508)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Junior","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Other","standards":["IEC 61508","ISO 12100","ISO 26262"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Ohio, US","work_mode":"Unknown","year":"2026","employment":"Internship","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Junior Functional Safety Engineer (IEC 61508) Safety-critical Functional safety engineering Cross-industry safety Junior IEC 61508 ISO 12100 ISO 26262"},{"id":"e907fcbd3a","title":"Junior Functional Safety Engineer (ISO 26262)","focus":"Functional safety","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Junior","industry":"Automotive","industries":["Automotive","Aerospace & defense"],"segment":"Other","standards":["ISO 26262","IEC 61508","ISO 13849","MIL-STD-882"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"MIL-STD-882","site_code":"IEC 61508","id":"iec61508","name":"System Safety (US Department of Defense)","summary":"The DoD standard practice for system safety programmes and hazard tracking."}],"stage":"Directory listed","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":["German"],"certifications":[],"tools":[],"domains":["Reliability"],"employer":true,"text":"Junior Functional Safety Engineer (ISO 26262) Functional safety Functional safety engineering Automotive Junior ISO 26262 IEC 61508 ISO 13849 MIL-STD-882 Ein eigenständiger und internationaler Engineering Dienstleister mit langjähriger Expertise. Mit branchenübergreifendem Know-how und einem ganzheitlichen System- und Produktverständnis schaffen wir technologische Lösungen entlang der gesamten Wertschöpfungskette. Wir beschäftigen uns mit den Trendthemen Digitalisierung, E-Mobilität und Autonome Systeme hauptsächlich für die Branchen Automotive, Luftfahrt, Defence und Maschinenbau und ermöglichen hier konsequent die Entstehung passgenauer Lösungen. Unser Ziel: den technologischen Fortschritt beschleunigen und einen relevanten Beitrag zu einer nachhaltigen Zukunft leisten. Daran arbeiten wir jeden Tag – mit rund 12.000 Mitarbeiterinnen und Mitarbeitern an über 50 Standorten weltweit. Unsere Recruiting-Entscheidungen basieren auf den Erfahrungen und Fähigkeiten der Bewerber*innen. Analysen von Gefährdungen, Fehlerarten (failure modes), Fehlerbäumen Erarbeitung von technischen Sicherheitskonzepten Erstellung von Anforderungen für sicherheitsrelevante Systeme Durchführung von Gefährdungs- und Risikoanalysen, FMEA, FTA Aufstellen und Verfolgen von Sicherheitsanforderungen aus Gesetzen, Regelwerken, Normen oder technischen Regeln Nachweis/ Validierung von Sicherheitsanforderungen und Verifizierung der Umsetzung auf Komponenten- und Systemebene Unterstützung des Kunden bei sicherheitsrelevanten Fragen von der Konzeption bis zur Zulassung bzw. Zertifizierung Abgeschlossenes Studium der Elektrotechnik, Mechatronik, Fahrzeugtechnik oder einer vergleichbaren Studienrichtung (Bachelor/ Master/ Diplom) Grundlegende Kenntnisse im Engineering von Sicherheitstechnik (fail safe design, Redundanz) Grundlegende Kenntnisse in Risikobetrachtung, ggf. Gefährdungsanalysen, Risikobeurteilungen Gute Kenntnisse in Stochastik, Wahrscheinlichkeitsbetrachtungen, Ausfallswahrscheinlichkeit, Zuverlässigkeit, Verfügbarkeit Kenntnisse von Anwendung oder Anforderungen sicherheitstechnischer Normen oder Ausfallratensammlungen (ISO 26262, Military Handbook, EN 13849, IEC 61508, MIL-STD-882) Gute Kenntnisse mit MS Office Hohes Interesse an technischem Risikodenken und Maßnahmen dagegen (auch aus anderen Bereichen, wie Sport) Sehr gute Deutsch- und Englischkenntnisse"},{"id":"5a051a1d7c","title":"Product Safety Engineer (ARP4754, Functional safety engineering)","focus":"Product safety","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Junior","industry":"Aerospace & defense","industries":["Aerospace & defense","Testing & certification services"],"segment":"Defense space","standards":["ARP4754","ARP4761","DO-178C"],"standards_meta":[{"code":"ARP4754","site_code":"IEC 61508","id":"iec61508","name":"Development of Civil Aircraft and Systems","summary":"Aircraft and systems development process guidance (SAE ARP4754A)."},{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."},{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Hybrid","year":"2026","employment":"Contract","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Aerospace","Reliability","Safety case & assessment"],"employer":true,"text":"Product Safety Engineer (ARP4754, Functional safety engineering) Product safety Functional safety engineering Aerospace & defense Junior ARP4754 ARP4761 DO-178C As a minimum requirement you must have obtained, or be predicted to obtain, a 2:2 Bachelor’s degree or a pass at Master’s level in the following subjects: Product Safety, Systems Engineering, Mechanical Engineering, Electrical Engineering, Naval Architecture"},{"id":"588a19bbde","title":"Functional Safety Engineer (ARP4754, Functional safety engineering, Rail)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Mid-level","industry":"Rail","industries":["Rail","Medical","Aerospace & defense"],"segment":"Other","standards":["ARP4754","ARP4761"],"standards_meta":[{"code":"ARP4754","site_code":"IEC 61508","id":"iec61508","name":"Development of Civil Aircraft and Systems","summary":"Aircraft and systems development process guidance (SAE ARP4754A)."},{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"Yes","languages":[],"certifications":[],"tools":["IBM DOORS","Enterprise Architect"],"domains":["Product compliance","Reliability","Safety case & assessment","Hazard analysis","Requirements & traceability"],"employer":true,"text":"Functional Safety Engineer (ARP4754, Functional safety engineering, Rail) Safety-critical Functional safety engineering Rail Mid-level ARP4754 ARP4761 The organization Engineering function manages a portfolio of specialist capabilities, generating highly differentiated solutions and products by applying electronic, mechanical, and software technologies in demanding and critical environments to meet customer needs. The Safety Engineer for electronic equipment is an expert practitioner within the safety discipline, knowledgeable of safety standards, capable of performing hazard analysis, safety assessment analysis, failure mode analysis, influencing the design and development of Cyber UK products, and being able to generate FMEA/FMECA. The Safety Engineer is a recognised subject matter expert within the safety and reliability discipline, bringing both technical depth and practical application of established safety standards and methodologies. The role involves leading and supporting activities such as hazard identification, safety assessments, and failure analysis, ensuring that risks are systematically identified, evaluated, and effectively managed throughout the product lifecycle. Working closely with multidisciplinary engineering teams, the Safety Engineer plays a critical role in shaping and influencing product design and development. By integrating safety considerations from the earliest stages, they help ensure that solutions are not only compliant with relevant standards but are also robust, reliable, and fit for purpose in demanding operational environments. Within Cyber UK programmes, the role carries particular responsibility for delivering high-quality safety and reliability analyses, including FMEA and FMECA. The Safety Engineer ensures that these analyses are thorough, traceable, and aligned with project and regulatory requirements, ultimately contributing to the development of secure, dependable systems that can be trusted in mission-critical applications. Conduct requirements and design assessments to systematically identify, evaluate, and mitigate hazards throughout the product development lifecycle. Perform safety and reliability analyses, including hazard analysis, safety assessments, failure mode analysis, and FMEA/FMECA, to identify and address design weaknesses and anomalies. Contribute to the design and development of Cyber UK products by integrating safety considerations into engineering decisions. Produce high-quality safety and reliability documentation, including planning and compliance documents, in accordance with company standards and project requirements. Provide accurate work estimates, identify cost-effective solutions, and deliver work predictably to support overall team performance. Operate effectively with minimal supervision, demonstrating autonomy and sound technical judgement. Generate technical inputs for product-level design reviews and approve significant technical documentation. Act as a subject matter expert, providing specialist guidance and support to wider engineering teams and, where appropriate, external stakeholders. Mentor and support the development of less experienced engineers, fostering knowledge sharing and continuous improvement. Identify and champion process improvements to enhance engineering efficiency and innovation. Apply relevant defence and industry standards, including Def Stan 00-056, MIL-STD 1629, MIL-HDB 217F, ARP4761, and ARP4754 (for airborne systems). Maintain and manage the hazard log, ensuring hazards, mitigations, and verification activities are accurately captured, tracked, and closed through the lifecycle. Define and derive safety requirements, ensuring clear traceability from hazards through to implementation and verification. Support the development and maintenance of the safety case, including structuring arguments, evidence, and compliance with applicable standards. Facilitate and lead safety reviews and workshops, such as hazard identification sessions, design reviews, and risk assessments with cross-functional teams. Ensure safety requirements are verified and validated, working closely with test and integration teams to confirm that mitigations are effective. Interface with customers, regulators, and assurance bodies as required, providing technical justification and supporting audits or certification activities. Assess and manage the impact of design changes on system safety, ensuring that modifications do not introduce unacceptable risk. Support configuration and change management processes, ensuring safety artefacts remain consistent with the evolving system design. Promote a strong safety culture within the engineering team, encouraging proactive identification and management of risks. Contribute to bid and proposal activities, providing safety input to support technical solutions, cost estimation, and risk assessment. Highly organised, self-managing, able to manage multiple activities at any one time Excellent interpersonal skills, able to engage effectively with all audiences/stakeholders at all levels in the organisation Experience in hazard analysis techniques, such as PHA, FHA, FTA (Fault Tree Analysis), and Event Tree Analysis (ETA). Experience in developing and maintaining safety cases, including structuring arguments and linking evidence to safety requirements. Strong understanding of risk management principles, including risk assessment, mitigation, and acceptance processes. Ability to influence and challenge engineering decisions constructively, particularly in safety-critical contexts. Experience working within regulated or safety-critical environments (e.g. defence, aerospace, rail, nuclear, or similar). Understanding of verification and validation (V&V) processes, particularly in relation to safety requirements Awareness of configuration management principles, ensuring alignment between design, documentation, and safety artefacts. Ability to communicate complex technical concepts clearly, both verbally and in written documentation suitable for technical and non-technical audiences. Experience with version control, change management, and defect tracking systems. Strong problem-solving skills, with a proactive and self-motivated approach. Ability to quickly assimilate new information and apply logical, structured thinking to complex challenges. Excellent organisational and time management skills, with the ability to manage multiple concurrent activities. Strong interpersonal and communication skills, with the ability to engage effectively with stakeholders at all levels. Familiarity with best practice development processes and lifecycle models, particularly within safety-critical or regulated environments. Experience with continuous integration, automated testing, and DevSecOps practices, particularly in the context of assured or high-integrity systems. Experience using requirements and systems engineering tools, such as DOORS and Enterprise Architect. Knowledge of digital electronics and digital logic design, including an understanding of hardware failure modes and interfaces. Experience in the development of military or defence-related equipment, with an appreciation of operational environments and constraints. Experience in the development of UK High Grade Cryptographic products or other high-assurance secure systems. Candidates must be willing and able to obtain, and maintain, DV security clearance"},{"id":"d92024c6a9","title":"Functional Safety Engineer (ARP4761, Functional safety engineering)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Functional safety engineering","seniority":"Mid-level","industry":"Automotive","industries":["Automotive","Robotics","Medical","Aerospace & defense"],"segment":"Space robotics","standards":["ARP4761"],"standards_meta":[{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Pennsylvania, US","work_mode":"Hybrid","year":"2026","employment":"Contract","clearance":"Yes","languages":[],"certifications":[],"tools":[],"domains":["Robotics & automation","Product compliance","Reliability","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Functional Safety Engineer (ARP4761, Functional safety engineering) Safety-critical Functional safety engineering Automotive Mid-level ARP4761 In this role, the essential functions are: (list 4-8 essential functions based on job seniority level). Travel up to X%, including the possibility of overnights within (describe area or range) Ability to lift, move or carry items or equipment up to X pounds Experience with space launch vehicle systems, flight test programs, or operational space missions. Familiarity with launch range operations and safety systems at both governmental and private spaceports. Flexible Time Off (FTO), empowering employees to take the time they need to recharge and maintain a healthy work-life balance No long-term contracts and FREE on-demand workout videos before you enroll Additional voluntary benefits and employee support resources The opportunity to work alongside a highly talented team in an innovative, mission-driven environment To conform to U.S. Government export regulations, including the International Traffic in Arms Regulations (ITAR) (22 CFR Parts 120–130) and the Export Administration Regulations (EAR) (15 CFR Parts 730–774), applicants for this position must be a U.S. Person: a US Citizen, a lawful permanent resident of the U.S., or a protected individual as defined by 8 U.S.C. 1324b(a)(3). Applicants must be eligible to obtain any required export authorizations from the U.S. Department of State or the U.S. Department of Commerce. The statements contained in this job description are intended to describe the general content and requirements for performance of this job. It is not intended to be an exhaustive list of all job duties, responsibilities, and requirements. This job description is not an employment agreement or contract. Management has the exclusive right to alter the scope of work within the framework of this job description at any time without prior notice."},{"id":"a73e8b1c84","title":"Functional Safety Engineer (ATEX, Functional safety engineering)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Mid-level","industry":"Automotive","industries":["Automotive","Medical","Energy & process","AI & software platforms"],"segment":"Other","standards":["ATEX"],"standards_meta":[{"code":"ATEX","site_code":"IEC 61508","id":"iec61508","name":"Equipment for Explosive Atmospheres (EU Directive 2014/34/EU)","summary":"Requirements for equipment and protective systems used in potentially explosive atmospheres."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Hybrid","year":"2026","employment":"Full-time","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Explosive atmospheres","Process safety","Reliability","Safety case & assessment"],"employer":true,"text":"Functional Safety Engineer (ATEX, Functional safety engineering) Safety-critical Functional safety engineering Automotive Mid-level ATEX Depending on level of experience, the role will help deliver and possibly lead technical safety projects nationally and internationally. These projects cover a wide range of facilities and plant, processes and operations. Applicants should have a relevant science or engineering degree, and possess strong analytical thinking, numerical skills, written and verbal communication skills. The candidate must have a minimum of 3 years of relevant experience. Candidates are not expected to have experience in all fields, but broad experience or a specialism is expected in the following Safety Cases, HSE MS, ALARP, SIMOPS Hazard identification, assessment and evaluation techniques including HAZID, HAZOP, LOPA, Bowtie assessment, etc. Function safety including HAZOP, LOPA, FSA, FMECA, Fault Tree analysis Fire, explosion and toxic gas consequence and physical effects modelling using specialist software (e.g. PHAST, FRED) QRA and other technical safety studies (e.g. BRA, EERA, ESSA, FERA, Facility Siting Studies) using commercial software (e.g. SAFETI, SHEPHERD) Handling large-scale CFD projects using HPC and cloud computing Reliability, Availability and Maintainability (RAM) studies DSEAR, ATEX and Hazardous Areas Classification Human Factors, safety culture Project planning and management Writing proposals and coordinating bids We have an established competence framework, with regular appraisals and a defined pathway for progression. Flexible leave Flexible/Hybrid working Company-wide, inclusive profit share scheme Private medical insurance Life assurance Professional/personal development scheme/skills training Payment of subscription fees for membership of one professional body."},{"id":"82f3fa4ca6","title":"Functional Safety Engineer (DO-178C, Functional safety engineering)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Mid-level","industry":"Aerospace & defense","industries":["Aerospace & defense"],"segment":"Defense space","standards":["DO-178C","ARP4754"],"standards_meta":[{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."},{"code":"ARP4754","site_code":"IEC 61508","id":"iec61508","name":"Development of Civil Aircraft and Systems","summary":"Aircraft and systems development process guidance (SAE ARP4754A)."}],"stage":"Directory listed","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"Yes","languages":[],"certifications":[],"tools":["IBM DOORS"],"domains":["Product compliance","Aerospace","Reliability","Requirements & traceability"],"employer":true,"text":"Functional Safety Engineer (DO-178C, Functional safety engineering) Safety-critical Functional safety engineering Aerospace & defense Mid-level DO-178C ARP4754 Participate on concurrent engineering teams to define reliability and safety related landing gear system requirements. Perform reliability and safety analysis, including reliability prediction, failure mode analysis and fault tree analysis, as part of the design and development of fully integrated aircraft landing gear systems including landing gear, hydromechanical/electrical components and electronic control units. Acquire R&S input data from equipment suppliers. Participate in the process of aircraft certification. Perform trade studies to establish preferred systems architecture based on safety, reliability and maintainability. Liaison with customers and suppliers on technical aspects of the program. Conduct/coordinate review of supplier technical documentation. Prepare technical presentation for the customer including coordination of the supplier input. Bachelor or Master's degree in Engineering (Aerospace, Electrical, Mechanical, Engineering Physics or Engineering Science). A minimum of 6-10 years of relevant experience. Previous experience and understanding of FAR 25.1309 and SAE ARP 4754A/4761 a definite asset. Previous experience and understanding of RTCA/DO-178b/c a definite asset. Previous experience and understanding in Model-Based Safety Analysis a definite asset. Proficient computer skills including good knowledge of one of the R&S software (CAFTA, RELEX, ITEM or equivalent). Experience with “DOORS” requirements management software is an asset. Knowledge of applicable aerospace standards and airworthiness concepts. Excellent interpersonal skills and ability to work in a team environment. Strong verbal and written communication skills. Reason for Recruitment: Replacement At SafranLS, a passion for Aerospace can mean a limitless career, land your next position with us! While we thank all applicants, only those being considered for an interview will be contacted."},{"id":"74ab1f958c","title":"Functional Safety Engineer (IEC 61508, Functional safety engineering)","focus":"Functional safety","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Mid-level","industry":"Industrial machinery","industries":["Industrial machinery"],"segment":"Medical robotics","standards":["IEC 61508","ISO 13849","IEC 62061","IEC 60204-1"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."},{"code":"IEC 60204-1","site_code":"IEC 60204-1","id":"iec60204","name":"Electrical Equipment of Machines","summary":"Requirements for the electrical equipment of machines, including supply disconnection, emergency stop, and protective bonding."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Hardware / electronics","Sensors & perception","Industrial control","Product compliance","Reliability","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Functional Safety Engineer (IEC 61508, Functional safety engineering) Functional safety Functional safety engineering Industrial machinery Mid-level IEC 61508 ISO 13849 IEC 62061 IEC 60204-1 The role will encompass the functional safety of two critical aspects, namely the Functional Safety (FS) assessment and qualification of saleable product (FS ‘components’) and the safety of in-house designed and used equipment. Re-certify FS rated products and maintain business certification. Support new product FS tasks and activities. Audit aspects of FS design output and monitor / maintain FS Management processes and procedures. Provide guidance and training as required for product / project team FS actions, mainly explaining the FS procedure detail, actions and discussing system architectures. Review test plans for adequacy of coverage of fault insertion tests arising from FMEDA and FMEA. Review other FSM documents, recording findings as appropriate. Support current product FS issues and queries. Maintain a “SISTEMA” library, creating new entries when required. Risk Assess equipment designs, identifying / defining safety system requirements. Work independently, or with design teams, to define appropriate safety system architectures when required, to achieve the target SIL and / or PL ratings. Assess designs of safety circuits and systems, to achieve the defined safety ratings. Generate related documentation and provide guidance and training as required. Undertake Machinery Safety assessments and undertake / manage all aspects of ‘13849’ Part 1 (& 2) and related Standards. Undertake / lead FMEDA/FMEA activities where required. Assist with other aspects of product and equipment safety qualification, such as electrical, pressure and photobiological, and related documentation. Train relevant Division and Group members as required, in the specialist subjects included in the job role. The organization's Encoder Products Division (EPD) designs and supplies cutting-edge position feedback technology to the world’s precision measurement, automation, and manufacturing industries. It is highly likely that something you own contains a part or device that was manufactured with the help of one of the organization's encoders. EPD is made up of engineers, scientists and technicians all working together to produce market leading products for sale around the world. We start with cutting edge optical, algorithm and circuit designs, developing our own ASICs and sensors where required. We then use innovative mechanical engineering to turn our core technology into a range of desirable products for our broad customer base. Working closely with colleagues in our manufacturing division, we develop manufacturing and assembly processes and software to deliver quality products by the hundreds of thousands that in turn, perform reliably and repeatedly to sub-micron accuracies for our customers. We are now searching for someone to join the Division to provide advice and direct input around the functional safety and compliance of our products and systems. Educated to a higher education level (minimum HNC) in an engineering based subject. Familiarity and experience with a variety of types of electro-mechanical machines/systems. 2006/42/EC – Machinery Directive. Hazard analysis and risk assessment techniques, with demonstrable experience. FMEA/FMEDA practice. Experience of working on a range of products from initial specification of the functional safety requirements through to certification of the product. High level of PC literacy, experienced in document writing. A working knowledge of the following directives will be essential to the role 2014/35/EU – Low Voltage Directive (and/or BS EN 60204 - Safety of machinery. Electrical equipment of machines General requirements). ISO 13849-1 Safety of machinery - Safety-related parts of control systems - Part 1: General principles for design. ISO 13849-2 Safety of machinery - Safety-related parts of control systems - Part 2: Validation. BS EN 61800-5-2:2017 Adjustable speed electrical power drive systems Safety requirements. ‘Equipment’ electrical qualification and/or experience. Conducting functional safety assessments. Creation of safety cases. IEC 61508:2010 parts 0-7, international standard for functional safety for electrical, electronic and programmable electronic safety related systems. IEC 62061:2021 Safety of machinery - Functional safety of safety-related control systems."},{"id":"3d6b44db29","title":"Functional Safety Engineer (IEC 62061, Functional safety engineering)","focus":"Functional safety","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Mid-level","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Other","standards":["IEC 62061"],"standards_meta":[{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Functional Safety Engineer (IEC 62061, Functional safety engineering) Functional safety Functional safety engineering Cross-industry safety Mid-level IEC 62061"},{"id":"4bfc487038","title":"Functional Safety Engineer (IEC 62304, Functional safety engineering)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Mid-level","industry":"Medical","industries":["Medical","Energy & process"],"segment":"Unknown","standards":["IEC 62304","ISO 14971","IEC 60601"],"standards_meta":[{"code":"IEC 62304","site_code":"IEC 62304","id":null,"name":"Medical Device Software - Software Life Cycle Processes","summary":"Software safety classes and lifecycle requirements for medical device software."},{"code":"ISO 14971","site_code":"ISO 14971","id":null,"name":"Medical Devices - Application of Risk Management","summary":"Risk management process for medical devices across the product lifecycle."},{"code":"IEC 60601","site_code":"IEC 60601","id":null,"name":"Medical Electrical Equipment - Basic Safety and Essential Performance","summary":"Safety and performance requirements for medical electrical equipment."}],"stage":"Not listed in company directory","size":"Unknown","country":"United States","region":"North America","location":"Maryland, US","work_mode":"Remote","year":"2026","employment":"Full-time","clearance":"No","languages":["English","Spanish"],"certifications":[],"tools":[],"domains":["Reliability","Safety case & assessment","Hazard analysis"],"employer":false,"text":"Functional Safety Engineer (IEC 62304, Functional safety engineering) Safety-critical Functional safety engineering Medical Mid-level IEC 62304 ISO 14971 IEC 60601 This role is responsible for performing safety analysis and/or probabilistic risk assessments (PRA) in accordance with the appropriate industry standards and guidance, authoring and reviewing safety analysis/PRA-related documents, and providing results and insights to the design of the organization technologies. This role will use software to create and maintain models that represent the design of the organization projects and technologies. They will also produce and review calculation documents that support and control the PRA or safety analysis model files, use models, and apply them to a range of applications to support the design and future operation of the organization projects and technologies. Full time - Exempt Perform various safety analyses in one or more of the following areas Probabilistic Risk Assessment Follow the guidance of ASME/ANS RA-S-1.4-2021 (or other applicable PRA-related industry standards) in creating and maintaining PRA models and supporting calculation documents. Revise and review of PRA documents. Follow the guidance of dozens of PRA-dependent applications (such as NEI 18-04) to acquire risk insights from the PRA to inform the design process and licensing basis of projects. Develop increasing proficiency in using PRA-related software (e.g. EPRI’s Phoenix Architect) in accordance with the organization procedures, ensuring the correct software version is being used in the manner it was verified, be aware of limitations and restrictions of software, and ensure software is referenced in documents that depend on its use. Perform main PRA tasks including event tree and fault tree development, and associated documentation. Develop screening methods, risk-informed supplemental evaluations, and/or PRA models for different plant operating modes and states, radionuclide sources, various internal and external hazards, and multi-reactor considerations. Able to show increasing proficiency interpreting, applying, and assessing Standards. Collaborate and communicate with key stakeholders in engineering, project leadership, and across the safety analysis team to provide frequent updates on progress of projects, maintain the correct order of priorities and ability to adapt to change, and raise concerns when there are problems with projects and/or timelines. Provide engineering/technical expertise and guidance in the identification, analysis, and resolution of problems of increasing scope and complexity. Contribute to team decision-making in the accomplishment of business goals and objectives through effective planning, organizing, estimating, scheduling, and monitoring of work activities; deal with changing priorities and differing situations and make decisions that may affect the work of the team. Prepare thorough and accurate technical reports, correspondence, documentation, calculations, and sketches related to well-defined problems and analysis of increasing scope and complexity. Conduct engineering and related studies; complete routine engineering projects with minimal oversight with increasing ability to independently manage project schedules and interfaces. Develop and maintain safety basis documents and safety basis program procedures. Identify and describe the interrelationship of safety basis requirements to existing and new designs and operations. Develop, maintain, and produce technical documentation to inform system/subsystem requirements and specifications. Interface with customers and regulators in nuclear safety reviews and technical working group meetings to comply with requirements and meet project objectives. Maintain professional demeanor and behavior at all times in all forms of communication. Perform other duties as assigned by manager. Bachelor’s degree in engineering (nuclear, chemical, mechanical, etc.) from an ABET accredited university required. Level IV: Typically, ten years of experience in an engineering role required. Level V: Typically, fifteen years of experience in an engineering role required. A master’s degree in engineering or related field (may include a combination of experience obtained through an academic institution, e.g., design projects, research, or design teams, as well as professional experience) may be in lieu of two years of experience. A Ph.D. in engineering or related field (may include a combination of experience obtained through an academic institution, e.g., design projects, research, or design teams, as well as professional experience) may be in lieu of three years of experience. Previous experience at the organization meeting performance standards may be in lieu of years of experience. Experience with internal and external hazard modeling. Work Site Expectations: 4 days in office, Potential for Remote Flex under Special Circumstances"},{"id":"54707fdbb0","title":"Functional Safety Engineer (ISO 10218, Functional safety engineering, Robotics, Mid-level)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Mid-level","industry":"Robotics","industries":["Robotics","Industrial machinery"],"segment":"Other","standards":["ISO 10218","ISO/TS 15066","ISO 13849"],"standards_meta":[{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."},{"code":"ISO/TS 15066","site_code":"ISO/TS 15066","id":"ts15066","name":"Collaborative Robots","summary":"Guidance for collaborative robot operation, including power and force limiting thresholds."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."}],"stage":"Directory listed","size":"Unknown","country":"Italy","region":"Europe","location":"Italy","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":["SISTEMA"],"domains":["Robotics & automation","Industrial control"],"employer":true,"text":"Functional Safety Engineer (ISO 10218, Functional safety engineering, Robotics, Mid-level) Safety-critical Functional safety engineering Robotics Mid-level ISO 10218 ISO/TS 15066 ISO 13849 Analizzare i requisiti tecnici e funzionali degli impianti e dei robot industriali da programmare Presidiare l’architettura software di controllo, sviluppando e mantenendo il software di automazione e assicurandone coerenza, robustezza ed evolutività Integrare le funzioni di sicurezza nel sistema di automazione in modo strutturato e conforme alle normative Curare la redazione e l’aggiornamento dell’analisi dei rischi macchina, assicurandone l’allineamento con l’evoluzione del prodotto Garantire la conformità normativa delle funzioni di sicurezza implementate Contribuire alla standardizzazione e alla documentazione tecnica delle soluzioni sviluppate Supportare i colleghi nella risoluzione di problematiche complesse di automazione e safety. Sviluppo e manutenzione del software PLC, del PLC della macchina laser Configurazione e parametrizzazione dell’hardware di automazione SIEMENS Definizione e manutenzione dell’architettura software macchina (struttura, interfacce, standard) Sviluppo e manutenzione del PLC di sicurezza e delle funzioni di Safety Integrated Redazione, aggiornamento e mantenimento dell’analisi dei rischi macchina, incluso calcolo e verifica del Performance Level (PL), in coordinamento con lo sviluppo del software e dell’hardware Validazione funzionale e supporto al troubleshooting su macchina completa (automazione e safety) Supporto alle attività di collaudo e avviamento macchina Redazione di documentazione tecnica, funzionale e di sicurezza. Laurea in Ingegneria dell’Automazione, Elettronica, Meccatronica, Informatica o affini Esperienza nello sviluppo software PLC per macchine automatiche Conoscenza di logiche di programmazione Conoscenza dei sistemi di automazione SIEMENS (TIA Portal) Conoscenza dei principi di sicurezza funzionale macchina e dei processi di analisi dei rischi Capacità di comprendere e applicare normative di sicurezza Attitudine al problem solving e al lavoro su sistemi complessi Ottima conoscenza della lingua inglese (livello B2/C1) Buona conoscenza della lingua italiana (livello B2) Buona capacità relazionali e attitudine a lavorare in team. Esperienza diretta nella redazione e gestione dell’analisi dei rischi macchina Utilizzo di strumenti per il calcolo del PL (es. SISTEMA o equivalenti). Formazione continua, sia di tipo tecnico che trasversale Ticket restaurant Volontariato aziendale Convenzioni aziendali Eventi sociali, sportivi e familiari aziendali."},{"id":"77e93da0e1","title":"Functional Safety Engineer (ISO 12100, Functional safety engineering)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Mid-level","industry":"Industrial machinery","industries":["Industrial machinery"],"segment":"Agtech","standards":["ISO 12100","ATEX","IEC 60079"],"standards_meta":[{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ATEX","site_code":"IEC 61508","id":"iec61508","name":"Equipment for Explosive Atmospheres (EU Directive 2014/34/EU)","summary":"Requirements for equipment and protective systems used in potentially explosive atmospheres."},{"code":"IEC 60079","site_code":"IEC 61508","id":"iec61508","name":"Explosive Atmospheres - Equipment Requirements","summary":"Construction and testing of equipment for explosive atmospheres."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Explosive atmospheres","Product compliance"],"employer":true,"text":"Functional Safety Engineer (ISO 12100, Functional safety engineering) Safety-critical Functional safety engineering Industrial machinery Mid-level ISO 12100 ATEX IEC 60079 The Project Safety Engineer is responsible for overseeing engineering projects from conception through to completion, with a strong emphasis on safety, regulatory compliance and ATEX requirements. Combining project management and safety engineering expertise, this role ensures all solutions are designed, engineered and delivered in accordance with applicable safety standards, hazardous area classifications, explosion protection principles and relevant legislation. Key Responsibilities Health & Safety Comply with all relevant Health & Safety legislation, company policies and procedures. Promote safe working practices and contribute to maintaining a strong safety culture across all projects. Quality Management Work in accordance with company quality systems, policies, procedures and standards. Support the ongoing development and continuous improvement of the company's quality management systems. Operate within corporate policies and frameworks while contributing to strategic improvements where appropriate. Project & Technical Responsibilities Act as a key interface between clients, engineering and manufacturing teams, promoting a safety-first approach throughout the project lifecycle. Ensure compliance with ATEX, DSEAR, the Machinery Directive and equipment validation requirements. Prepare Technical Files for equipment and projects in accordance with relevant legislation. Provide technical leadership on risk assessments, explosion protection, hazardous area compliance and applicable harmonised standards, including EN14460:2018, IEC 60079-32-1 and ISO 12100. Lead root cause investigations into technical incidents and product failures, implementing effective corrective and preventative actions. Develop and execute test plans and test rigs to validate the safety and performance of equipment and components. Identify and implement improvements to engineering tools, standards and procedures to enhance safety, compliance and operational efficiency. Carry out site surveys, hazardous area classifications and ATEX audits, including travel within the UK and internationally where required. Plan, coordinate and monitor engineering activities to ensure projects are delivered safely, efficiently and in compliance with all applicable standards. Work with third-party contractors to establish safe working practices and realistic project delivery plans. Ensure effective integration of process requirements into automation and control systems. Manage project tasks and associated resources to achieve cost, quality and delivery objectives while providing regular progress updates to Project Managers. Work effectively across multiple engineering disciplines and projects simultaneously. Performance Ensure all engineering documentation and information is checked, verified and approved in accordance with company procedures. Take ownership of allocated tasks, ensuring they are completed efficiently while meeting project cost, schedule and quality objectives. Corporate Responsibilities Collaborate with other the organization sites to achieve operational efficiencies and share best practice. Personal Development Take responsibility for your own professional development by identifying and agreeing current and future training needs. Support change initiatives and continuous improvement activities. Maximise the effective use of available systems, tools and resources to achieve the highest levels of efficiency, quality and delivery performance. Analytical & Data Management Maintain accurate and up-to-date information within all relevant business systems in line with your responsibilities. Other Duties Undertake any other duties that are reasonably required and are appropriate to your skills, experience and qualifications. Personal Objectives Achieve personal performance objectives as agreed and documented within the company's performance management process. Degree qualified in Electrical, Process or Mechanical Engineering, or a related engineering or technological discipline. Knowledge of pharmaceutical process systems and equipment qualification procedures would be advantageous. Ability to work collaboratively across multiple departments and cross-functional teams."},{"id":"731214311f","title":"Functional Safety Engineer (ISO 21448)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Functional safety engineering","seniority":"Mid-level","industry":"AI & software platforms","industries":["AI & software platforms","Testing & certification services"],"segment":"Other","standards":["ISO 21448","UL 4600","ISO 8800"],"standards_meta":[{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."},{"code":"UL 4600","site_code":"UL 4600","id":"ul4600","name":"Evaluation of Autonomous Products","summary":"Safety case framework for fully autonomous products operating without human supervision."},{"code":"ISO 8800","site_code":"ISO 8800","id":"iso8800","name":"Road Vehicles - Safety and Artificial Intelligence","summary":"Guidance for assuring AI-based functions in road vehicles: data quality, model behavior bounds, and AI-specific verification evidence, extending ISO 26262 and ISO 21448."}],"stage":"Directory listed","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":["German"],"certifications":[],"tools":["Python"],"domains":["Machine learning / AI","Product compliance","Reliability","Safety case & assessment"],"employer":true,"text":"Functional Safety Engineer (ISO 21448) Safety-critical Functional safety engineering AI & software platforms Mid-level ISO 21448 UL 4600 ISO 8800 Review designs with nuclear safety in mind. Engage with engineering and physics teams, early in the design process to ensure components and systems are developed with nuclear safety considerations. Collaborate with the neutronics experts, material scientists, and manufacturers to define limits for impurities in materials exposed to intense neutron irradiation. Analyze accident scenarios and propose mitigations. Support licensing activities, safety case development, and regulatory submissions. Develop and maintain procedures for tritium handling, activated material management, and waste minimization. Train and inform staff on radiation safety practices (e.g., nuclear-qualified welding). Provide clear justification for design changes to fulfil risk analysis requirements. Translate complex analysis outputs (e.g., neutronics dose maps) into actionable design guidance. Conduct supporting analyses (e.g., neutronics activation simulations with OpenMC) to evidence the benefits of safety-driven design decisions. Lead the development of operational procedures that are compatible with regulatory and inspection requirements. Perform detailed Failure Modes and Effects Analyses (FMEA) to identify potential component and system failures, evaluate their safety implications, assess risk significance, and recommend design or procedural mitigations to ensure compliance with nuclear safety standards. Experienced nuclear safety engineer or a similar role, designing nuclear reactors or reactor components. Experienced in engaging with German regulators. Operating in radioactive environments with both gamma and neutron dose. Relevant education, such as a nuclear engineering degree (desirable). German speaker (desirable) Able to quantify the risk of material activation due to neutron irradiation with OpenMC. Able to program in Python to interface with the design and simulation capabilities. Understanding of tritium-related risks and associated design mitigation strategies. Technical Screening (30 min) Technical Panel (3x60 min) CEO call (30 min) This role sits at L3 of our framework, please inquire during the recruitment process for further information* At the organization, our mission is bold: making limitless clean energy a reality. To get there, we need a high-performing, diverse team that brings different perspectives, challenges assumptions, and builds together with purpose. We know that diversity of thought and experience leads to better ideas, stronger execution, and a more resilient team. We don’t look at how you identify, what you look like, who you choose to worship or what ethnicity you are. We care about what you can bring to the table."},{"id":"45bda08886","title":"Functional Safety Engineer (ISO 26262, Functional safety engineering)","focus":"Functional safety","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Mid-level","industry":"Automotive","industries":["Automotive"],"segment":"Machinery OEM","standards":["ISO 26262","IEC 61508","ISO 13849","IEC 62061","ISO 21448","ISO 10218"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."},{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."},{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."}],"stage":"Series C","size":"501-1,000","country":"Germany","region":"Europe","location":"Germany","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":["TUV Functional Safety Engineer"],"tools":["Medini Analyze","IBM DOORS","Polarion","Jama Connect"],"domains":["Embedded software","Hardware / electronics","Product compliance","Reliability","Hazard analysis","Requirements & traceability"],"employer":true,"text":"Functional Safety Engineer (ISO 26262, Functional safety engineering) Functional safety Functional safety engineering Automotive Mid-level ISO 26262 IEC 61508 ISO 13849 IEC 62061 ISO 21448 ISO 10218 Als Herzstück unserer Produktinnovation und -entwicklung verwandelt unsere Systems-Engineering-Abteilung Marktanforderungen in sichere, zertifizierbare und wettbewerbsfähige Lösungen und Architekturen. Durch die enge Zusammenarbeit mit den Teams für Software, Hardware, Sicherheit und Zertifizierung stellen wir sicher, dass jedes Produkt den höchsten Standards entspricht und sich gleichzeitig an die schnell entwickelnden Marktbedürfnisse anpasst. Unsere Mission ist es, eine nahtlose Mensch-Roboter-Kollaboration zu ermöglichen und Lösungen zu liefern, die sicher, konform und bereit für die Zukunft sind. Gestalten Sie mit uns die nächste Generation von Mensch-Roboter-Systemen, indem Sie die Verantwortung für Anforderungen auf Systemebene, Integration und Abstimmung übernehmen – bei Bedarf auch mit architektonischen Aufgaben. Wenn Sie in funktionsübergreifender Teamarbeit und technischer Exzellenz aufblühen, finden Sie bei uns außergewöhnliche Möglichkeiten. Verantwortung für die Sicherheitsarchitektur: Entwicklung, Implementierung und Pflege von funktionalen Sicherheitskonzepten auf System-, Hardware- und Softwareebene für Roboteranwendungen – vom Konzept bis zum Einsatz und dem Betrieb im Feld. Leitung von Sicherheitsanalysen: Durchführung von Gefährdungs- und Risikobeurteilungen (HARA), FMEA/FMEDA und FTA, die speziell auf kollaborative und autonome Robotersysteme zugeschnitten sind. Erstellung und Pflege zentraler Dokumente: Sicherheitspläne, Safety Cases, Spezifikationen der Sicherheitsanforderungen und Validierungsberichte. Erstellung ausgereifter Sicherheitskonzepte und enge Begleitung derer Implementierung. Einhaltung von Compliance: Sicherstellung der Konformität mit geltenden Sicherheitsnormen (ISO 13849, IEC 61508, IEC 62061, ISO 10218) und der Maschinenrichtlinie. Unterstützung bei Audits, Bewertungen durch Dritte und Zertifizierungsprozessen. Disziplinen verbinden: Zusammenarbeit mit Systemarchitekten, Embedded-Software-, Hardware- und Steuerungstechnikern zur Definition, Zuweisung und Validierung sicherheitskritischer Anforderungen über alle Subsysteme und Schnittstellen hinweg. Weiterentwicklung der Sicherheitspraxis: Kontinuierliche Weiterentwicklung von Sicherheitsprozessen und -methoden, um auf neue Robotertechnologien zu reagieren – einschließlich KI-basierter Wahrnehmung, autonomer Navigation und dynamischer Mensch-Roboter-Kollaboration. Ausbildung: Master oder PhD in Robotik, Systems Engineering, Elektro-/Elektroniktechnik, Mechatronik oder einer verwandten Disziplin. Eine Zertifizierung als TÜV Functional Safety Engineer (FSE) oder vergleichbar ist ein starkes Plus. Erfolgsbilanz: Mehr als 3 Jahre Erfahrung im Functional Safety Engineering für sicherheitsrelevante Systeme auf System-, Software- und Hardwareebene – idealerweise in der Robotik, industriellen Automatisierung oder im Automotive-Sektor. Praktische Erfahrung mit der Umsetzung des Sicherheitslebenszyklus nach IEC 61508, ISO 13849 oder ISO 26262. Normensicherheit: Fundierte Kenntnisse der ISO 13849, IEC 61508, IEC 62061 und ISO 10218. Vertrautheit mit ISO 26262 und SOTIF (ISO/PAS 21448) für wahrnehmungsbasierte Sicherheitsfunktionen wird sehr geschätzt. Sicherheitslogik: Analysefähigkeit und die Gabe, funktionale Sicherheitskonzepte in kohärente Architekturen zu synthetisieren – von der Gefahrenidentifizierung über die SIL/PL-Bestimmung bis hin zur Zuweisung von Sicherheitsanforderungen. Sicherer Umgang mit HARA, FMEA, FMEDA und FTA sowie versiert in Tools wie Medini oder BTC und Traceability-Umgebungen (DOORS, Jama, Polarion). Interdisziplinäre Stärke: Nachgewiesene Fähigkeit zur Koordination zwischen Hardware-, Embedded-Software-, Steuerungs- und Zertifizierungsteams in komplexen, multidisziplinären Entwicklungsumgebungen. Starke Kommunikationsfähigkeiten, um Sicherheitskonzepte effektiv über verschiedene Teams hinweg zu vermitteln."},{"id":"844b12a4a6","title":"Functional Safety Engineer (ISO 9001)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Functional safety engineering","seniority":"Mid-level","industry":"Automotive","industries":["Automotive","Medical","Aerospace & defense"],"segment":"Other","standards":["ISO 9001"],"standards_meta":[{"code":"ISO 9001","site_code":"IEC 61508","id":"iec61508","name":"Quality Management Systems","summary":"Requirements for a quality management system."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"Yes","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Safety case & assessment"],"employer":true,"text":"Functional Safety Engineer (ISO 9001) Safety-critical Functional safety engineering Automotive Mid-level ISO 9001 An opportunity has arisen for an Engineer to join the Passive Safety team at the organization Millbrook. Working within a customer-facing testing environment, the successful candidate will support the delivery of a wide range of passive safety and impact testing programmes for global customers. The role combines hands-on test preparation and execution with technical analysis, customer interaction and problem-solving activities. The successful candidate will be based in our Servo Sled operation and will be encouraged to broaden their knowledge across the passive safety arena, supporting a variety of projects and contributing to the continuous improvement of test methods, data analysis and reporting processes. We welcome individuals who can bring fresh perspectives and innovative ideas to help us continually enhance the service we provide to our customers. This role operates within a shift-based testing environment, including day and afternoon shifts, to support customer programmes. Liaise with customers, technical representatives and witnessing authorities both on and off site. Establish test requirements, including the review and application of relevant regulatory and customer standards. Prepare test plans and execution documentation whilst coordinating activities with customers and internal operational teams. Prepare test articles with appropriate instrumentation, measurement systems and associated test equipment. Ensure the safe, correct and efficient execution of tests to meet customer, legal and quality requirements. Conduct pre and post-test inspections, measurements and assessments of test articles. Analyse test data and results, producing clear technical conclusions and statements of conformity where required. Prepare, review and approve technical reports to a high standard. Support the development and implementation of improved methods for data analysis, visualisation and reporting. Identify and drive continuous improvement initiatives within the team. Support the development of bespoke test methods, fixtures and engineering solutions to meet customer requirements. Contribute to business development activities and technical discussions with customers. Work collaboratively across the wider Passive Safety team, supporting a range of activities as business needs require. Act in accordance with the organization values and behaviours at all times. Degree in a relevant Engineering subject (Mechanical or Automotive preferred) HNC/HND in a relevant engineering discipline with industry experience. Experience in testing to European/Federal regulations and consumer test protocols considered favourable Knowledge of quality assurance (particularly ISO 9001, 14001 and 17025) is favourable Practical hands-on mechanical experience. Sound knowledge of engineering and mechanical principles. Strong analytical and problem-solving capability. Understanding of occupant protection principles, crash test dummy instrumentation and injury assessment methods is advantageous. Knowledge of instrumentation and measurement systems used in dynamic testing environments. Understanding of high-speed data acquisition and video capture systems would be beneficial. Experience using engineering software and data analysis tools such as DIAdem, XCrash, Vicasso or equivalent would be advantageous. Knowledge of 3D scanning and measurement techniques would be beneficial. Proficient in Microsoft Office applications. Strong verbal, written and interpersonal communication skills. Effective organisational skills with the ability to manage multiple projects and priorities. Excellent attention to detail. Customer-focused approach. Ability to work independently and as part of a team. Highly motivated with a desire to learn and develop. Flexible and adaptable approach to work. Methodical and organised. Continuous improvement mindset. Innovative thinker with the confidence to challenge existing approaches constructively. Strong commitment to safety, quality and professional standards. High levels of integrity and confidentiality. Respectful of different perspectives and committed to contributing to an inclusive and collaborative working environment. Flexibility to work both day and afternoon shifts. Willingness to work overtime when required to support customer programmes. Flexibility to travel occasionally as business needs require. Full UK driving licence and own transport (the organization Millbrook is not easily accessible by public transport). Should it be required, obtain Security Clearance (SC) or ability to obtain clearance (UK national and/or meeting residency requirements). Willingness to undergo a Criminal Disclosure check"},{"id":"8ef272375a","title":"Product Safety Engineer (EN 50126)","focus":"Product safety","open":false,"status":"Archived","role_family":"Functional safety engineering","seniority":"Mid-level","industry":"Rail","industries":["Rail"],"segment":"Other","standards":["EN 50126","EN 50128","EN 50129"],"standards_meta":[{"code":"EN 50126","site_code":"EN 50126","id":"en50126","name":"Railway RAMS","summary":"Specification and demonstration of Reliability, Availability, Maintainability and Safety for railway applications."},{"code":"EN 50128","site_code":"EN 50128","id":"en50128","name":"Railway Software","summary":"Software for railway control and protection systems, defining software SIL requirements and lifecycle."},{"code":"EN 50129","site_code":"EN 50129","id":"en50129","name":"Railway Signaling Safety Cases","summary":"Safety-related electronic systems for railway signaling, including the structure of the safety case."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Ohio, US","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Product compliance"],"employer":true,"text":"Product Safety Engineer (EN 50126) Product safety Functional safety engineering Rail Mid-level EN 50126 EN 50128 EN 50129 Canadian Standards Association (“the organization Group”), a standards development and product [Company] organization, is seeking an experienced Product Safety Engineer, Fueled Appliances in our Cleveland, OH office to further position the organization Group as the leading choice for [Company]. Based throughout North America and reporting directly to the Product Group Managers (PGM’s), this is a dynamic opportunity with growth potential for a keen, systematic and process-oriented individual who is able to see the big picture and be attentive to detail. The Product Safety Engineer will be responsible for the safety [Company] of new and leading edge products, systems and technologies based on the standards established by the organization Group and other recognized Standards Development Organizations. Independently manage [Company] projects concurrently ensuring compliance with all applicable safety requirements achieving completion within time frames and cost deadlines. Evaluate products against requirements of the national / international standards and precedent decisions. Demonstrate technical competency to review the work of others. Demonstrate technical competency in their respective [Company] programs. Able to accurately perform evaluation and review of complex, unique or unusual product types. Demonstrates the ability to consistently manage multiple projects concurrently while maintaining on-time and on-budget performance. Able to maintain high productivity in line with company expectations. Reviews test data, reports and authorizes application of [Company] Marks. Prepares and / or signs [Company] Reports and Certificates of Compliance. Conduct construction evaluation, ensuring the unit complies with the construction section of the standard; identifies rationale for compliance or non-compliance. Collaborate with Lab Technician to create a work order which test are required and; the order of the tests and the number of samples required. Bachelor's Degree in Engineering with likely 6 or more years of job related experience; or Degree / Diploma in Engineering Technology or related technical field with 8 or more years’ experience. Thorough knowledge of Standards and [Company] procedures Knowledge of the organization and ANSI Standards - ANSI Z21.10.1/the organization 4.1; ANSI Z21.10.3/the organization 4.3; ANSI Z21.47/the organization 2.3 Thorough knowledge of the organization [Company] options, programs and services applicable to a variety of equipment High level of interpersonal and communication skills; customer service skills. Possess strong organizational, time and project management skills to complete job tasks independently and in a time-efficient manner. Ability to work unsupervised, in a team-based work environment. Read, interpret and develop engineering drawings. Computer proficiency (Microsoft Office) Use of various lab equipment, instruments and tools. Possess strong product knowledge and hands-on ability conduct tests to industry standards Work well under a tight schedule in a team environment. See the big picture and the smaller pieces that contribute to success. Be detail oriented with the ability to deliver complex projects on time and bring breakthrough thinking and new processes to difficult situations. Build on innate knowledge by taking the initiative necessary to gain an intimate understanding of customer needs and businesses, as well as a deep familiarity of the applicable standards. Demonstrated ability to work across institutional, cultural and geographic boundaries with ease, consistently delivering on complex initiatives while stripping out unnecessary process and structures. Serve as leader whose personal values will align with the organization Group, and who will possess a passionate commitment, and deep respect for the organization’s mission, values, and culture."},{"id":"eb03150c26","title":"Product Safety Engineer (IEC 61010)","focus":"Product safety","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Mid-level","industry":"Automotive","industries":["Automotive","Medical","Energy & process"],"segment":"Other","standards":["IEC 61010","IEC 62368","UL 61010"],"standards_meta":[{"code":"IEC 61010","site_code":"IEC 61508","id":"iec61508","name":"Electrical Equipment for Measurement, Control and Laboratory Use","summary":"Safety requirements for measurement, control and laboratory equipment."},{"code":"IEC 62368","site_code":"IEC 61508","id":"iec61508","name":"Audio/Video and ICT Equipment - Safety","summary":"Hazard-based safety engineering for audio, video and ICT equipment."},{"code":"UL 61010","site_code":"IEC 61508","id":"iec61508","name":"Electrical Equipment for Measurement, Control and Laboratory Use (UL edition)","summary":"The UL edition of IEC 61010."}],"stage":"Directory listed","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Onsite","year":"2026","employment":"Full-time","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Safety case & assessment"],"employer":true,"text":"Product Safety Engineer (IEC 61010) Product safety Functional safety engineering Automotive Mid-level IEC 61010 IEC 62368 UL 61010 Your Tasks Bachelor’s degree in Engineering or a related field. Intermediate-level experience in product safety or engineering. Strong analytical skills and ability to interpret complex regulatory requirements. Ability to work independently and manage multiple projects simultaneously. Familiarity with standards such as UL 62368, UL 61010, UL1973, UL2580, UL 9540, UL 9540A, UL 2231-1/2, UL 2594, UL 2202, UL 9741, UL 3030, UL 1740, UL 3100. Experience with industrial electric vehicles and energy storage systems testing. Excellent written and verbal communication skills. A collaborative and innovative work environment with opportunities for professional growth. Access to advanced testing facilities and technologies. Continuous learning through internal training and external seminars. Additional Information This is a full-time on-site position based in Canada. Occasional travel may be required for client meetings and oversight of testing. We welcome applications from people of all backgrounds, experiences, and perspectives. Work Area: Industrial Plants, Energy & Environmental Technology Country/Region: Canada Job Location: Gormley Working Model: Onsite Company: The organization Canada Inc. Org Unit Code: ELS-3"},{"id":"20e8cf2649","title":"Product Safety Engineer (ISO 13849, Functional safety engineering, Semiconductor)","focus":"Product safety","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Mid-level","industry":"Semiconductor","industries":["Semiconductor","Robotics","Industrial machinery","Medical"],"segment":"Machinery OEM","standards":["ISO 13849","ISO 10218","ISO 12100","IEC 60204-1","NFPA 79"],"standards_meta":[{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"IEC 60204-1","site_code":"IEC 60204-1","id":"iec60204","name":"Electrical Equipment of Machines","summary":"Requirements for the electrical equipment of machines, including supply disconnection, emergency stop, and protective bonding."},{"code":"NFPA 79","site_code":"IEC 60204-1","id":"iec60204","name":"Electrical Standard for Industrial Machinery","summary":"US electrical safety requirements for industrial machinery."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Massachusetts, US","work_mode":"Remote","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Cybersecurity","Robotics & automation","Product compliance","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Product Safety Engineer (ISO 13849, Functional safety engineering, Semiconductor) Product safety Functional safety engineering Semiconductor Mid-level ISO 13849 ISO 10218 ISO 12100 IEC 60204-1 NFPA 79 The organization is seeking a Product Safety Engineer to work in our Chelmsford, MA headquarter in Greater Boston, supporting the development of semiconductor manufacturing solutions. The organization provides automation solutions for chip manufacturing globally. Among many technological areas, we design and build precision robots and systems for wafer handling. This role offers excellent opportunities for technical growth and interdisciplinary collaboration. This individual will be responsible for developing, implementing and monitoring product safety programs and policies for the organization semiconductor products (including vacuum and atmospheric robots, vacuum cluster tools, EFEMs, etc.). Ensures compliance with government, customer focused, and industry health and safety laws and guidelines throughout the product lifecycle. Conducts and oversees safety and compliance reviews and evaluations of new and existing products. Creates test plans for new and updated products. Works with cross-functional teams to create and maintain product risk assessments and address hazard mitigations. Provides recommendations to product-related safety escalations, and/or accidents and work with teams to devise plans of action. Conduct training for other groups within the organization to aid in awareness and design for compliance. Evaluate products to relevant functional safety standards (i.e. ISO 13849-1, ISO 10218). 2 to 5 years of experience with machine safety standards and industry guidelines such as EN/IEC 60204-1 and NFPA 79. Semiconductor equipment and SEMI S2 experience is preferred. Experience using risk assessment methodologies outlined in ISO 12100. Experience with SEMI S10 is preferred. EMC testing experience is preferred. Cyber Security experience is preferred. Associate's Degree with equivalent experience. Bachelor’s or Master's Degree in an Engineering related subject area is preferred."},{"id":"15372607af","title":"Functional Safety Lead (IEC 61508, Functional safety engineering)","focus":"Functional safety","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Principal","industry":"Robotics","industries":["Robotics","Industrial machinery","Medical"],"segment":"Humanoid","standards":["IEC 61508","ISO 13849","IEC 62061","ISO 21448","ISO 10218","IEC 60204-1","NFPA 79"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."},{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."},{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."},{"code":"IEC 60204-1","site_code":"IEC 60204-1","id":"iec60204","name":"Electrical Equipment of Machines","summary":"Requirements for the electrical equipment of machines, including supply disconnection, emergency stop, and protective bonding."},{"code":"NFPA 79","site_code":"IEC 60204-1","id":"iec60204","name":"Electrical Standard for Industrial Machinery","summary":"US electrical safety requirements for industrial machinery."}],"stage":"SPAC merger","size":"201-500","country":"Canada","region":"North America","location":"Canada","work_mode":"Hybrid","year":"2026","employment":"Full-time","clearance":"No","languages":[],"certifications":["TUV Functional Safety Engineer"],"tools":[],"domains":["Embedded software","Hardware / electronics","Sensors & perception","Robotics & automation","Product compliance","Reliability","Requirements & traceability"],"employer":true,"text":"Functional Safety Lead (IEC 61508, Functional safety engineering) Functional safety Functional safety engineering Robotics Principal IEC 61508 ISO 13849 IEC 62061 ISO 21448 ISO 10218 IEC 60204-1 NFPA 79 The organization's commercially deployed humanoids operate alongside teams in warehouses, manufacturing facilities, and distribution centers—tackling physically demanding and repetitive tasks while enabling workers to focus on higher-value work. With industry-leading safety standards and years of proven deployment data, we're pioneering a new era of automation that enhances human potential. The organization is seeking a Principal Robotics Functional Safety Engineer to help lead our safety strategy. This is a high-impact role for an engineer who wants to shape the safety of complex robotic systems from architecture through deployment, and to help set functional safety direction across the broader engineering organization, not just a single product line. We don't think of the organization as only a robotics company. We're proving out what it means to be a safety-of-robotics company, a robotics company and a software company in equal measure, and this team sits at the center of that identity. You'll partner with a functional safety team of diverse backgrounds and collaborate closely with hardware, software, controls, perception, and systems engineering to ensure safety is embedded in every phase of development and verified in the field. Depending on team needs and your strengths, this role may involve deep technical ownership of a specific safety domain, direct support for customer deployments, or helping represent the organization's safety approach in external technical settings. Lead functional safety efforts from concept through deployment, including compliance with the machinery directive, ISO 13849, IEC 62061, IEC 61508, and applicable mobile robot standards such as ANSI/RIA R15.08. Drive architecture-level safety decisions across current and next-generation robotic platforms, balancing real-world performance, technical risk, and compliance. Create and maintain core safety deliverables: risk assessments, safety requirement specifications (SRS), FMEDA, SISTEMA analyses, validation plans, and safety cases. Collaborate cross-functionally to define, communicate, and validate safety-critical requirements for hardware, embedded software, and control systems. Support customer deployments through remote collaboration and on-site visits, ensuring safe and compliant integration in dynamic environments. Oversee third-party vendors and labs for verification and validation (V&V) activities, including work supporting CE marking and other regulatory certifications. Coordinate with the compliance team on electrical safety, hazardous materials, and environmental/radio regulations (e.g., NFPA 79, IEC 60204-1, REACH, RoHS, FCC). Help design and validate functional safety architecture for AI and ML enabled features, ensuring their behavior stays within defined safety limits. Communicate safety strategy, risks, and requirements clearly across technical and non-technical audiences, including customers and engineering leadership. Monitor the evolving regulatory and standards landscape relevant to mobile and humanoid robotics, and help evolve internal safety processes accordingly. Partner with engineering and safety leadership to shape functional safety strategy and priorities across the broader product portfolio, taking ownership of safety outcomes that span multiple teams and programs. Mentor engineers across the functional safety team and contribute to growing its technical depth and capacity. Depending on interests and business needs, this role may also include opportunities to represent the organization's safety perspective externally through technical publications, conference participation, or engagement with relevant standards committees. These are opportunities that may be available, not a required or guaranteed part of the role. BS in Robotics, Mechatronics, Electrical Engineering, or a related field (or equivalent experience). 12+ years in robotics or safety-critical engineering, including 7+ years focused on functional safety. Proven expertise in traditional risk reduction methods and application of the hierarchy of controls. Deep familiarity with functional safety lifecycle practices and deliverables aligned with ISO 13849, IEC 61508, or similar frameworks. Familiarity with applicable safety standards for mobile and industrial robots, including ANSI/RIA R15.08 and the ISO 10218 series. Experience managing third-party vendors or labs for V&V activities to ensure compliance, quality, and traceability. Hands-on experience with safety design and implementation for mobile, dynamic, or collaborative robotic systems. Proven ability to coordinate across engineering teams to define, validate and test safety requirements. Experience with safety analysis tools such as SISTEMA. Strong written and verbal communication skills, with the ability to advocate for safety in technical decision-making. TUV Functional Safety Engineer certification or equivalent. Experience with safety firmware implementation (fault handling, safe-state logic). Experience supporting or leading field deployment of robotic systems, including customer interaction, on-site troubleshooting, configuration, or validation. Prior involvement in CE marking and regulatory certifications. Familiarity with SOTIF (safety of the intended functionality, ISO 21448), ISO/IEC TS 22440 (AI functional safety), and ISO/IEC TS 25223 (uncertainty quantification in AI systems), and their application to perception, autonomy, or other AI/ML-enabled systems. Deep experience with industrial mobile robot (IMR) safety, including traditional risk reduction methods and safety-rated devices (e.g., E-stops) aligned with ANSI/RIA R15.08. Curiosity about safety challenges in dynamically stable or legged robotic systems, even without direct prior experience. Advanced degree (MS/PhD) in Robotics, Mechatronics, Electrical Engineering, or a related field. Prior involvement in standards development or industry working groups is a plus, but not required. Experience mentoring and growing senior or staff-level engineering talent. This is a hybrid position based out of our Fremont office. Time Off Work Environment: A culture that supports flexible work arrangements. Annual Discretionary Bonus: Provided for eligible roles. All of our roles are U.S.-based. Applicants must have current authorization to work in the United States."},{"id":"b6c72b1013","title":"Functional Safety Lead (ISO 10218, Functional safety engineering)","focus":"Functional safety","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Principal","industry":"Robotics","industries":["Robotics"],"segment":"Other","standards":["ISO 10218","ISO/TS 15066","ISO 13849"],"standards_meta":[{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."},{"code":"ISO/TS 15066","site_code":"ISO/TS 15066","id":"ts15066","name":"Collaborative Robots","summary":"Guidance for collaborative robot operation, including power and force limiting thresholds."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Robotics & automation"],"employer":true,"text":"Functional Safety Lead (ISO 10218, Functional safety engineering) Functional safety Functional safety engineering Robotics Principal ISO 10218 ISO/TS 15066 ISO 13849"},{"id":"dffff30a44","title":"Lead Safety-critical Architect (ISO 26262, Functional safety engineering)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Principal","industry":"Automotive","industries":["Automotive","Semiconductor","Industrial machinery","Rail"],"segment":"Sensors","standards":["ISO 26262","IEC 61508","AUTOSAR"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"AUTOSAR","site_code":"ISO 26262","id":"iso26262","name":"Automotive Open System Architecture","summary":"Standardised automotive software architecture and methodology."}],"stage":"Directory listed","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":["Codebeamer"],"domains":["ADAS / autonomous driving","Embedded software","Hardware / electronics","Sensors & perception","Product compliance","Rail signalling","Reliability"],"employer":true,"text":"Lead Safety-critical Architect (ISO 26262, Functional safety engineering) Safety-critical Functional safety engineering Automotive Principal ISO 26262 IEC 61508 AUTOSAR Research, innovate and provide SoC architecture platforms and solutions for all SoC’s across QCT. Engage collaboratively across teams and organizational boundaries, including with Hardware design & Verification, Software, Product Management and Product Planning teams to create leading SoC-wide solutions that provide the best-in-class cost, performance, and power. Develop, model and prototype new system solutions and approaches across functional tech IPs that allow our hardware technologies to be used efficiently and allow our customers to make better use of our hardware. Conduct hands-on workload analysis including algorithm optimization and analysis of performance and/or power characterizations to help define our SoC architecture solutions. Deploy simulators, profilers, and hardware solutions to provide quantitative justification for architectural directions. Efficiently communicate experimental results, review with technical leads and peers, and analyze outstanding issues. Innovate and develop new cross-IP SoC-wide solutions that enable existing and emerging market SoCs to meet their separate, unique product requirements for these technology areas: Power System, Shared Resource Management, Limits/Thermal Management, Hardware Islands, Debug, Safety, ARM Compliance, Exclusive Monitors and Far Atomics, Coherency, Memory Ordering, Memory Management, Virtualization, Control Processors, Signaling, Compression, Streaming, Always-On and system level ML. Bachelor's degree in Electrical Engineering, Computer Science, or related field and 6+ years of Systems Engineering or related work experience. Master's degree in Electrical Engineering, Computer Science, or related field and 5+ years of Systems Engineering or related work experience. PhD in Electrical Engineering, Computer Science, or related field and 4+ years of Systems Engineering or related work experience. 2+ years of experience in one or more system architecture technology areas and products (e.g., Power System, Shared Resource Management, Limits/Thermal Management, Hardware Islands). SOC Architecture and Subsystem architecture deep understanding of one or more subsystems including CPU, GPU, AI Accelerators, Display Controllers, Camera Pre-processor, Infrastructure blocks (DDR, NOC, SMMU etc.) and I/O blocks (PCIe, ETH, CAN, Serial I/O) Ability to work with Subsystem Architects and Design leads to analyze failure modes of Subsystems when safety use cases execute and are mapped to these heterogenous compute subsystems Knowledge of SOC Infrastructure IP functionality including DDR controllers, NOC/Internal SOC interfaces, Power Management Control, BIST Control Knowledge of Safety Feature and Safety Mechanism design (requirements to integration/execution) for high performance, low power SOCs used in ADAS, ADS and IVI systems Prior experience with architecture or design or programming of one or more of common Instruction Set Architectures – x86, ARM, RISC V, MIPS etc. Hands-on experience with applying either ISO26262 or IEC61508 safety standards to complex SOCs for Auto or Industrial Safety applications Systems Safety Architecture experience to breakdown complex system safety use cases to requirement decomposition at SOC, AI Accelerators, DRAM, PMIC, MCU, Sensors etc. Ability to understand SOC and Subsystem level design functionality to analyze safety/failure mode implications of new functions, features added in design. Ability to understand and make appropriate safety recommendations to SOC and HW/SW Design teams when HW/SW/System issues or HW bugs are found during project execution. Prior experience developing, innovating, or optimizing (power/performance/safety) safety features, freedom from interference features at SOC or System Experience developing System and SOC level safety concepts and SEooC work products as per ISO 26262 Experience developing formal safety requirements and assumptions of use at different levels of abstraction including System, SOC level, Subsystem level. Prior experience developing or contributing to Safety Manuals at device level SOCs, PMICs, DRAMs, MCUs Prior experience performing architecture level safety analysis using FMEA, FTA, DFA and other common techniques Prior experience developing and understanding of quantitative safety analysis work products specifically FMEDA at device level, subsystem level (CPU, GPU, AI accelerator etc.) Understanding of HW safety development lifecycle and HW safety development processes as per ISO 26262 or IEC 61508 Familiarity with one or more formal requirements development tools – JAMA, Codebeamer, DOORs, etc. Prior experience working with OEMs, Tier1s, other ecosystem partners for explaining System/SOC safety concepts, safety architecture and being able to represent the organization in safety arch meetings with customers. Prior experience in driving and/or support internal safety audits and external safety assessments with 3rd party safety assessors. Ability to work with domain experts and various stakeholders for SOC projects (SW, Power, Thermal, Security etc.) Prior experience in SOC RTL design, verification or post-si validation. Prior experience with Safety OS (e.g. QNX RTOS, Safe RTOS), AUTOSAR or Safety SW development for safety critical applications (Auto, Industrial, etc.) Please do not forward resumes to our jobs alias, the organization employees or any other company location. The organization expects its employees to abide by all applicable policies and procedures, including but not limited to security and other requirements regarding protection of Company confidential information and other confidential and/or proprietary information, to the extent those requirements are permissible under applicable law."},{"id":"a8cd107f9c","title":"Safety-critical Lead (EN 50126, Functional safety engineering)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Principal","industry":"Rail","industries":["Rail","Aerospace & defense","Energy & process"],"segment":"Other","standards":["EN 50126","EN 50128","EN 50129"],"standards_meta":[{"code":"EN 50126","site_code":"EN 50126","id":"en50126","name":"Railway RAMS","summary":"Specification and demonstration of Reliability, Availability, Maintainability and Safety for railway applications."},{"code":"EN 50128","site_code":"EN 50128","id":"en50128","name":"Railway Software","summary":"Software for railway control and protection systems, defining software SIL requirements and lifecycle."},{"code":"EN 50129","site_code":"EN 50129","id":"en50129","name":"Railway Signaling Safety Cases","summary":"Safety-related electronic systems for railway signaling, including the structure of the safety case."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Hybrid","year":"2026","employment":"Full-time","clearance":"Yes","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Safety case & assessment"],"employer":true,"text":"Safety-critical Lead (EN 50126, Functional safety engineering) Safety-critical Functional safety engineering Rail Principal EN 50126 EN 50128 EN 50129 As a Principal Safety Engineer, you’ll play a vital role in the safe delivery of major infrastructure projects that support the Royal Navy’s ship and submarine sustainment programmes. Working within the Major Infrastructure Projects (MIP) directorate, you’ll support the design and upgrade of complex dock, berth and building facilities, ensuring these critical systems can be accepted into service and meet all regulatory and operational requirements. Day-to-day, your expertise in safety engineering will influence design intent, validate safety claims and ensure that engineered solutions meet stringent technical and functional safety requirements. Review safety engineering designs to assess compliance against relevant engineering and HSE standards. Provide subject matter expertise to support technical problem‑solving across design and construction teams. Guide and review safety design packages, ensuring integration with other engineering disciplines. Ensure safety case claims can be substantiated through compliant, complete and accurate design documentation. Provide onsite advice for design changes or defect rectification, ensuring quality assurance and adherence to engineering. This role is full time, 35 hours per week and provides hybrid working arrangements with a minimum of 2 days in the office/onsite. Strong background in safety engineering within complex projects and high‑hazard industries (minimum Senior Safety Engineer level). Experience reviewing or managing safety cases and assessing design intent. Dockyard, defence, or nuclear industry experience (oil and gas, rail, aerospace also considered). Experience as a Design Authority or supporting DA processes - Desirable Ability to evaluate technical issues and guide engineering teams toward compliant solutions. Degree in an Engineering or STEM discipline. Additional qualifications or experience in nuclear or safety‑critical systems - Desirable The successful candidate must be a sole UK National who is able to achieve and maintain Security Check (SC) security clearance for this role. Many of the positions within our company are subject to national security clearance and Trade Control restrictions. This means that your eligibility for certain roles may be affected by your place of birth, nationality, current or former citizenship, and any residency you hold or have held. Further details are available at United Kingdom Security Vetting: clearance levels - GOV.UK (."},{"id":"6366861cb7","title":"Functional Safety Engineer (ARP4754, Functional safety engineering, Aerospace & defense)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Senior","industry":"Aerospace & defense","industries":["Aerospace & defense"],"segment":"Rail supplier","standards":["ARP4754"],"standards_meta":[{"code":"ARP4754","site_code":"IEC 61508","id":"iec61508","name":"Development of Civil Aircraft and Systems","summary":"Aircraft and systems development process guidance (SAE ARP4754A)."}],"stage":"Directory listed","size":"5,001-10,000","country":"Canada","region":"North America","location":"Canada","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"Yes","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Aerospace","Reliability"],"employer":true,"text":"Functional Safety Engineer (ARP4754, Functional safety engineering, Aerospace & defense) Safety-critical Functional safety engineering Aerospace & defense Senior ARP4754 Chez the organization, nos collaborateurs créent des solutions qui permettent aux deux tiers des avions de décoller et d’atterrir en toute sécurité. Nous concevons des systèmes de divertissement en vol qui captivent 50 millions de voyageurs chaque année. Nous mettons aussi au point l’avionique dont sont dotés les plus grands avions commerciaux au monde. De plus, nos simulateurs permettent de former la prochaine génération des pilotes d’avions de chasse et de transport ainsi que des pilotes d’hélicoptères de recherche et de sauvetage. Enfin, grâce à leur étroite collaboration, les membres de notre équipe aérospatiale font toute la différence. Évaluation de la sécurité et de la fiabilité (PSSA / SSA, FMEA, FTA et CMA) des systèmes et contrôleurs (logiciel et matériel) de commande de vol conformément aux pratiques ARP4754 / 61 Définit, négocie et partage les objectifs et méthodes de sécurité et fiabilité avec le reste de l’équipe, les clients et partenaires. Prépare, présente et défend le plan de sécurité et fiabilité à nos clients. Définition de l’architecture En début de projet, participe à des workshops sur les choix d’architecture Identifie et Formalise les requis de sécurité et fiabilité aux travers des documents de spécification Participe à la validation des requis et supporte le processus de vérification Fournit son expertise aux autres entités the organization ainsi qu’à ses partenaires Représente the organization dans les différents comités internationaux de standardisation tels que (ASTM & EUROCAE) Effectue l’évaluation de la sécurité et fiabilité des concepts définis pendant la phase de recherche Évalue les activités de sécurité et fiabilité pendant la phase d’appel d’offre Présente et explique l’aspect fiabilité et sécurité pour une audience non initiée aux aspects de sécurité et fiabilité. Agit à titre d’expert pour les aspects de sécurité et fiabilité lors des revues par le comité d’incident de the organization Baccalauréat en génie aérospatiale ou équivalent avec au minimum 1 année d’expérience professionnelle. Connaissance des normes aérospatiales Expérience dans le domaine de la conception et certification d’équipements et systèmes embarqués. Expérience dans le domaine de la sécurité et de la fiabilité des équipements et systèmes embarqués. Anglais parlé et écrit (capable de rédiger des rapports et communiquer efficacement) Capable d’interagir efficacement avec clients et fournisseurs. Capable d’exprimer des idées et vulgariser de l’information, de façon orale et écrite. Bon esprit d’équipe. Organiser efficacement son travail de façon autonome Des soins de santé complémentaires payés par l’entreprise, des soins dentaires, un compte de dépenses de santé, un programme d’assurance-vie, de Décès et mutilation accidentels, une assurance invalidité de courte durée, une assurance voyage, un régime d'aide aux employés et un programme de bien-être. Des régimes d'épargne-retraite (REER, RRCD, CELI) avec contribution de l'entreprise et abondement à un RRCD, sans période d'acquisition. Des congés payés par l'entreprise, des jours de vacances et congés de maladie payés. Des rabais sur les assurances habitation et automobile."},{"id":"15a2971221","title":"Product Safety Engineer (ISO 12100, Functional safety engineering)","focus":"Product safety","open":false,"status":"Archived","role_family":"Functional safety engineering","seniority":"Senior","industry":"Industrial machinery","industries":["Industrial machinery","Aerospace & defense","Off-highway & mining"],"segment":"Off highway","standards":["ISO 12100"],"standards_meta":[{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."}],"stage":"Directory listed","size":"10,000+","country":"Switzerland","region":"Europe","location":"Switzerland","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Safety case & assessment","Hazard analysis"],"employer":true,"text":"Product Safety Engineer (ISO 12100, Functional safety engineering) Product safety Functional safety engineering Industrial machinery Senior ISO 12100 You apply and promote risk assessment processes in accordance with EN ISO 12100 and ensure their consistent application You coordinate the implementation of product risk assessments in collaboration with engineering and other relevant departments You ensure the implementation of applicable product safety requirements, guidelines and standards You support communication with customers and external stakeholders on product safety and risk assessment topics for specific projects You use your broad technical understanding to identify potential risks across mechanical, electrical, software and other technical aspects of our products You contribute to technical discussions and challenge existing solutions constructively from a product safety perspective You have completed technical education or vocational training in a relevant field You have several years of professional experience in an industrial environment, ideally in machinery or heavy-duty equipment, basic knowledge in combustion engine technologies is an advantage You have a broad technical understanding covering areas such as technical drawings, mechanical design, hardware/software development and other relevant technologies You have practical knowledge of product safety and risk assessment, including experience with EN ISO 12100 You have a good understanding of international product safety requirements and can translate them into practical solutions You are curious, eager to learn and comfortable working beyond your initial area of expertise You are confident and assertive in discussions, while remaining constructive and solution-oriented You are used to work autonomously, focused on clear targets You are team player with focus, finding together the best solution while maintaining the safety goals as defined in the Risk Assessment Can we inspire you to take on a responsible position in a dynamic and independent family business? The workplace is located in Bulle, surrounded by the wonderful nature of the Gruyère region. Start planning your personal and professional development with us. Have we awoken your interest? If you have any questions, please contact Sylvain STUDER. The organization Machines Bulle SA is the centre of excellence for combustion engines (diesel and gas engines) and hydraulic components (axial piston pumps and motors). The company develops and produces various products, which find their use in building construction and civil engineering, mining, agriculture, decentralised energy, machine and plant engineering, as well as aerospace. The organization Machines Bulle SA 7, Rue Hans-the organization 1630 Bulle Switzerland (CH) Sylvain STUDER +41 26 913 34 00"},{"id":"4cb2c63f0a","title":"Product Safety Engineer (ISO 13849, Functional safety engineering, Industrial machinery)","focus":"Product safety","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Senior","industry":"Industrial machinery","industries":["Industrial machinery"],"segment":"Other","standards":["ISO 13849","ISO 12100","ATEX"],"standards_meta":[{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ATEX","site_code":"IEC 61508","id":"iec61508","name":"Equipment for Explosive Atmospheres (EU Directive 2014/34/EU)","summary":"Requirements for equipment and protective systems used in potentially explosive atmospheres."}],"stage":"Directory listed","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":["English","German"],"certifications":[],"tools":[],"domains":["Explosive atmospheres"],"employer":true,"text":"Product Safety Engineer (ISO 13849, Functional safety engineering, Industrial machinery) Product safety Functional safety engineering Industrial machinery Senior ISO 13849 ISO 12100 ATEX Wir, the organization – Weltmarktführer für industriellen 3D-Druck, suchen dich als Unterstützung für unser Quality, Health, Safety & Environment Team in Krailling. TECHNOLOGIE ist, was uns verbindet. SINNHAFT ist unser tägliches Handeln. UNABHÄNGIG ist, was wir bleiben. Wir glauben, dass wir dazu beitragen können, eine bessere Welt für alle zu schaffen - dafür steht the organization. Du bewertest und stellst die Produktsicherheit über den gesamten Produktlebenszyklus sicher – von der Entwicklung über die Serienphase bis hin zu Produktänderungen. Du stellst die Einhaltung internationaler regulatorischer Anforderungen sicher, z. B. CE, UL, ATEX und EMV. Du unterstützt Stage-Gate-Prozesse mit fundierten sicherheitstechnischen Bewertungen, Risikobeurteilungen nach EN ISO 12100 und Freigabeempfehlungen. Du steuerst in Abstimmung mit anderen Fachbereichen das Testmanagement in Entwicklungs- und Produktpflegeprojekten mit Fokus auf Produktsicherheit sowie Validierung und Verifizierung nach EN ISO 13849-1/-2. Du arbeitest eng mit Einkauf, Qualität, Fachbereichen, Lieferanten und externen Partnern zusammen – unter anderem bei Qualitätssicherungsvereinbarungen, 3rd-Party-Produkten sowie Prüf- und Messtechnik. Du analysierst interne und externe Sicherheitsvorfälle, leitest Verbesserungen in CAPA-Projekten ab und bereitest relevante Fachnormen für die Organisation auf und berätst interne Fachbereiche und Kunden zu produktsicherheitsrelevanten Fragestellungen. Du hast ein abgeschlossenes technisches oder naturwissenschaftliches Studium, z. B. in Maschinenbau, Mechatronik oder Elektrotechnik, idealerweise ergänzt durch eine Qualifikation im Bereich Produktsicherheit. Alternativ bringst du eine vergleichbare technische Ausbildung mit mehrjähriger einschlägiger Berufserfahrung mit. Du verfügst über Erfahrung im Safety Management eines international agierenden Industrieunternehmens, idealerweise im Maschinen- oder Anlagenbau, in der additiven Fertigung oder Lasertechnik. Du kennst dich sehr gut mit relevanten Anforderungen und Standards aus, z. B. Maschinenrichtlinie, CE-Konformität, ATEX, funktionale Sicherheit und Risikobeurteilungen. Du arbeitest analytisch und konzeptionell, moderierst sicher in interdisziplinären Gruppen und bringst idealerweise Erfahrung mit CAPA-Projekten sowie der 8D-Report-Systematik mit. Du kommunizierst sehr sicher auf Deutsch und Englisch."},{"id":"f33ca93220","title":"Senior Functional Safety Engineer (DO-178C, Functional safety engineering)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Senior","industry":"Medical","industries":["Medical","Aerospace & defense"],"segment":"Defense space","standards":["DO-178C","DO-254","ARP4754","ARP4761"],"standards_meta":[{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."},{"code":"DO-254","site_code":"IEC 61508","id":"iec61508","name":"Design Assurance for Airborne Electronic Hardware","summary":"Design assurance for complex airborne electronic hardware."},{"code":"ARP4754","site_code":"IEC 61508","id":"iec61508","name":"Development of Civil Aircraft and Systems","summary":"Aircraft and systems development process guidance (SAE ARP4754A)."},{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Hybrid","year":"2026","employment":"Contract","clearance":"Yes","languages":[],"certifications":[],"tools":[],"domains":["Product compliance"],"employer":true,"text":"Senior Functional Safety Engineer (DO-178C, Functional safety engineering) Safety-critical Functional safety engineering Medical Senior DO-178C DO-254 ARP4754 ARP4761 As a Senior Safety Engineer at the organization, you'll be at the forefront of developing the next generation of Electronic Warfare capabilities that help military personnel operate safely and effectively in some of the world's most challenging environments. This isn't just another safety role. You'll work on highly complex, mission-critical systems where your expertise will directly influence system design, operational effectiveness, and ultimately the safety of those relying on our technology. Working within our growing Electronic Warfare project team you'll play a key role in embedding safety throughout the engineering lifecycle, from early concept and design through to deployment and in-service support. You'll collaborate with multidisciplinary engineering teams, military users, and Ministry of Defence stakeholders to ensure our solutions meet the highest standards of safety, compliance, and performance. Enjoy understanding how complex systems interact and can quickly identify critical dependencies and risks Have experience applying safety engineering principles within aerospace, defence, military aviation, or other safety-critical industries Thrive when working alongside multidisciplinary teams to solve challenging technical problems Want to influence system design from the outset rather than assessing safety retrospectively Are confident leading safety programmes, driving best practice, and championing a strong safety culture As a Senior System Safety Engineer, you'll take ownership of safety activities across complex Electronic Warfare programmes, including Leading the delivery of safety assessments and ensuring activities are conducted in line with Safety Management Plans Identifying, analysing, and assessing system hazards, developing effective mitigation strategies to reduce risks to ALARP levels Performing intrinsic and functional hazard analyses across complex integrated systems Defining and managing safety requirements throughout the engineering lifecycle Reviewing subsystem safety evidence and integrating findings into system-level assessments Producing and maintaining key safety artefacts and certification evidence Influencing engineering decisions and collaborating with stakeholders to ensure safety is considered from concept through to capability delivery Proven experience conducting system safety analysis within a safety-critical industry Experience working across multiple stages of the engineering lifecycle Ability to lead safety work packages and coordinate activities across diverse engineering teams Strong stakeholder management and communication skills, with the ability to influence at all levels Experience engaging with customers, suppliers, and regulatory authorities A genuine passion for promoting a positive safety culture and driving continuous improvement Experience with one or more of the following standards or frameworks would be advantageous Def Stan 00-056 Def Stan 00-055 ARP4754B ARP4761A RTCA DO-254 RTCA DO-178C This is not an exhaustive list, and we are keen to hear from you even if you might not have experience in all the above. The most important skill is a good attitude and willingness to learn. An additional range of Personnel Security Controls referred to as National Security Vetting (NSV) may apply, this could include meeting the eligibility requirements for The Security Check (SC) or Developed Vetting (DV). For more information and guidance please visit"},{"id":"962db454a4","title":"Senior Functional Safety Engineer (EN 50126, Functional safety engineering)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Senior","industry":"Rail","industries":["Rail"],"segment":"Other","standards":["EN 50126","EN 50128","EN 50129"],"standards_meta":[{"code":"EN 50126","site_code":"EN 50126","id":"en50126","name":"Railway RAMS","summary":"Specification and demonstration of Reliability, Availability, Maintainability and Safety for railway applications."},{"code":"EN 50128","site_code":"EN 50128","id":"en50128","name":"Railway Software","summary":"Software for railway control and protection systems, defining software SIL requirements and lifecycle."},{"code":"EN 50129","site_code":"EN 50129","id":"en50129","name":"Railway Signaling Safety Cases","summary":"Safety-related electronic systems for railway signaling, including the structure of the safety case."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Senior Functional Safety Engineer (EN 50126, Functional safety engineering) Safety-critical Functional safety engineering Rail Senior EN 50126 EN 50128 EN 50129"},{"id":"ce6fa18a59","title":"Senior Functional Safety Engineer (IEC 60335)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Functional safety engineering","seniority":"Senior","industry":"Consumer & power tools","industries":["Consumer & power tools"],"segment":"Unknown","standards":["IEC 60335","UL 508A","IEC 61010"],"standards_meta":[{"code":"IEC 60335","site_code":"IEC 60335","id":null,"name":"Household and Similar Electrical Appliances - Safety","summary":"Safety requirements for household appliances and similar equipment."},{"code":"UL 508A","site_code":"IEC 60204-1","id":"iec60204","name":"Industrial Control Panels","summary":"Safety requirements for industrial control panels (North America)."},{"code":"IEC 61010","site_code":"IEC 61508","id":"iec61508","name":"Electrical Equipment for Measurement, Control and Laboratory Use","summary":"Safety requirements for measurement, control and laboratory equipment."}],"stage":"Not listed in company directory","size":"Unknown","country":"Unknown","region":"Unknown","location":"Battersea Power Station","work_mode":"Hybrid","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Process safety","Reliability","Safety case & assessment","Hazard analysis"],"employer":false,"text":"Senior Functional Safety Engineer (IEC 60335) Safety-critical Functional safety engineering Consumer & power tools Senior IEC 60335 UL 508A IEC 61010 Find Jobs in United Kingdom on Arbeitnow"},{"id":"bc5eeab348","title":"Senior Functional Safety Engineer (IEC 61508, Functional safety engineering)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Senior","industry":"Aerospace & defense","industries":["Aerospace & defense"],"segment":"Other","standards":["IEC 61508","MIL-STD-882"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"MIL-STD-882","site_code":"IEC 61508","id":"iec61508","name":"System Safety (US Department of Defense)","summary":"The DoD standard practice for system safety programmes and hazard tracking."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"Yes","languages":[],"certifications":[],"tools":[],"domains":["Embedded software","Product compliance","Process safety","Reliability","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Senior Functional Safety Engineer (IEC 61508, Functional safety engineering) Safety-critical Functional safety engineering Aerospace & defense Senior IEC 61508 MIL-STD-882 As part of our ongoing expansion of our Systems, Software and Safety (S3) capability, we are seeking an experienced safety engineer to contribute to our clients development of robust safety arguments and supporting evidence for complex systems operating within highly regulated and secure environments. The role will involve close collaboration with Systems, Software, Hardware and Cyber/Security teams to ensure safety considerations are embedded throughout programme delivery. The Safety Engineer will support and lead safety engineering activities across one or more programmes, ensuring compliance with applicable customer, regulatory and company safety requirements. Responsibilities will include the development and maintenance of Safety Cases, Hazard Logs, Safety Management Plans and supporting safety artefacts, together with the execution of hazard identification, risk assessment and safety assurance activities throughout the engineering lifecycle. The role requires strong stakeholder engagement skills, with the ability to influence design decisions, support design reviews and collaborate effectively with internal and external stakeholders, including customers, independent assessors and project delivery teams. The successful candidate should be capable of operating independently within a senior engineering environment and providing technical leadership where required. Degree or HNC/HND or equivalent in Electrical or Electronic Engineering. Strong Systems Safety and/or Functional Safety engineering background. Knowledge of Safety Management Systems and safety case development. Good understanding of Defence safety standards and regulatory frameworks, including Def Stan 00-056. Ability to work effectively across Systems, Software, Hardware and Cyber/Security disciplines. Strong stakeholder engagement, communication and influencing skills. Ability to assess risk, support design decisions and solve complex engineering challenges. Able to work independently with minimal supervision within a senior engineering environment. Knowledge and application of:Def Stan 00-055 IEC 61508 MIL-STD-882E ASEMS / POSMS Knowledge of UK MoD, Defence Maritime Regulations or other relevant regulatory environments. Experience within Secure Communications, C4ISR, Command & Control or Information Systems programmes. Experience within Naval, Maritime, Aerospace, Land or wider Defence environments. Experience conducting additional safety studies including:HAZOP ETA STPA Bow-Tie Analysis Experience supporting safety certification, regulatory approval or independent safety assurance activities. Experience in related disciplines such as Reliability, Availability and Maintainability (RAM), Human Factors or System Assurance. Previous experience working with Thales, DE&S, MOD or equivalent Defence organisations. Experience within Defence is strongly preferred, particularly in secure communications, C4ISR, command and control, information systems, maritime, aerospace or other safety-critical domains. Experience delivering safety engineering activities across the full system lifecycle. Experience working within Defence or other complex safety-critical industries. Experience producing and maintaining:Safety Cases Hazard Logs Safety Management Plans Safety Assessments Safety Evidence and Assurance Artefacts Practical experience applying safety engineering techniques including:Hazard Identification (HAZID) FMEA/FMECA Fault Tree Analysis (FTA) Risk Assessment Functional Hazard Analysis (FHA) Applications are also welcomed from individuals with significant demonstrable experience who don’t hold formal qualifications. Experience identifying, managing and mitigating hazards throughout programme delivery. This role supports UK Defence and safety-critical programmes. Candidates must be eligible to obtain and maintain the required level of UK Security Clearance. Existing SC clearance would be advantageous. Some assignments may require attendance at customer, secure or classified sites. Certain programmes may be subject to nationality, export control or security restrictions. Applicants should be comfortable working within highly regulated engineering and assurance environments."},{"id":"5a6da87ef3","title":"Senior Functional Safety Engineer (IEC 61511)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Senior","industry":"Energy & process","industries":["Energy & process"],"segment":"Other","standards":["IEC 61511","IEC 61508","IEC 62443"],"standards_meta":[{"code":"IEC 61511","site_code":"IEC 61511","id":"iec61511","name":"Process Industry Safety Instrumented Systems","summary":"Application of IEC 61508 to safety instrumented systems in the process industries."},{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"IEC 62443","site_code":"IEC 62443","id":"iec62443","name":"Industrial Automation and Control Systems Security","summary":"The industrial cybersecurity standard family: security levels, zones and conduits, and secure development for control systems. Security and safety programs increasingly certify together."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":["English"],"certifications":[],"tools":[],"domains":["Product compliance","Process safety","Safety case & assessment"],"employer":true,"text":"Senior Functional Safety Engineer (IEC 61511) Safety-critical Functional safety engineering Energy & process Senior IEC 61511 IEC 61508 IEC 62443 As the organization, we’re tackling the greatest challenge of our time - to bring our world the energy it needs in the most responsible way ever imagined. It’s the energy of every member of our team driven by our beliefs that is making this happen. Whatever our skill, our language, or our culture. These beliefs define and direct us every day to be the very best - for ourselves, our clients, our key stakeholders, the communities we operate in and the planet We PLAY BIG We thrive on EMOTIONAL AGILITY We are FANATICAL ABOUT PERFORMANCE We are built on INFINITE THINKING Read more about the Purpose, Beliefs and Guiding Principles that drive us As part of a leading consultancy, you will successfully support and lead delivery of Safety commissions as well as develop our capability. You will be helping support our clients and their ongoing operations, within high hazard industries such as Oil & Gas, Low Carbon and Renewables industries and through the energy transition. If you have world-class ambitions to reach the stars while keeping your feet on the ground, we’re the team for you. We've created a new breed of company – future-focused with reimagined ambition across all disciplines within the energy sector. We love people who know their own potential and are not afraid to use it. We know that together, we’re far more than the sum of our parts. So, we celebrate people who want to grow and develop as we work together on some of the largest projects on the energy world stage. We are committed to our diverse and inclusive community – a place where we can all be ourselves, thrive and develop. We’re a disability-friendly employer and can make adjustments to support you to perform at your best during the recruitment process. Support the delivery of projects with a focus on technical excellence, which is key to our success. Conducting safety scopes (experience in consequence analysis, QRA, Formal Safety Assessments, Safety Case/COMAH Regulations etc is preferred) for major hazard industries. Technical report authorship. Leading junior engineers on projects and providing technical guidance and mentoring support. Preparation of proposals (including cost estimations) for new work scopes. Project engineering to ensure studies and projects are delivered in compliance with agreed scope, budgets and schedules. Direct engagement with clients and developing strong relationships with existing and future clients. In addition to the responsibilities listed herein, the employee may be required to perform other ad-hoc tasks as needed or directed by the supervisor or management. These tasks will be within the reasonable scope of the employee's skills, capabilities, and role within the organization. The intent of this provision is to allow for flexibility and adaptability in meeting the dynamic needs of the organization, ensuring that operational requirements can be met efficiently. All such tasks will be assigned considering the employee's current workload and with respect to their professional development. ​​​Degree qualified in a relevant engineering (or related) subject. ​Chartered with a relevant institution. ​Experience working in Process/Technical Safety, preferably in the Energy industry. ​Experience in risk and safety management. ​Experience leading work scopes to meet delivery/cost targets without compromising quality. ​Strong understanding of the fundamentals of QRA and other safety techniques, including consequence analysis (preferably PHAST software), with proven experience in conducting such studies. ​Ability to prepare technical reports to a high standard and to check the work of others. ​Experience of contributing to successful bids and proposals. ​Be responsive and proactive to opportunities to growth business.​​ ​​​Excellent command of the English language in both oral and written communication and skills. ​​We are looking for people who relish technically challenging engineering projects. You will be passionate and driven to improve the way we do things and deliver above and beyond to clients. You will be a proactive team player with excellent problem-solving, communication and presentation skills. ​Ability to demonstrate excellent time-management skills with proven ability to work to deadlines. ​Experience in a client-facing role, showing an understanding of commercial challenges relevant to a consultancy business, confident in selling our services and winning work. ​You will be highly organised and enjoy a fast-paced working environment.​ The Employee shall observe the Health, Safety, Sustainability, Environment and Quality rules of the Company; it’s clients and the governing authorities of the host country. We are committed to our diverse and inclusive community - a place where we can all be ourselves, thrive and develop. We’re a disability-friendly employer and can make adjustments to support you to perform at your best during the recruitment process. Please contact us confidentially at to find out how we can support you."},{"id":"a546d43424","title":"Senior Functional Safety Engineer (ISO 10218, Functional safety engineering)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Senior","industry":"Robotics","industries":["Robotics","Medical","Consumer & power tools"],"segment":"AV trucking","standards":["ISO 10218","ISO/TS 15066","ISO 13849"],"standards_meta":[{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."},{"code":"ISO/TS 15066","site_code":"ISO/TS 15066","id":"ts15066","name":"Collaborative Robots","summary":"Guidance for collaborative robot operation, including power and force limiting thresholds."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Illinois, US","work_mode":"Hybrid","year":"2026","employment":"Full-time","clearance":"No","languages":["English"],"certifications":[],"tools":[],"domains":["Robotics & automation","Product compliance","Medical devices"],"employer":true,"text":"Senior Functional Safety Engineer (ISO 10218, Functional safety engineering) Safety-critical Functional safety engineering Robotics Senior ISO 10218 ISO/TS 15066 ISO 13849 This role is hybrid remote with 60% monthly in-office presence in Mount Prospect, Illinois. (3 days in office per week). The Senior Product Safety Engineer plays a critical role to ensure the safety of new power tools and safeguard end-users This involves analyzing new product designs for power tools to identify hazards and risks in order to devise hazard-mitigation measures. The Senior Product Safety Engineer creates and maintains Product Safety Review for products, communicates product safety requirements to product development teams, and provides safety input to user instruction manuals and product warning labels. The Senior Product Safety Engineer also mentor and train other safety engineers and project teams, create safety design guidelines and procedures and support investigations of field returns. Analyze new product designs and prototypes for user hazards, assess the risk, and develop the hazard mitigation requirements for innovative power tools. Document safety requirements in Product Safety Review and maintain throughout the development phase of the product. Communicate Product Safety requirements to project teams through meetings, calls, and emails. Read and critically review test reports to confirm product safety qualification requirements are met. Provide safety input, warnings, and instructions for user instruction manual, and review content provided by others for safety concerns. Create and mentor others for on-product warning label content per ANSI Z535 Review product photography, videography, and marketing artwork for accurate representation of reasonably safe use and compliance with operating instructions and warnings. Mentor and train other Product Safety Engineers. Train product development teams on Product Safety requirements and workflow. Create and update Product Safety procedures and design guidelines. Support product investigations for testing and field returns. Challenge product development team on appropriate hazard mitigation methods. Bachelor of Science in Mechanical Engineering, Electrical Engineering or equivalent experience in technical-related discipline. Minimum 6-8 years of experience working in North American agency approvals (UL, CSA), regulatory compliance (CFR, OSHA), new product development for consumer products, or quality engineering for new product development. Experience analyzing and using power tools is required. Excellent written and oral communication skills in English, with ability to describe technical information to project teams. Strong understanding of North American product safety requirements for product design to ensure correct analysis for safety and compliance requirements. Culturally sophisticated awareness of how North Americans will use power tools on job sites, homes, and yards. Patient, and detail oriented with ability to proofread written instructions for logical errors, contradictions, or safety hazards. Familiarity with hazard identification and methods to document countermeasures."},{"id":"66aa78347d","title":"Senior Functional Safety Engineer (ISO 21448, Functional safety engineering)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Senior","industry":"AI & software platforms","industries":["AI & software platforms"],"segment":"Energy storage","standards":["ISO 21448","UL 4600","ISO 8800"],"standards_meta":[{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."},{"code":"UL 4600","site_code":"UL 4600","id":"ul4600","name":"Evaluation of Autonomous Products","summary":"Safety case framework for fully autonomous products operating without human supervision."},{"code":"ISO 8800","site_code":"ISO 8800","id":"iso8800","name":"Road Vehicles - Safety and Artificial Intelligence","summary":"Guidance for assuring AI-based functions in road vehicles: data quality, model behavior bounds, and AI-specific verification evidence, extending ISO 26262 and ISO 21448."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Texas, US","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Senior Functional Safety Engineer (ISO 21448, Functional safety engineering) Safety-critical Functional safety engineering AI & software platforms Senior ISO 21448 UL 4600 ISO 8800"},{"id":"6929dead7c","title":"Senior Functional Safety Engineer (ISO 26262, Functional safety engineering)","focus":"Functional safety","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Senior","industry":"Automotive","industries":["Automotive","Robotics","Aerospace & defense"],"segment":"AV trucking","standards":["ISO 26262","IEC 61508","ISO 21448","UL 4600","ISO/SAE 21434","MIL-STD-882"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."},{"code":"UL 4600","site_code":"UL 4600","id":"ul4600","name":"Evaluation of Autonomous Products","summary":"Safety case framework for fully autonomous products operating without human supervision."},{"code":"ISO/SAE 21434","site_code":"ISO 21434","id":"iso21434","name":"Road Vehicles - Cybersecurity Engineering","summary":"Automotive cybersecurity lifecycle: threat analysis and risk assessment (TARA), security requirements, and post-production monitoring. The security companion to ISO 26262."},{"code":"MIL-STD-882","site_code":"IEC 61508","id":"iec61508","name":"System Safety (US Department of Defense)","summary":"The DoD standard practice for system safety programmes and hazard tracking."}],"stage":"Pre-A","size":"51-200","country":"Unknown","region":"Unknown","location":"Greater Houston","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":["IBM DOORS","Polarion","Jira","Confluence","Python"],"domains":["ADAS / autonomous driving","Cybersecurity","Sensors & perception","Robotics & automation","Product compliance","Reliability","Safety case & assessment","Hazard analysis","Requirements & traceability"],"employer":true,"text":"Senior Functional Safety Engineer (ISO 26262, Functional safety engineering) Functional safety Functional safety engineering Automotive Senior ISO 26262 IEC 61508 ISO 21448 UL 4600 ISO/SAE 21434 MIL-STD-882 The organization is seeking a Senior Functional Safety Engineer to help define, analyze, validate, and continuously improve the safety of our autonomous trucking platform. In this role, you will work across autonomy, vehicle platform, hardware, software, operations, validation, and fleet teams to ensure our autonomous driving system is designed, tested, and operated with rigorous safety principles. This role will focus heavily on the functional safety and redundancy designs of our next generation platform working with our hardware and infrastructure software systems team. You will own and contribute to hazard analysis, safety requirements, safety case development, operational risk assessments, verification and validation evidence, and launch readiness reviews for Level 4 autonomous trucking operations. This is a high-impact role for an engineer who can bridge deep technical analysis with practical deployment needs in real-world freight operations. Lead system safety analysis for the organization's autonomous trucking platform, including autonomy software, vehicle controls, perception, planning, prediction, localization, compute, sensors, communications, fallback behavior, and operational processes Develop and maintain safety artifacts such as hazard analyses, functional safety concepts, technical safety requirements, safety cases, risk assessments, fault trees, FMEAs, STPA analyses, ODD assessments, and validation evidence Translate hazards and operational risks into clear, testable safety requirements for engineering, validation, operations, and fleet teams Partner internally with autonomy, software, hardware, vehicle integration, infrastructure, security, operations, and test teams to ensure safety requirements are implemented and verified Implement the Functional Safety Manager type of role for our autonomous vehicle platform working externally with suppliers, the distributed safety development/DIA, and tracking of functional safety case work products across tiered suppliers and integrators Support definition and refinement of the Operational Design Domain, including operating routes, environmental constraints, traffic conditions, vehicle behavior boundaries, fallback strategies, and minimum-risk maneuvers Evaluate safety impacts of new autonomy features, software releases, hardware changes, sensor configurations, operational procedures, and route expansions Drive safety reviews for on-road testing, driverless readiness, commercial operations, incident response, and post-event analysis Analyze logs, simulations, test results, disengagements, safety-driver interventions, fleet events, and edge cases to identify safety trends and improvement opportunities Define verification and validation strategies for safety-critical requirements across simulation, closed-course testing, structured road testing, shadow mode, and operational deployment Work with cross-functional teams to ensure traceability from hazards to requirements, implementation, test coverage, and safety-case evidence Contribute to safety governance, launch readiness criteria, change management, release approval processes, and operational safety metrics Support regulatory, customer, partner, insurer, and internal safety reviews as needed Promote a strong safety culture while enabling fast, disciplined engineering execution Bachelor’s degree in Systems Engineering, Electrical Engineering, Mechanical Engineering, Robotics, Computer Science, Aerospace Engineering, Automotive Engineering, or a related technical field 7+ years of experience in systems safety, functional safety, autonomous vehicles, robotics, aerospace, automotive, heavy vehicles, safety-critical software, or complex cyber-physical systems Strong experience performing safety analyses such as HARA, FMEA, FTA, STPA, failure mode analysis, requirements decomposition, and risk assessment Experience developing or contributing to safety cases for safety-critical systems Strong understanding of autonomous vehicle system architecture, including perception, prediction, planning, control, localization, mapping, vehicle actuation, compute, sensing, and fleet operations Understanding of highly redundant, fault tolerant architectures and fail operational ADS and vehicle health management Familiarity with safety standards and frameworks such as ISO 26262, ISO 21448/SOTIF, UL 4600 Safety Case, SAE J3016/J3018, MIL-STD-882, IEC 61508, or similar safety-critical system standards Demonstrated experience with distributed development of safety systems and coordination of safety work products and safety case at automotive OEM and Tier 1 or similar OEM/integration level across system of systems and key elements Familiarity with emerging standards and best practices for road vehicles using physical AI and driven by ADS, such as AVSC Best Practices, SAE standards, and ISO PAS 8800 Ability to convert ambiguous technical and operational risks into structured engineering requirements and actionable mitigations, arrive as a leader in your field ready to drive our AV safety readiness Experience working with verification and validation teams to define evidence needed to support safety claims Strong technical communication skills, including the ability to present risk decisions, tradeoffs, and safety arguments to engineering leaders and cross-functional stakeholders Comfort working in a fast-moving startup environment where safety rigor, execution speed, and practical deployment constraints must be balanced You are a systems thinker who can understand the full autonomous trucking stack—from sensors and autonomy software to vehicle actuation, operations, and real-world deployment. You are rigorous but pragmatic, comfortable challenging assumptions, and able to partner with fast-moving engineering teams without becoming a bottleneck. You care deeply about safety, but you also understand that safety engineering must produce actionable decisions, not just documentation. You can explain–even teach–complex topics in autonomy safety with clarity and to build support across multiple stakeholders and partners. Experience with autonomous trucks, commercial vehicles, robotics, AV operations, fleet operations, or on-road testing Experience with ISO26262 or similar safety audit and assessment process Experience supporting driverless launch readiness, route readiness, ODD expansion, or commercial autonomous vehicle deployment Experience analyzing vehicle logs, simulation results, scenario databases, disengagements, incidents, or safety-driver interventions Familiarity with trucking operations, FMCSA/DOT regulations, commercial vehicle safety, or heavy-duty vehicle systems Experience with requirements management and traceability tools such as JAMA, Polarion, DOORS, Confluence/JIRA, or similar Experience with Python, SQL, data analysis, log analysis, or scripting for safety metrics and validation evidence Experience with cybersecurity risk assessment, operational safety, incident response, or emergency response planning and automotive standard ISO21434 and UN ECE R155 Advanced degree in engineering, robotics, safety engineering, or a related discipline Safety requirements are clear, testable, traceable, and aligned with system hazards Safety analyses are current, technically rigorous, and integrated into engineering and release decisions Safety-case evidence supports operational readiness decisions for new features, routes, and deployment milestones Cross-functional teams understand key hazards, mitigations, fallback expectations, and validation requirements Safety risks are identified early, communicated clearly, and resolved through practical engineering and operational controls AV vehicle architectures and risk assessment organized per ISO26262 and relevant safety standards with strong leadership across safety critical suppliers and delivered components and safety analyses"},{"id":"a78e810940","title":"Functional Safety Engineer (ARP4761, Hardware safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Hardware safety","seniority":"Mid-level","industry":"Medical","industries":["Medical","Aerospace & defense"],"segment":"Other","standards":["ARP4761"],"standards_meta":[{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Hybrid","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Aerospace","Reliability","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Functional Safety Engineer (ARP4761, Hardware safety) Safety-critical Hardware safety Medical Mid-level ARP4761 I'm supporting a leading aerospace and defence engineering organisation with the growth of a specialist safety and reliability team developing next-generation electrical power systems for future airborne platforms. This is a highly technical role focused on ensuring complex electrical power generation and distribution systems meet demanding safety and reliability requirements throughout the product lifecycle. Performing system safety assessments on complex electrical power systems Fault Tree Analysis and FMEA/FMECA Identifying hazards and failure conditions and driving mitigations into the design Carrying out common cause and reliability assessments Defining and flowing down functional safety requirements Using deterministic and probabilistic techniques to assess system risk Working closely with electrical, systems and design engineering teams Supporting compliance against aerospace and defence safety standards Hybrid working, around 2–3 days onsite Flexible working arrangements depending on the team and individual Private healthcare options and healthcare cash plans Life assurance, critical illness and personal accident cover options Travel insurance options Employee car leasing scheme Cycle-to-work scheme Gym and fitness membership options Ability for eligible employees to buy up to 5 additional days of holiday Employee share purchase scheme Employee discounts and cashback across retail, travel, fitness, groceries and leisure Access to a flexible platform allowing employees to tailor benefits around their own priorities Long-term development opportunities within one of the UK’s leading aerospace and defence engineering organisations Opportunity to contribute to next-generation aerospace power and safety technology"},{"id":"d41f416057","title":"Functional Safety Engineer (IEC 60204-1)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Hardware safety","seniority":"Mid-level","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Other","standards":["IEC 60204-1"],"standards_meta":[{"code":"IEC 60204-1","site_code":"IEC 60204-1","id":"iec60204","name":"Electrical Equipment of Machines","summary":"Requirements for the electrical equipment of machines, including supply disconnection, emergency stop, and protective bonding."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Functional Safety Engineer (IEC 60204-1) Safety-critical Hardware safety Cross-industry safety Mid-level IEC 60204-1"},{"id":"51833f7232","title":"Functional Safety Engineer (IEC 61508, Hardware safety)","focus":"Functional safety","open":true,"status":"Open","role_family":"Hardware safety","seniority":"Mid-level","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Other","standards":["IEC 61508","ISO 26262","ISO 13849"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."}],"stage":"Directory listed","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Functional Safety Engineer (IEC 61508, Hardware safety) Functional safety Hardware safety Cross-industry safety Mid-level IEC 61508 ISO 26262 ISO 13849"},{"id":"8386d51771","title":"Functional Safety Engineer (ISO 13849, Hardware safety)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Hardware safety","seniority":"Mid-level","industry":"Industrial machinery","industries":["Industrial machinery"],"segment":"Warehouse automation","standards":["ISO 13849","IEC 60204-1"],"standards_meta":[{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 60204-1","site_code":"IEC 60204-1","id":"iec60204","name":"Electrical Equipment of Machines","summary":"Requirements for the electrical equipment of machines, including supply disconnection, emergency stop, and protective bonding."}],"stage":"Directory listed","size":"Unknown","country":"Switzerland","region":"Europe","location":"Switzerland","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":["English"],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Functional Safety Engineer (ISO 13849, Hardware safety) Safety-critical Hardware safety Industrial machinery Mid-level ISO 13849 IEC 60204-1 Am Standort Schweiz entwickelt the organization innovative Umreifungsmaschinen und Verpackungslösungen für globale industrielle Anwendungen. Dabei werden Mechanik, Elektrotechnik, Softwareentwicklung und Systemtechnik miteinander verbunden. Der Zweck dieser Position besteht in der Entwicklung moderner Systemkomponenten (Hard- und Software) innerhalb der Entwicklungsabteilung sowie deren Integration in bestehende Maschinen, Systemstrukturen und Steuerungssysteme. Die Rolle erfordert ein ganzheitliches Systemverständnis und eine enge Zusammenarbeit mit den Bereichen Konstruktion, Softwareentwicklung, Systems Engineering, Einkauf, Montage und Kundendienst. Eine angenehme 40-Stunden-Woche Flexibles Arbeitszeitmodell Ein kostenloser Parkplatz direkt vor der Tür 100%-ige Übernahme der Unfall- und Krankentaggeldversicherungsprämien für Ihre Sicherheit Für den perfekten Energiekick: kostenloses Kaffeeangebot Subventionierte Kantinenverpflegung: täglich frisch vor Ort zubereitetes Znüni- und Mittagessenangebot Subventioniertes Massageangebot Regelmässige Firmenanlässe Entwicklung innovativer Systemkomponenten unter Berücksichtigung bestehender Automatisierungs-, Steuerungs- und Sicherheitskonzepte Sicherstellung einer automatisierungsgerechten Systemarchitektur unter Berücksichtigung von Industrie-4.0- und vernetzten Maschinenkonzepten Koordination elektrotechnischer Projekte hinsichtlich Termine, Kosten und Serienoptimierung Analyse, Bewertung und Dokumentation von Automatisierungsprozessen sowie Erstellung von Pflichtenheften Technische Führung und Koordination interner und externer Automatisierungs- und Engineering-Ressourcen Entwicklung von SPS-Steuerungs- und Softwarearchitekturen (z. B. Siemens, Allen Bradley) Projektleitung von elektrischen Entwicklungsprojekten in Hard- und Software (PCBAs, Antriebe, Benutzeroberflächen etc.) Erstellung und Pflege normgerechter Schaltpläne und Stücklisten mit EPLAN Ausarbeitung von Sicherheitskonzepten inklusive PL-Berechnungen nach EN ISO 13849 Integration von Komponenten in übergeordnete Automatisierungsumgebungen (Profinet, Ethernet/IP, Industrial Ethernet) Durchführung von Funktions-, Software-, Sicherheits- und Kommunikationstests an Prototypen Unterstützung der Serienproduktion bei Optimierung, Parametrierung und Fehlerbehebung Inbetriebnahme, Parametrierung, Optimierung und Abnahme von Systemkomponenten einschliesslich Fehleranalyse, Upgrades und technischem Kundensupport Mitwirkung bei globalen Rollout- und Integrationsprojekten (EPLAN, Siemens S7 / TIA Portal, Allen Bradley) Abgeschlossene technische Ausbildung mit Weiterbildung auf FH- oder HF-Niveau in Automatisierungs- oder Systemtechnik mit entsprechender Berufserfahrung Fundierte Kenntnisse in der industriellen Automatisierungs- und Steuerungstechnik Branchenkenntnisse in der industriellen Elektrotechnik, zu gängigen Herstellern sowie relevanten IEC-, ISO- und EN-Normen Kenntnisse in der Antriebstechnik Gute SPS-Programmierkenntnisse (Siemens S7 / TIA Portal, Allen Bradley) Sicherer Umgang mit EPLAN (EN 60204-1) Vertiefte Normenkenntnisse (Maschinenrichtlinie 2006/42/EG, EN ISO 13849, EN 60204-1 resp. Maschinenverordnung 2023/1230) Erfahrung mit PL-Berechnungen und Risikobeurteilungen Kenntnisse industrieller Kommunikationssysteme (Profinet, Ethernet/IP) Erfahrung in Inbetriebnahme und technischem Kundensupport Kenntnisse in Elektronik und Mikroprozessorprogrammierung (μP)"},{"id":"3e88e2306f","title":"System Safety Engineer (ISO 26262, Hardware safety)","focus":"System safety","open":true,"status":"Open","role_family":"Hardware safety","seniority":"Mid-level","industry":"Aerospace & defense","industries":["Aerospace & defense"],"segment":"Energy storage","standards":["ISO 26262","ARP4761"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."}],"stage":"Directory listed","size":"10,000+","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Hybrid","year":"2026","employment":"Full-time","clearance":"No","languages":[],"certifications":[],"tools":["Isograph / FaultTree+"],"domains":["Product compliance","Reliability","Safety case & assessment","Requirements & traceability"],"employer":true,"text":"System Safety Engineer (ISO 26262, Hardware safety) System safety Hardware safety Aerospace & defense Mid-level ISO 26262 ARP4761 An exciting opportunity for an Electrical Power System Safety Engineer to join a specialist engineering team developing next-generation electrical power and control systems for future aerospace defence programmes. Our Electrical & Electronics teams are responsible for the design, integration and development of advanced electrical systems that support the operation, control and performance of aerospace products. These teams play a critical role in enabling future technologies and next-generation power systems. Working within a team of system safety and reliability experts, the Electrical Power System Safety Engineer will ensure that safety and reliability attributes of electrical power generation and distribution systems are understood and that risks are managed to an acceptable level throughout the product life cycle. This is a highly innovative R&D environment where you will directly influence the safety architecture of future airborne platforms. Performing system safety assessments on complex electrical power generation and distribution systems to aerospace standards. Identifying hazards and failure conditions, maintaining hazard logs, and driving mitigations through to design implementation. Defining functional safety requirements and flowing them down to designers, customers, and suppliers — then verifying compliance throughout development. Supporting parts classification and working with design/system teams to ensure reliability targets are met. Modelling product degradation and failure mechanisms using deterministic and probabilistic techniques to characterise risk. Degree in electrical engineering, mechatronics, aerospace, or equivalent discipline. Experience conducting fault tree analysis, FMECAs, common cause assessments, and hazard/failure-condition identification on complex systems Working knowledge of ARP4761 (or comparable standards such as ISO 26262) and ideally compliance demonstration to CS25-1309, Def-Stan-970, or equivalent regulations. Proficiency with safety/reliability tools (e.g. Reliability Workbench, Block Sim, Lambda Predict) and requirement management tooling. Strong foundation in statistics, probability, and reliability prediction — with aerospace or defence domain experience a distinct advantage."},{"id":"547c1d71cb","title":"Functional Safety Lead (IEC 61508, Hardware safety)","focus":"Functional safety","open":true,"status":"Open","role_family":"Hardware safety","seniority":"Principal","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Other","standards":["IEC 61508","ISO 26262","ISO 13849"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Functional Safety Lead (IEC 61508, Hardware safety) Functional safety Hardware safety Cross-industry safety Principal IEC 61508 ISO 26262 ISO 13849"},{"id":"81678da7e3","title":"Safety-critical Architect (ISO 26262, Hardware safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Hardware safety","seniority":"Principal","industry":"Automotive","industries":["Automotive","Semiconductor","Robotics","AI & software platforms"],"segment":"Other","standards":["ISO 26262"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."}],"stage":"Directory listed","size":"10,000+","country":"United States","region":"North America","location":"California, US","work_mode":"Remote","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":["CUDA","Python","C / C++"],"domains":["ADAS / autonomous driving","Machine learning / AI","Embedded software","Robotics & automation","Product compliance"],"employer":true,"text":"Safety-critical Architect (ISO 26262, Hardware safety) Safety-critical Hardware safety Automotive Principal ISO 26262 We are now seeking a Resiliency and Safety Architect to support the development of GPU (graphical processing unit) diagnostics for Resiliency in the Datacenter and Functional Safety in Autonomous Vehicles and Robots. In this role, you will be a key member of a team of innovators, challenging the status quo and pushing beyond boundaries. You will have the opportunity to impact the industry's leading GPUs and SoCs powering product lines ranging from the rapidly growing field of artificial intelligence to self-driving cars and robots. Design, develop, and maintain diagnostics software suite to efficiently stress test the organization GPUs and SOCs to identify hardware defects, including defects that cause silent data corruption. These tests will run in large-scale deployments of Datacenter GPUs and Safety SOCs in package/board/rack configurations spanning GPUs, CPUs, and Networking SOCs. Address coverage gaps in the organization diagnostic suite flagged by silicon failures on customer workloads or test suites. Enhance diagnostics to improve repeatability of failures detected and optimize test time. Tests for GPUs in automotive functional safety contexts should include low-level routines to exercise instruction sets, memory subsystems and interrupt mechanisms, in compliance with ISO 26262 and related safety standards. Collaborate with architecture, RTL, and verification teams to ensure safety coverage, correctness, and robustness across GPU generations. Study silent data corruption, intermittent faults, and hard-to-reproduce failures in the field, including customer returns (RMAs), to establish root causes, and improve detection by diagnostics Support deployment of diagnostics in pre-production qualification environments as well as large-scale production usages. Master’s or PhD degree in Computer Science, Computer Engineering, Electrical Engineering or closely related degree or equivalent experience. At least 15+ years of relevant experience. Ability to reason across hardware/software boundaries to debug complex system-level issues In-depth understanding of the architecture and micro-architecture of high-performance computing systems. Strong knowledge of hardware failure mechanisms that can result in incorrect computation. Proficiency in C/C++, CUDA programming. Scripting and automation with Python or similar. Understanding of the software development life cycle, from requirements to testing closure and maintenance, including creating customer releases and documentation. Excellent interpersonal skills and ability to collaborate with on-site and remote teams. Strong debugging and analytical skills. Be self-driven and results oriented. Familiarity with GPU and SOC Architectures, Machine Learning/Deep Learning concepts Understanding factors causing silent data corruption in hardware Ability to use high performance libraries and write hand-crafted kernels where necessary to create stress conditions to induce hardware failures. Experience in embedded software development. The organization's invention of the GPU 1999 sparked the growth of the PC gaming market, redefined modern computer graphics, and revolutionized parallel computing. More recently, GPU deep learning ignited modern AI - the next era of computing - with the GPU acting as the brain of computers, robots, and self-driving cars that can perceive and understand the world. Today, we are increasingly known as “the AI computing company”."},{"id":"d7e0be6054","title":"Senior Functional Safety Engineer (ISO 14971, Hardware safety)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Hardware safety","seniority":"Senior","industry":"Medical","industries":["Medical"],"segment":"Unknown","standards":["ISO 14971","IEC 60601"],"standards_meta":[{"code":"ISO 14971","site_code":"ISO 14971","id":null,"name":"Medical Devices - Application of Risk Management","summary":"Risk management process for medical devices across the product lifecycle."},{"code":"IEC 60601","site_code":"IEC 60601","id":null,"name":"Medical Electrical Equipment - Basic Safety and Essential Performance","summary":"Safety and performance requirements for medical electrical equipment."}],"stage":"Not listed in company directory","size":"Unknown","country":"Unknown","region":"Unknown","location":"DMT-Germany - Wessling","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":["IBM DOORS","Polarion","MATLAB","Codebeamer"],"domains":["Electrification / battery","Hardware / electronics","Product compliance","Requirements & traceability"],"employer":false,"text":"Senior Functional Safety Engineer (ISO 14971, Hardware safety) Safety-critical Hardware safety Medical Senior ISO 14971 IEC 60601 Development, implementation, construction and testing of electrical components and for medical products, which represent state-of-the-art technology. The job holder closely collaborates with stakeholders across department and operational structures, particularly with engineers from other groups such as systems engineering, quality engineering, software development but also regulatory affairs and quality management. Focus is on delivering innovative solutions that meet customer requirements as well as regulatory requirements, particularly those related to safety and effectiveness. The deliverables contribute to increasing the competitiveness and commercial success of the organization and its subsidiaries. Solutions are provided in a cost- and time-efficient manner and by strong collaboration with stakeholders across department and operational structures. Specific Responsibilities Development and implementation of power and control electronic boards for complex medical devices. Creation of electrical circuit and wiring diagrams for complex medical devices. Development and implementation of electrical safety concepts to assure product functional safety. Implementation and execution of concepts for product cost reduction. Collection and determination of technical requirements and specifications. Create component and system specifications and other quality related documents such as risk analysis, DFMEA, test and verification reports, etc. in compliance with international requirements (CE, FDA, MHLW). Perform verification tests to verify electrical components and product requirements. Maintain products and systems to ensure stable and reliable operations as part of the product lifecycle management process. Support of troubleshooting electrical-related issues in production Performing of engineering tasks during setup and start-up of prototypes As needed, coordinate, organize, and track engineering tasks on a task- or project-specific basis Assisting the project management with the planning of engineering-related tasks Representation of the Engineering department in project team meetings Coordinate and work with third-party suppliers and contractors Monitoring of technological trends in electronics, including reviews of competitors' technology. Masters’s degree in science and engineering with experience in R&D Specialization in electrical engineering At least 7 years of experience in the development of electrical devices, preferably medical systems. Advanced knowledge of electronics (power-, digital-, analog- and microprocessor technology). Experienced in design and development of power and digital electronic boards. In-depth knowledge of EMI/EMC design principles and electrical safety requirements Experience in creating electrical schematics and circuit diagrams Experience working with PC-controlled systems Experienced in creating technical reference documentation Knowledge in requirements and systems engineering Experienced in performing Design Transfer to production Creativity and Analytical Skills Assertiveness Demonstrated ability to work and contribute in a team environment Strong work ethic with pride in individual accomplishments Interested in personal and professional growth for her-/himself and team Entrepreneurial spirit very helpful in a small but global organization Motivated and creative, ability to “think outside the box” Be able to function independently of direct supervision Standards knowledge: ISO 13485, FDA 21 CFR 820.30, IEC 14971, IEC 62366, IEC 60601-1, IEC 60601-1-2 and collateral standards Ms Office; Outlook, Word, Excel, PowerPoint Knowledge in ERP system; Preferably Infor SyteLine Knowledge in Altium, Eagle, OrCAD PSpice, Multiphysics simulation, MATLAB Knowledge in requirement management tool such as DOORS, Polarion or CodeBeamer Knowledge in building PCB prototypes and system cabling Personal induction plan and comprehensive onboarding Flexible working hours 30 days of holiday interesting tasks in a dynamic, international environment Continuous training and development Flat hierarchies Attractive canteen Free coffee, tea and water Employee events Charging stations for electric cars Accident insurance Employer contribution to VWL Employee fund with various allowances and subsidies Free language courses Find Jobs in Germany on Arbeitnow"},{"id":"fb39ebaff8","title":"Senior Functional Safety Engineer (ISO 26262, Hardware safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Hardware safety","seniority":"Senior","industry":"Automotive","industries":["Automotive","Semiconductor","Aerospace & defense","AI & software platforms"],"segment":"Other","standards":["ISO 26262","IEC 61508","ISO 21448","UL 4600","DO-178C","IEC 62304"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."},{"code":"UL 4600","site_code":"UL 4600","id":"ul4600","name":"Evaluation of Autonomous Products","summary":"Safety case framework for fully autonomous products operating without human supervision."},{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."},{"code":"IEC 62304","site_code":"IEC 62304","id":null,"name":"Medical Device Software - Software Life Cycle Processes","summary":"Software safety classes and lifecycle requirements for medical device software."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Michigan, US","work_mode":"Hybrid","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":["Certified Safety Professional (CSP)"],"tools":["Medini Analyze","Isograph / FaultTree+"],"domains":["Machine learning / AI","Embedded software","Hardware / electronics","Reliability","Safety case & assessment","Requirements & traceability"],"employer":true,"text":"Senior Functional Safety Engineer (ISO 26262, Hardware safety) Safety-critical Hardware safety Automotive Senior ISO 26262 IEC 61508 ISO 21448 UL 4600 DO-178C IEC 62304 Electronic Control Units (ECUs) supporting high Automotive Safety Integrity Level (ASIL) applications represent a rapidly expanding segment of the global automotive industry. We are seeking a creative, driven, and highly energetic ECU Hardware Safety Analysis Engineer to lead circuit-level safety analysis activities and help establish and mature internal methodologies and procedures for in-house designed ECUs. In this role, you will conduct detailed circuit-level electronics safety analyses to support the development of the overall System Safety Case for ECUs within a Software Defined Vehicle (SDV) electrical architecture. Your work will directly contribute to the advancement of technologies critical to achieving the organization’ Vision of Zero Crashes, Zero Emissions, and Zero Congestion. The ideal candidate brings demonstrated experience performing DFMEA at both the ECU and circuit levels, along with a strong foundation in hardware safety analysis. You are an innovative problem solver who drives technical excellence, fosters effective cross-functional collaboration, and energizes teams around a shared safety vision. This role requires strong leadership capability, business acumen, and the ability to navigate ambiguity while strategically addressing complex, system-level challenges. A high degree of learning agility, comfort with evolving technologies, and a passion for challenging the status quo are essential to success. Safety is truly in your hands, as your passion for safe mobility will be key in ensuring the functional safety of our inhouse developed ECUs for our latest vehicle architecture. In this role you are expected to have a high level of technical proficiency to perform various ECU, sub-component and circuit level safety analysis tasks that supports various SDV ECUs, and provide mentoring to more junior engineers. This team will function in the capacity of performing the required safety analysis within an ECU design responsible organization where work products will be delivered to the System Functional Safety organization to meet the overall system safety case and safety goals of the ECU. This team will interface across various GM engineering disciplines as well as external engineering entities to obtain needed information for the required safety analysis work. Perform ECU circuit level safety analysis, hazard identification and risk mitigations using qualitative and quantitative methods on a multitude of ECUs. Support ECU Safety strategy development and deploy safety strategies that balance overall System Safety with feature availability & performance. Perform detailed ECU circuit level safety analysis using various software analysis & documentation tools in the following areas DFMEA (Design Failure Mode Effects Analysis) FIT (Failures In Time) FMEDA (Failure Modes, Effects and Diagnostic Analysis) FTA (Fault Tree Analysis) Drive ECU, sub-component and/or circuit level design modifications determined necessary from the safety analysis work performed. Support development of new and/or revise existing technical safety related requirements for ECU CTRS (Component Technical Requirements Specification). Actively lead, participate and contribute in System Safety GSSLT (Global Subsystem Leadership Team), ECU HW Change Control Board and ECU safety analysis Peer Review forums. Stay abreast of new technologies and safety analysis techniques. Domestic and/or international travel as required (minimal, 10% max). 5+ years engineering experience in product development with safety critical systems, ECUs or electronic circuit safety analysis. Bachelor of Science degree in Mechanical Engineering, Electrical Engineering, Aerospace Engineering, Physics, Computer Science, or another related Engineering degree. Electronic Circuit and/or Software design, analysis, development, validation experience. Deep knowledge of safety critical embedded controls with at least one automotive subsystem or experience with a complex safety system in other industries. Good knowledge of Semiconductor physics, structures, fundamentals, models and failure mechanisms. Demonstrated leadership and project management of complex technical projects. Ability to provide technical leadership and mentorship to diverse global teams. ISO 26262 Certified Safety Professional 8+ years engineering experience in product development with safety critical systems, ECUs or electronic circuit safety analysis. In-depth familiarity with other functional safety standards such as IEC 61508, IEC 62304, or DO-178C. Master of Science in Engineering or related field Familiarity with safety analysis tools, techniques and standards Mentor or Cadence tool suite used in electronics design Medini or Plato-e1ns or other analysis/documentation tool for DFMEA Medini, Isograph, Fault Tree + or other analysis tool for FMEDA / FTA Siemens SN29500, IEC 62380 or other reliability standards for FIT rate analysis Emerging safety standards such as ISO 21448 and UL 4600 Knowledge of electronics sub-component mechanical design integration within ECUs as it relates to circuit implementation reliability and failure mechanisms. Familiarity with common safety mechanisms implemented in Automotive ECU's Machine learning, simulation methods and data acquisition. Our vision is a world with Zero Crashes, Zero Emissions and Zero Congestion and we embrace the responsibility to lead the change that will make our world better, safer and more equitable for all."},{"id":"170d59c6c9","title":"Senior Product Safety Engineer (IEC 61508, Hardware safety)","focus":"Product safety","open":true,"status":"Open","role_family":"Hardware safety","seniority":"Senior","industry":"Semiconductor","industries":["Semiconductor","Robotics"],"segment":"Other","standards":["IEC 61508","ISO 13849","ISO 10218","IEC 60204-1","IEC 61010","UL 61010","NFPA 79"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."},{"code":"IEC 60204-1","site_code":"IEC 60204-1","id":"iec60204","name":"Electrical Equipment of Machines","summary":"Requirements for the electrical equipment of machines, including supply disconnection, emergency stop, and protective bonding."},{"code":"IEC 61010","site_code":"IEC 61508","id":"iec61508","name":"Electrical Equipment for Measurement, Control and Laboratory Use","summary":"Safety requirements for measurement, control and laboratory equipment."},{"code":"UL 61010","site_code":"IEC 61508","id":"iec61508","name":"Electrical Equipment for Measurement, Control and Laboratory Use (UL edition)","summary":"The UL edition of IEC 61010."},{"code":"NFPA 79","site_code":"IEC 60204-1","id":"iec60204","name":"Electrical Standard for Industrial Machinery","summary":"US electrical safety requirements for industrial machinery."}],"stage":"Directory listed","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"No","languages":["English","German"],"certifications":["TUV Functional Safety Engineer"],"tools":[],"domains":["Robotics & automation","Product compliance","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Senior Product Safety Engineer (IEC 61508, Hardware safety) Product safety Hardware safety Semiconductor Senior IEC 61508 ISO 13849 ISO 10218 IEC 60204-1 IEC 61010 UL 61010 NFPA 79 At the organization, a leading supplier of deposition systems to the semiconductor industry, it’s not just about creating technology – it's about shaping the future. Ever since the company was established in 1983, we have been driven and defined by our spirit of discovery and our passion for excellence. Our state-of-the-art systems are at the heart of many high-tech applications, from LED and display technology to energy management, communication, and much more besides. All of this is made possible by a team brimming with talent – our greatest asset. Drawing on your skills and your enthusiasm for technology, you too could soon be contributing to our efforts, as we endeavor to push the boundaries of what is possible. At the organization, you can look forward to exciting projects, interdisciplinary teams, and the opportunity to be at the forefront of technological advancement. Education background: Bachelor’s or master’s degree in Automation, Electrical Engineering, Mechatronic or comparable qualifications. Experience: More than 10 years’ work experience in functional and robot safe-ty is a plus. Extensive experience with international safety standards. Experience in safety requirements and approaches associated with SEMI S2, SEMI S8 and related SEMI standards. Experience in semiconductor equipment and pragmatic approaches to solve safety challenges associated with such equipment Certifications: TÜV certification as a Functional Safety Engineer (ideally) Technical Expertise: Extensive experience with common standards IEC 61508, ISO 13849, ISO 10218, IEC/EN 60204-1, UL 61010-1 and NFPA 79. Basic experience in programming, risk assessment software, Sistema or Pilz Pascal software would be very welcome. Communication: Strong communication skills, confidence in presentations and technical consulting competence Teamwork and Adaptability: Highly motivated and adaptable team player with a strong analytical mindset, structured working style with excellent organizational skills, coupled with a passion for interdisciplinary engineering projects. Collaboration: Proven ability to work effectively in multidisciplinary and cross-project environments while thriving under tight deadlines in dynamic and fast-paced settings. Team Development: Supporting the development and growth of the team while fostering a collaborative and productive work environment. Languages: Fluency in English and/or German Flexible working hours: At the organization, you can take a flexible approach to organizing your working day (without fixed core hours), work on the move, and switch between company office and mobile office. Profit sharing: As an employee, you have the opportunity to participate in the company’s success and benefit from a profit-sharing scheme. Health: We are committed to providing support for your physical and mental health, e.g., through regular health campaigns. Personal development: It is important to us that you continue to evolve your skills, be it with the help of our own the organization Academy or through personalized development programs. Open corporate culture: We foster an open and respectful culture – first-name terms – that extends across all hierarchical levels."},{"id":"63b6ee4654","title":"Senior Product Safety Engineer (ISO 12100)","focus":"Product safety","open":false,"status":"Archived","role_family":"Hardware safety","seniority":"Senior","industry":"Semiconductor","industries":["Semiconductor","Industrial machinery"],"segment":"Other","standards":["ISO 12100","ISO 13849","IEC 62061"],"standards_meta":[{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Massachusetts, US","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":["Certified Safety Professional (CSP)"],"tools":[],"domains":["Industrial control","Product compliance","Reliability","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Senior Product Safety Engineer (ISO 12100) Product safety Hardware safety Semiconductor Senior ISO 12100 ISO 13849 IEC 62061 Documentation & Training Product Safety Engineering Regulatory Compliance Risk Assessment Hazard Analysis Functional Safety Product Certification Failure Mode and Effects Analysis (FMEA) IEC / UL / CE Standards Root Cause Analysis Environmental Health & Safety (EHS)"},{"id":"6877966b52","title":"Functional Safety Engineer (ISO 12100, Machine safety)","focus":"Functional safety","open":true,"status":"Open","role_family":"Machine safety","seniority":"Mid-level","industry":"Industrial machinery","industries":["Industrial machinery"],"segment":"Other","standards":["ISO 12100","ISO 13849","IEC 62061"],"standards_meta":[{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Functional Safety Engineer (ISO 12100, Machine safety) Functional safety Machine safety Industrial machinery Mid-level ISO 12100 ISO 13849 IEC 62061"},{"id":"3e6e0a6251","title":"Functional Safety Lead (ISO 13849)","focus":"Functional safety","open":true,"status":"Open","role_family":"Machine safety","seniority":"Mid-level","industry":"Robotics","industries":["Robotics","Industrial machinery"],"segment":"Other","standards":["ISO 13849","IEC 62061","ISO 12100","NFPA 79"],"standards_meta":[{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"NFPA 79","site_code":"IEC 60204-1","id":"iec60204","name":"Electrical Standard for Industrial Machinery","summary":"US electrical safety requirements for industrial machinery."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"New Jersey, US","work_mode":"Onsite","year":"2026","employment":"Full-time","clearance":"No","languages":["Spanish"],"certifications":["TUV Functional Safety Engineer","Certified Machinery Safety Expert (CMSE)"],"tools":[],"domains":["Robotics & automation","Product compliance","Reliability","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Functional Safety Lead (ISO 13849) Functional safety Machine safety Robotics Mid-level ISO 13849 IEC 62061 ISO 12100 NFPA 79 The Machine Safety Program Leader & Functional Safety Engineer serves as the site owner and technical authority for the Machine Safety Program at the Newark, New Jersey the organization facility. This position is responsible for leading machine safety, functional safety, machine risk assessments, and machine lifecycle management activities to ensure compliance with applicable U.S. regulatory requirements, recognized industry standards, and internal corporate standards. The role will spend approximately 80% of time leading machine safety risk assessments, managing risk reduction projects, overseeing the Machine Guarding Program, and supporting machinery throughout its lifecycle. The remaining 20% of time will support broader the organization Engineering initiatives, capital projects, process improvements, and operational excellence efforts. The successful candidate will serve as the primary machine safety subject matter expert, ensuring new and existing equipment achieve required safety performance levels and that machine-related risks are reduced to acceptable, low, or negligible levels through engineered solutions and program governance. This is an exciting role with the opportunity to make an immediate impact and offers future career growth opportunities. Machine Guarding Program Leadership, Functional Safety, & Risk Reduction (80%) Serve as the overall site owner of the Machine Guarding Program and associated machine risk reduction initiatives. Develop, maintain, and continuously improve the site’s written Machine Guarding Program. Maintain ownership of the Site Master Machine List and ensure equipment inventories remain current and accurate. Maintain ownership of the Priority Assessment List and establish prioritization criteria for machine assessments and remediation activities. Develop, approve, and lead machine guarding gap closure plans, including annual and multi-year capital budget proposals. Develop, approve, and oversee corrective action strategies including equipment elimination, machine consolidation, machine upgrades, automation improvements, or new machine procurement. Establish machine safety objectives, KPIs, project plans, and performance metrics. Influence and coordinate all stakeholders necessary to ensure successful execution of the Machine Guarding Program, including Operations, Maintenance, Engineering, EHS, Leadership, and external suppliers. Create and lead site machine safety team Organize, coach, mentor, and provide training to site Machine Guarding team members on machine safety risk assessment methodologies and company requirements. Lead regular meetings to track assessment status, remediation progress, project execution, and compliance metrics. Conduct annual reviews of the Machine Guarding Program effectiveness with required stakeholders and site leadership. Perform annual machine safety program self-assessments. Serve as the site’s primary technical expert on machine guarding and machinery safety principles. Lead and facilitate machine safety risk assessments using recognized industry methodologies and company requirements. Evaluate machinery and the organization processes to identify hazards and determine required risk reduction measures. Develop and manage machine risk reduction projects from concept through implementation, validation, and closure. Specify, review, and validate functional safety systems and safety-related control systems to achieve required Performance Levels (PL) and Safety Integrity Levels (SIL), as applicable. Ensure all newly purchased machinery meets applicable safety requirements, company machine safety specifications, and required safety performance criteria before acceptance and commissioning. Participate in equipment design reviews, factory acceptance testing (FAT), site acceptance testing (SAT), and commissioning activities. Develop machine safety requirements for capital projects and equipment procurement packages. Review and approve machine safety documentation including machine safety risk assessments, hazard analyses, safety requirements specifications, validation plans, functional safety calculations and verification and validation reports Validate engineered safeguarding solutions. Conduct machine safety compliance assessments and gap analyses against applicable standards and regulations. Support investigations of machine-related incidents, near misses, and audit findings, including development of corrective and preventive actions. Provide machine safety and functional safety technical guidance to engineering, maintenance, operations, and plant leadership teams. Provide periodic machine safety support to the organization facilities in Ohio and Puerto Rico. The organization Engineering Support (20%) Support capital project execution and equipment installation activities. Assist with the organization process improvements, productivity enhancements, and equipment reliability initiatives. Collaborate with Operations, Maintenance, and Engineering teams to improve equipment performance and operational efficiency. Participate in facility modernization, automation, and expansion projects. Support Lean the organization, continuous improvement, and operational excellence initiatives. Provide technical engineering support for troubleshooting, equipment modifications, and root cause investigations. Education Bachelor’s degree in Mechanical Engineering, Electrical Engineering, the organization Engineering, Industrial Engineering, Mechatronics Engineering, or related engineering or automation discipline. Certifications TÜV Certified Machinery Safety Expert (CMSE®), TÜV Certified Safety and Machinery Expert (CSME®), or equivalent TÜV-recognized safety certification required. Minimum 5–10 years of proven experience in the organization engineering, machine safety, functional safety, automation engineering, or a related industrial environment. Demonstrated experience leading machine safety risk assessments and machine safeguarding and risk reduction projects and programs within the organization environment. Experience developing and executing capital improvement and remediation projects. Experience working with equipment suppliers, integrators, and cross-functional teams. Strong technical understanding of machine guarding and machinery safety principles. Technical Knowledge OSHA 29 CFR 1910 Machine Guarding Requirements ANSI B11 Series Standards ANSI/RIA Robotics Standards NFPA 79 – Electrical Standard for Industrial Machinery NFPA 70E ISO 12100 – Risk Assessment and Risk Reduction ISO 13849 – Safety-Related Parts of Control Systems IEC 62061 – Functional Safety of Machinery Lockout/Tagout (LOTO) Requirements Industrial Automation and Control Systems Safety PLCs and Functional Safety Architectures Robotics and Automated the organization Systems SISTEMA Bilingual / Spanish a plus. \"*\" indicates required fields LinkedIn This field is for validation purposes and should be left unchanged. Name* First Last Email* Phone* Max. file size: 3 MB."},{"id":"927c8cf21e","title":"Machine Safety Engineer (ISO 10218, Robotics, Mid-level)","focus":"Machine safety","open":false,"status":"Archived","role_family":"Machine safety","seniority":"Mid-level","industry":"Robotics","industries":["Robotics","Industrial machinery"],"segment":"Other","standards":["ISO 10218","ISO/TS 15066","ISO 13849"],"standards_meta":[{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."},{"code":"ISO/TS 15066","site_code":"ISO/TS 15066","id":"ts15066","name":"Collaborative Robots","summary":"Guidance for collaborative robot operation, including power and force limiting thresholds."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."}],"stage":"Directory listed","size":"Unknown","country":"Sweden","region":"Europe","location":"Sweden","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"No","languages":["English","Swedish"],"certifications":[],"tools":[],"domains":["Robotics & automation","Product compliance","Safety case & assessment"],"employer":true,"text":"Machine Safety Engineer (ISO 10218, Robotics, Mid-level) Machine safety Machine safety Robotics Mid-level ISO 10218 ISO/TS 15066 ISO 13849 As Compliance Engineer – Machine Safety, you make sure the production systems that build the organization products are safe, compliant and CE-marked. You will be our regulatory anchor, bridging technical design and legal requirements. This is a permanent, full-time position based at our headquarters in Lund. You will join the QA & Tools team, nine engineers within our Production Engineering and Technology Systems department. We take care of the machines and systems that power the organization production — everything from custom alignment solutions to advanced robotics. Without safe and compliant production equipment, we cannot deliver the quality the organization is known for. Knowledge sharing is part of our everyday, and there is real room to influence how we work. You guide our development projects through the landscape of machine safety and compliance, making sure our production systems are ready to power the manufacturing of tomorrow. Take the operational lead in ensuring that our production systems, machinery and automation lines comply with the Machinery Regulation (EU 2023/1230) and relevant safety standards. Support development projects with guidance on risk assessments and verify that safety functions meet the required performance levels. Guide projects and co-ordinate compliance-related activities regarding related directives and regulations such as LVD, EMC, RoHS and the Cyber Resilience Act (CRA) in relation to industrial automation. Act as a supporting partner to our development teams, securing that our processes stay up to date with relevant standards. Manage the Technical Construction Files, making sure risk assessments, test reports, declarations of conformity (DoC) and safety documentation are complete and audit-ready. We are looking for someone who finds genuine satisfaction in combining regulatory precision with technical understanding to build safe machines. You are analytical and meticulous, and you enjoy digging into the details of safety circuits, standards and risk assessments. You communicate in a structured way and translate complex safety regulations into clear, practical guidance for design and automation engineers. You are collaborative and driven, comfortable supporting several project teams at the same time as a trusted compliance partner. A Master's degree (M.Sc.) in engineering — mechanical, mechatronics, automation, electronics — or equivalent knowledge gained in other ways. Solid experience within compliance, specifically risk assessments, safety functions and CE-marking of complex production machinery. In-depth knowledge of machine safety standards and good working knowledge of the Machinery Regulation. Fluent in English. Experience from product development. Working knowledge of SISTEMA or similar tools. An interest in or understanding of software applications and control systems for production machines. Proficiency in Swedish You'll grow professionally through continuous learning, supported by a collaborative team that values creativity, innovation, and work-life balance. Our Lund HQ Campus, including the impressive Grenden building, offers a dynamic environment with spaces crafted to encourage collaboration, whether through informal “fika” chats, formal meetings, or after-hours activities. Check it out: The organization HQ To learn more about the organization, our innovative products, solutions, and vibrant company culture, explore Life at the organization blog Engineering at the organization blog Innovation at the organization The organization is a company realizing the benefits of a diverse workforce. We know that diversity in groups creates a better working environment and promotes creativity, something that is fundamental for our success. We welcome all applications. In case of questions, please reach out to recruiting manager Gunilla Novak, Manager PET QA & Tools, at Type of Employment Permanent Employment 2026-09-30 We enable a smarter, safer world by creating innovative solutions for improving security and business performance. With around 6000 committed employees in over 50 countries, we collaborate with partners worldwide. Together, we thrive in our friendly, open, and collaborative culture and inspire each other to think beyond the expected. United by our commitment to inclusion, diversity, and sustainability, we consistently seek to develop our skills and way of working. Listen to Get To Know the organization – Podcast"},{"id":"a0f1d6baac","title":"Machine Safety Engineer (NFPA 79)","focus":"Machine safety","open":true,"status":"Open","role_family":"Machine safety","seniority":"Mid-level","industry":"Industrial machinery","industries":["Industrial machinery","Testing & certification services"],"segment":"Other","standards":["NFPA 79"],"standards_meta":[{"code":"NFPA 79","site_code":"IEC 60204-1","id":"iec60204","name":"Electrical Standard for Industrial Machinery","summary":"US electrical safety requirements for industrial machinery."}],"stage":"Directory listed","size":"Unknown","country":"Thailand","region":"Asia-Pacific","location":"Thailand","work_mode":"Hybrid","year":"2026","employment":"Full-time","clearance":"No","languages":["English"],"certifications":[],"tools":[],"domains":["Product compliance","Safety case & assessment"],"employer":true,"text":"Machine Safety Engineer (NFPA 79) Machine safety Machine safety Industrial machinery Mid-level NFPA 79 Established more than 150 years ago in Germany, the organization Group is a leading global provider of technical services with more than 30,000 highly skilled employees across 1,000 offices worldwide. The organization Group offers a wide range of testing & product certification, inspection, auditing & system certification, training and knowledge services. We are a premium quality, safety, and sustainability solutions provider. Perform machinery safety, electrical safety, functional safety and EMC testing according to applicable standards. Conduct onsite machinery inspection for domestic and Southeast Asian regional projects. Prepare technical reports and certification documentation in English. Maintain and monitor calibration status of testing and measuring equipment. Continuously develop knowledge in machinery safety, EMC, and related technical standards. Bachelor's Degree in Mechanical, Electrical, Electronic Engineering, or related fields. At least 1 year of experience in machinery manufacturing, industrial automation, testing, inspection, or related industries. Knowledge of machinery safety standards, EU Machinery Directive/Regulation, NFPA 79, or willingness to learn. Strong technical problem-solving and communication skills. Good command of English, both spoken and written, additional language is a plus. Team-oriented and customer-focused mindset. Capable to travel domestically and internationally without supervision (required driver license) Experience in machinery certification, product testing, inspection, or industrial compliance. Knowledge of Functional Safety, EMC, CE Marking, or Machinery Automation systems. Experience in training both physical and remote and able to perform a public speaking We test, we audit, we inspect, we advise. We never stop challenging ourselves for the safety of society and its people. We breathe technology, we strive for professional excellence, and we leave a mark. We take the future into our hands. We are the organization Group. Work Area: Industrial Plants, Energy & Environmental Technology Country/Region: Thailand Job Location: Chon Buri Working Model: Hybrid Company: TUV SUD (Thailand) Ltd. Org Unit Code: IEP"},{"id":"6feea5e620","title":"Machine Safety Engineer (UL 508A)","focus":"Machine safety","open":true,"status":"Open","role_family":"Machine safety","seniority":"Mid-level","industry":"Industrial machinery","industries":["Industrial machinery"],"segment":"Other","standards":["UL 508A"],"standards_meta":[{"code":"UL 508A","site_code":"IEC 60204-1","id":"iec60204","name":"Industrial Control Panels","summary":"Safety requirements for industrial control panels (North America)."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Wisconsin, US","work_mode":"Onsite","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":["exida CFSE / CFSP","Certified Machinery Safety Expert (CMSE)"],"tools":[],"domains":["Industrial control","Product compliance"],"employer":true,"text":"Machine Safety Engineer (UL 508A) Machine safety Machine safety Industrial machinery Mid-level UL 508A At the organization we believe in the Power to Serve along with the Pursuit of Excellence. As such the following values guide our behaviors: A Servant's Heart -- Focus on the Needs of Others, Wisdom -- Insightful, Integrity -- Honesty and Trustworthy, Courage -- Decisive and Confident in Others, Humility -- Modest and Respectful, Passion -- Unfailing Dedication Perform Validations of SRP/CS Perform OSHA Press Inspections Interacting with CAD, Engineers and Lead Engineers Interacting with the customer Industrial controls and basic ladder logic Maintain files and quality checks Functional Specification Project reviews, construction support and field verification Safety hardware operation of distributed control systems Understand appropriate hardware and instrumentation for application Work with Project Manager to develop project plans consisting of budget, timeline, resource requirements, BOM’s, test forms, and other project documentation Regularly executes projects on time and in budget Demonstrates a pattern of success on projects that leads to “call backs” from customers for future work Aware of opportunities for future work Work with Project Manager to track and manage project cost / performance Book own travel arrangements Schedule calls with customers Willingly takes on tasks to be executed independently. Will self-train on new technologies Work with design team to interpret specification to produce accurate drawings Can train others on tasks Coordinates work with one to two others, such as Applications and Engineers Provide technical support for field installation and after-sale support Assist in the coordination of projects with engineering and production team Phone support after and during normal hours Assist in programming & configuration of computer / software systems Assist in testing and validation of electrical assemblies and equipment Assist in working with customers to solve technical issues with equipment Perform internal projects, focusing on waste elimination and continuous improvement Set standards and processes to streamline the design process Set goals for personal development and meet with supervisor quarterly to review progress Work with Department Supervisors and Project Managers for Resource planning and assigning of resources from design team to projects Coordinate with counterparts in other branches for inter-branch support Perform Development and Performance review with design engineers on an annual basis Pre-plan and identify the methods to eliminate hazards daily by work task Execute skill in observing habits and hazards of others and bringing it to their attention Uphold safety as the most important goal of our company. Support goal of achieving zero accidents Promote and encourage open communication between field and office regarding all safety concerns, suggestions, improvements, and PPE needed Obtain safety training as expected by all company personnel Legal responsibility and obligations held for this position Uses general understanding of automation equipment including PLCs, Operator Interface Systems, or Instrumentation. Applies knowledge of AC/DC fundamentals to produce electrical circuit design in accordance with NEC and UL508A when applicable. Associate's degree or equivalent from two-year college or technical school. Six months to two years of experience in industrial automation and/or training preferred. Safety Certificate is a plus but not required. This position requires a decisive worker that follows direction with a passion for hands-on work and a strong drive for customer satisfaction. Must have a desire to work in a team-based environment and contribute immediately. Two to four years related experience and/or training in industrial safety, or Bachelor's degree from a four year college or university; or equivalent combination of experience and education. Safety Certificate is a plus but not required. This position requires a decisive, independent worker that is occasionally directed, with a passion for hands-on work and a strong drive for owning project responsibilities. Must have a desire to work in a team-based environment and contribute immediately Four to seven years related experience and/or training in industrial safety, or Bachelor's degree from a four year college or university; or equivalent combination of experience and education. TUV (CFSE, CMSE, FSE) certification required. This position requires a decisive leader able to work independently and collaboratively with a passion for hands-on work and a strong drive for project management work. Must have a desire to work in a team-based environment and contribute immediately. Ten or more years related experience and/or training in industrial safety, or Bachelor's degree from a four year college or university; or equivalent combination of experience and education. This position requires a decisive leader able to work independently and collaboratively with a passion for hands-on work and a strong drive for project management work, and mentorship of less experienced design engineers. Must have a desire to work in a team-based environment and contribute immediately. This position requires a passion for hands-on work and a strong drive for machine safety work, and mentorship of less experienced safety team members. Must have a desire to work in a team-based environment and contribute immediately. Communication skills and technical writing skills. Friendly, professional demeanor; ability to follow through on tasks and work independently. Positive safety attitude and personal integrity – both are non-negotiable. Individual must be able to work independently, meet deadlines and budgets, work on multiple jobs simultaneously, and fulfill all job requirements within a timely fashion. Be willing and capable of completing personal development plans for self and subordinates preferred. Desire to learn and grow personally and professionally required. Ability to effectively utilize Microsoft Office products such as Word, Excel, and Outlook. General knowledge of industrial safety standards and governing bodies. General automation product & terminology knowledge. (PLC, HMI, SCADA) Ability to read and understand product manuals and electrical schematics. Ability to write detailed reports of inspections and validations. Ability to program safety hardware. Ability to read and interpret project specification information. Ability to read process & instrument diagrams. Office environment requiring sitting and standing. Travel to various construction sites is essential, exposing employee to outdoor elements, noise and the need to stand and walk. Reliable transportation required."},{"id":"640a8aee2e","title":"Functional Safety Engineer (IEC 61508, Machine safety)","focus":"Functional safety","open":true,"status":"Open","role_family":"Machine safety","seniority":"Senior","industry":"Robotics","industries":["Robotics","Industrial machinery","Testing & certification services"],"segment":"Other","standards":["IEC 61508","ISO 13849","IEC 62061","ISO 12100","IEC 60204-1"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"IEC 60204-1","site_code":"IEC 60204-1","id":"iec60204","name":"Electrical Equipment of Machines","summary":"Requirements for the electrical equipment of machines, including supply disconnection, emergency stop, and protective bonding."}],"stage":"Directory listed","size":"Unknown","country":"Malaysia","region":"Asia-Pacific","location":"Malaysia","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Robotics & automation","Industrial control","Product compliance","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Functional Safety Engineer (IEC 61508, Machine safety) Functional safety Machine safety Robotics Senior IEC 61508 ISO 13849 IEC 62061 ISO 12100 IEC 60204-1 The Machine Functional Safety Specialist will act as a Subject Matter Expert to design and develop the organization Malaysia’s machine functional safety service offerings for the Electrical & Electronic industry and wider manufacturing ecosystem. The role supports customer engagement, solution selling and internal capability building by interpreting machine safety requirements, developing service methodologies, conducting market intelligence and providing technical advisory support on machinery risk assessment, safety-related control systems and functional safety compliance. This role supports the organization Malaysia’s existing market expansion in the E&E industry, where customers require stronger machine safety, functional safety and compliance support for automated equipment, production machinery and manufacturing lines. The position is expected to strengthen the organization Malaysia’s capability to understand market requirements and customer expectations while developing practical machine functional safety services for local customers. ​​​​Design, develop and support machine functional safety service offerings, including machinery risk assessment, functional safety assessment, safety concept development, technical documentation review and safety-related control system verification support. Interpret relevant machine safety and functional safety requirements to shape the organization Malaysia’s service scope, delivery methodology and customer solutions. Support customer engagement and solution selling by providing technical input during customer meetings, proposal development, technical clarification and service positioning. Train internal teams and build capability in machinery risk assessment, functional safety concepts, safety functions, Performance Level / SIL principles, validation and reporting expectations. Conduct market intelligence to understand customer requirements, competitor services, regulatory trends, emerging automation risks and E&E / manufacturing market opportunities. Collaborate with the organization regional / global experts to leverage existing machinery functional safety services, standards knowledge, templates and best practices. Support business growth by preparing technical recommendations, service development plans, competency requirements, customer-facing materials and practical delivery frameworks. Review and interpret machinery safety and functional safety requirements from relevant standards and regulatory references such as ISO 12100, ISO 13849, IEC 62061, IEC 61508, EN 60204 and other applicable machine safety requirements where relevant. Develop service scopes, method statements, technical checklists, risk assessment templates, safety function review formats, validation plans and reporting templates for machine functional safety services. Provide technical guidance on hazard identification, risk estimation, risk reduction, safeguarding, safety-related control systems, Performance Level / SIL concepts, diagnostic coverage, common cause failure and validation expectations. Assess customer requirements and advise on suitable assessment route, evidence requirements, machine documentation, acceptance criteria, applicable standards and reporting needs. Support customer meetings, technical presentations, seminars, proposal preparation and solution-selling activities for machine safety and functional safety services. Support development of internal competencies, including training materials, assessor awareness, document review guidance, safety function examples and service readiness checklists. Coordinate with regional experts, technology partners or subcontractors to align technical capability, quotation input, assessment execution, report review and customer communication. Monitor market developments, regulatory changes, customer expectations, competitor offerings and machinery safety technology trends to recommend improvements to the organization service offerings. Maintain technical documentation, service development records, customer requirement summaries and internal knowledge materials in a controlled and accessible manner. Ensure all technical and customer-facing activities comply with the organization Code of Integrity, confidentiality requirements, quality procedures and professional conduct expectations. Adherence to the organization Health, Safety and Environment (HSE) Policy by upholding good safety behaviour and exercising necessary standards and processes when carrying out responsibilities at all times to ensure compliance with the HSE requirements. Perform any other responsibilities as assigned by your reporting manager and/or Senior Management. Bachelor’s Degree in Electrical / Electronic Engineering, Mechanical Engineering, Mechatronics, Automation Engineering, Control Engineering, Safety Engineering or a related technical discipline. Relevant experience in machine safety, functional safety, industrial automation, machinery design, safety-related control systems, E&E manufacturing, inspection / certification, technical service development or related engineering roles is preferred. Good understanding of customer requirements and market expectations within E&E, machine building, automation or manufacturing industries is required / strongly preferred. Experience with machine safety standards such as ISO 12100, ISO 13849 and IEC 62061, including risk assessment, safety function design, PL / SIL assessment or validation, will be a strong advantage. Experience supporting customer engagement, solution selling, technical proposals, service development, capability building or assessment / certification services is desirable. Exposure to industrial automation, PLC / control systems, safety relays, safety PLCs, interlocks, emergency stop systems, guarding, robotics or production machinery will be preferred. Able and willing to travel up to 50% of the time for customer meetings, site assessments, technical discussions, market intelligence, training and project requirements."},{"id":"390fe9cc6d","title":"Machine Safety Engineer (ISO 10218, Robotics, Senior)","focus":"Machine safety","open":false,"status":"Archived","role_family":"Machine safety","seniority":"Senior","industry":"Robotics","industries":["Robotics","Industrial machinery","Medical"],"segment":"Other","standards":["ISO 10218","ANSI/RIA R15.06","ISO 12100","IEC 60204-1","NFPA 79"],"standards_meta":[{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."},{"code":"ANSI/RIA R15.06","site_code":"ANSI/RIA R15.06","id":"r1506","name":"Industrial Robots and Robot Systems","summary":"The US national adoption of ISO 10218 for industrial robot safety."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"IEC 60204-1","site_code":"IEC 60204-1","id":"iec60204","name":"Electrical Equipment of Machines","summary":"Requirements for the electrical equipment of machines, including supply disconnection, emergency stop, and protective bonding."},{"code":"NFPA 79","site_code":"IEC 60204-1","id":"iec60204","name":"Electrical Standard for Industrial Machinery","summary":"US electrical safety requirements for industrial machinery."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Florida, US","work_mode":"Remote","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":["Certified Machinery Safety Expert (CMSE)"],"tools":[],"domains":["Robotics & automation","Product compliance","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Machine Safety Engineer (ISO 10218, Robotics, Senior) Machine safety Machine safety Robotics Senior ISO 10218 ANSI/RIA R15.06 ISO 12100 IEC 60204-1 NFPA 79 Continuous Improvement & Governance Bachelor's degree required in Engineering, Environmental Health & Safety (EHS), or a related scientific discipline. 6-8+ years of experience supporting machinery safety, manufacturing equipment, automation systems, robotics, or industrial machinery within a manufacturing environment. Experience conducting machinery risk assessments and implementing risk reduction measures. Experience supporting manufacturing operations in the United States and Mexico is required; experience in Europe and Asia is preferred. Functional Safety certification strongly preferred, including CMSE (Certified Machinery Safety Expert) CMSP (Certified Machinery Safety Professional) Similar recognized machinery or functional safety credentials Machinery Safety Standards Demonstrated expertise in machinery safety and functional safety standards, including ANSI B11 Series ISO 12100 NFPA 79 IEC 60204-1 ANSI/RIA R15.06 ANSI/RIA R15.08 ISO 10218 Applicable OSHA machinery regulations"},{"id":"35a06f0312","title":"Machine Safety Engineer (ISO 12100)","focus":"Machine safety","open":false,"status":"Archived","role_family":"Machine safety","seniority":"Senior","industry":"Industrial machinery","industries":["Industrial machinery"],"segment":"Other","standards":["ISO 12100","ISO 13849","IEC 62061"],"standards_meta":[{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."}],"stage":"Directory listed","size":"Unknown","country":"China","region":"Asia-Pacific","location":"China","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":["English","Chinese"],"certifications":[],"tools":[],"domains":["Product compliance"],"employer":true,"text":"Machine Safety Engineer (ISO 12100) Machine safety Machine safety Industrial machinery Senior ISO 12100 ISO 13849 IEC 62061 The Leveraged Engineer will collaborate with the organization resources and cross-functional teams to achieve timely solutions to business challenges. This individual will also be a member of the SWAT team, responding rapidly to critical business issues in Asia pacific region, such as equipment failure leading to plant shutdowns, manufacturing limitations restricting rates, or other urgent matters impacting production or revenue. Developing, leading, and implementing programs, systems, processes, and equipment upgrades that improve machine safety and operational effectiveness. Monitoring machine and equipment performance with a focus on safety and troubleshooting safety-related issues. Analyzing safety-related equipment trends, historical data, and uptime data to recommend and justify improvements for achieving the lowest life cycle cost while maximizing machine safety. Identify and advocate for best practices in the design, operation, and maintenance of machine safety systems. This includes adhering to relevant national and international standards that safeguard machinery. Provide technical guidance and oversight to project teams throughout procurement, fabrication, and installation phases to verify that machine safety standards are consistently met and maintained. Support the creation and continual improvement of corporate engineering standards involving machine safety and mechanical design, ensuring these standards remain up-to-date and effective. BS or MS in Engineering or related field coupled with a minimum of 7 years’ experience primarily in plant technical support or design of equipment and systems. Strong background in machine safety evaluations, design, and assessments. Proficiency in engineering documentation and familiarity with capital project execution. Familiarity with regulatory requirements and RAGAGEPs (e.g., ANSI, ISO, EN Standards) Able to travel occasionally within the Asia Pacific region to support project needs. (up to 50% of time) In-depth understanding of the S1M Machine Safety Management Program and Local and International Machine Safety Standards. Must be fluent in writing and speaking both English and Chinese. Location must be in China with preference near the organization Shenzhen or Shanghai Technical Center Demonstrated technical leadership and ability to work independently on complex tasks. Strong collaboration and communication skills to work effectively with cross-functional teams. High level of initiative and accountability in delivering quality engineering solutions. Commitment to continuous improvement and knowledge sharing."},{"id":"993c53f462","title":"Machine Safety Engineer (ISO 13849)","focus":"Machine safety","open":false,"status":"Archived","role_family":"Machine safety","seniority":"Senior","industry":"Automotive","industries":["Automotive","Industrial machinery","Medical"],"segment":"Other","standards":["ISO 13849","IEC 62061","NFPA 79"],"standards_meta":[{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."},{"code":"NFPA 79","site_code":"IEC 60204-1","id":"iec60204","name":"Electrical Standard for Industrial Machinery","summary":"US electrical safety requirements for industrial machinery."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Mobile Metropolitan Area","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":["exida CFSE / CFSP","Certified Machinery Safety Expert (CMSE)"],"tools":[],"domains":["Sensors & perception","Industrial control","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Machine Safety Engineer (ISO 13849) Machine safety Machine safety Automotive Senior ISO 13849 IEC 62061 NFPA 79 As a Machine Safety Specialist, a teammate is responsible for assisting with the assessment, design, implementation, commissioning, troubleshooting, and validation of industrial machine safety systems and safety-related control systems. The Specialist III works under general supervision on moderately complex machine safety assignments and assists with larger and more complex projects. This position applies working knowledge of machine safety principles, risk assessment methodologies, safety-related controls, and applicable industry standards to develop practical safety solutions that meet client and project requirements. Understand and practice the organization C&A core values. Develop an understanding of CSIA processes and procedures. Recognize and communicate scope and design changes promptly to the Project Engineer or Lead. Assist with machine safety risk assessments, machine safety audits, and identification of hazards and risk reduction requirements. Assist in developing and implementing machine safety solutions in accordance with applicable standards, client requirements, and project specifications. Assist with the selection and application of machine safety devices and safety-related control components, including Emergency stops Safety interlocks Safety light curtains Safety mats and scanners Guard switches Safety relays Safety PLCs Two-hand controls Safety-rated sensors and devices Assist with determining Safety Performance Levels (PL) and/or Safety Integrity Levels (SIL), as applicable to project scope. Utilize Sistema or similar machine safety calculation tools to support safety-related control system analysis. Assist with the development of safety circuits, safety control logic, and safety-related PLC programs. Assist with configuration and troubleshooting of safety PLCs, safety I/O, safety relays, and other safety-related control components. Assist with verification and validation of machine safety functions. Participate in machine safety testing, commissioning, and startup activities. Troubleshoot machine safety circuits, safety devices, safety PLCs, safety I/O, and related control system issues. Assist with the development of machine safety specifications, safety function requirements, and safety-related control system documentation. Assist with project documentation, including Machine safety risk assessments Safety function specifications Safety circuit drawings Safety requirements documentation Safety validation plans and reports Safety test procedures Factory acceptance testing procedures Site acceptance testing procedures Control narratives Scope of work documents I/O listings Network and architecture drawings Communications data maps Cutover procedures Read and interpret electrical schematics, machine safety circuit drawings, P&IDs, motor elementaries, instrument loop sheets, equipment drawings, and control system documentation. Assist with fieldwork to gather equipment information, evaluate existing safety systems, and retrieve existing control system configurations. Review other discipline drawings and documentation for Controls & Automation and machine safety input. Assist with developing controls and machine safety hardware installation documentation from vendor equipment drawings and project information. Develop an understanding of industrial control systems and their interaction with safety-related control systems. Provide technical support and troubleshooting to teammates and clients for machine safety and control system issues. Contact and interact with vendors regarding machine safety components, applications, and technical issues. Provide technical guidance to less experienced teammates and Co-Ops as appropriate. Demonstrate good time management and effectively prioritize assigned tasks. Apply the organization Policies and Procedures (HMS). Ideal Background Education: Associate of Science degree in Electronics Technology, Information Technology, Automation, Electrical Engineering Technology, or a related field is highly preferred or may be required. Equivalent technical education and relevant industrial experience may be considered. Registration: TÜV Functional Safety, CMSE, CFSE, ISA, Master Electrician, Microsoft, Cisco, or other relevant controls, automation, electrical, or machine safety certifications are preferred. Experience: This position requires 5 to 8 years of relevant industrial experience in controls and automation, electrical controls, industrial automation, or machine safety, with demonstrated experience in industrial machine safety, safety-related control systems, machine safety risk assessments, or automation safety applications preferred. Ability to conduct or support machine safety audits and risk assessments. Experience with Sistema or other machine safety risk calculation methodologies. Working knowledge of industrial machine safety principles and safety-related control systems. Knowledge of machine safety hardware, software, and safety-related control technologies. Understanding of the difference between standard control functions and safety-related control functions. Ability to understand and troubleshoot safety circuits and safety devices. Familiarity with safety-rated PLCs, safety relays, safety I/O, safety controllers, and safety-rated field devices. Understanding of Safety Performance Level (PL) and/or Safety Integrity Level (SIL) concepts. Familiarity with machine safety validation, testing, and documentation. Familiarity with applicable machine safety standards and regulations, including ANSI B11, NFPA 79, ISO 13849, IEC 62061, and OSHA requirements. Ability to read and interpret electrical schematics, machine safety circuits, P&IDs, control system documentation, and equipment drawings. Basic to intermediate knowledge of PLCs and industrial automation systems. Ability to provide basic troubleshooting for control and safety systems, including Software problems in the field Networking problems in the field I/O problems in the field Hardware issues in the field Safety circuit faults Safety device faults Familiarity with industrial communication networks and protocols. Computer skills including Microsoft Office products. Ability to effectively communicate technical information verbally and in writing. Ability to estimate and/or forecast completion of assigned tasks. Ability to work effectively in a virtual and multidisciplinary team environment. Ability to mentor Co-Ops and less experienced teammates. Ability to lift and carry in excess of 25 lbs. Ability to travel by vehicle and/or commercial flight, including overnight trips. Ability to work in industrial and manufacturing environments. Ability to access equipment, machinery, electrical panels, control panels, and other field equipment as required. Ability to safely perform field observations, assessments, commissioning, and troubleshooting activities while following applicable site safety requirements. The organization Culture We work to create an environment founded on trust, personal integrity, and a “team mentality” so that each person understands the value of their contributions both on a project and company-wide level. We know that each person on our team contributes to the success of our company by pairing expertise and passion to meet and exceed the needs of the clients we serve across the globe."},{"id":"ad690d0d11","title":"Functional Safety Assessor (IEC 61508, Process safety)","focus":"Functional safety","open":true,"status":"Open","role_family":"Process safety","seniority":"Mid-level","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Other","standards":["IEC 61508","ISO 12100","ISO 26262"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":["TUV Functional Safety Engineer"],"tools":[],"domains":[],"employer":true,"text":"Functional Safety Assessor (IEC 61508, Process safety) Functional safety Process safety Cross-industry safety Mid-level IEC 61508 ISO 12100 ISO 26262"},{"id":"8054640ec7","title":"Functional Safety Engineer (ATEX, Process safety, Medical)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Process safety","seniority":"Mid-level","industry":"Medical","industries":["Medical","Energy & process"],"segment":"Energy storage","standards":["ATEX"],"standards_meta":[{"code":"ATEX","site_code":"IEC 61508","id":"iec61508","name":"Equipment for Explosive Atmospheres (EU Directive 2014/34/EU)","summary":"Requirements for equipment and protective systems used in potentially explosive atmospheres."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Electrification / battery","Explosive atmospheres","Process safety","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Functional Safety Engineer (ATEX, Process safety, Medical) Safety-critical Process safety Medical Mid-level ATEX As a Process Safety Engineer at the organization, you’ll be a subject matter expert. You will support our engineering and design teams to efficiently integrate process safety into the factory and process design. The role will be based in the UK with potential for some international travel. Coordinate and provide expert technical support in process safety areas e.g. ATEX/DSEAR risk assessment, hazardous area classification, safe handling of combustible dusts, control of electrostatic hazards. Support the execution of process risk assessments and hazard analysis exercises, which underpin the delivery of a safe design (including HAZID, HAZOP, LOPA, QRA). Advise and steer on application of local rules, international standards, and best practices to promote inherently safe design."},{"id":"f1567ed7b9","title":"Functional Safety Engineer (IEC 61511, Process safety, Energy & process, Mid-level)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Process safety","seniority":"Mid-level","industry":"Energy & process","industries":["Energy & process"],"segment":"Unknown","standards":["IEC 61511","ATEX"],"standards_meta":[{"code":"IEC 61511","site_code":"IEC 61511","id":"iec61511","name":"Process Industry Safety Instrumented Systems","summary":"Application of IEC 61508 to safety instrumented systems in the process industries."},{"code":"ATEX","site_code":"IEC 61508","id":"iec61508","name":"Equipment for Explosive Atmospheres (EU Directive 2014/34/EU)","summary":"Requirements for equipment and protective systems used in potentially explosive atmospheres."}],"stage":"Not listed in company directory","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Hybrid","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Electrification / battery","Explosive atmospheres","Product compliance","Process safety","Reliability","Safety case & assessment","Hazard analysis"],"employer":false,"text":"Functional Safety Engineer (IEC 61511, Process safety, Energy & process, Mid-level) Safety-critical Process safety Energy & process Mid-level IEC 61511 ATEX To provide specialist process safety engineering support across a wide range of sustainable energy projects, including gas-powered generation, CHP, biogas, hydrogen, battery energy storage systems (BESS), and other low-carbon energy technologies. You will play a key role in identifying, assessing and mitigating process safety risks, ensuring compliance with relevant legislation, industry standards and best practice throughout all stages of project delivery. Working closely with Electrical, Mechanical and Project Engineering teams, you will help ensure that the organization projects are designed, installed and operated safely, supporting our commitment to operational excellence and the transition to net zero energy. Majority of time spent: Leading and supporting process safety activities across engineering projects, including hazard identification, risk assessments, safety studies and the development of safety documentation. This is an exciting opportunity to influence the safe design and delivery of innovative energy projects across the UK and internationally. You will work alongside multidisciplinary engineering teams to embed process safety principles throughout the project lifecycle and contribute to continuous improvement initiatives across the business. Process Safety Management: Develop, implement and promote process safety management practices across engineering and operational activities. Hazard Identification & Risk Assessment: Lead and facilitate HAZOP studies, LOPA reviews, FMEA assessments, SIL assessments and other risk-based safety reviews. Engineering Design Support: Collaborate with engineering teams to ensure process safety requirements are incorporated into equipment, systems and plant designs. Regulatory Compliance: Ensure compliance with relevant legislation, industry standards and best practice, including COMAH, ATEX, ISO standards and other applicable regulations. Safety Studies & Documentation: Produce and review process safety documentation, including risk assessments, safety cases, hazardous area classifications and operating procedures. Incident Investigation: Support investigations into process safety incidents and near misses, identifying root causes and implementing corrective and preventative actions. Operational Safety: Assist with the development and maintenance of safe systems of work, operational procedures and emergency response plans. Training & Awareness: Deliver process safety training and promote awareness across engineering, operations and project teams. Project Support: Provide process safety engineering support throughout project development, installation, commissioning and operational phases. Continuous Improvement: Analyse process safety performance data and recommend initiatives to improve safety culture and reduce operational risk. Client & Stakeholder Engagement: Liaise with clients, suppliers and regulatory bodies as required, providing specialist process safety expertise. Strong knowledge of process safety principles and risk management methodologies, including HAZOP, LOPA, SIL, FMEA and ATEX. Understanding of industrial process systems, control systems and safety instrumented systems. Knowledge of UK and international process safety legislation and standards, including COMAH and relevant ISO standards. Strong analytical and problem-solving skills with the ability to assess complex technical risks. Experience preparing technical reports, safety documentation and engineering recommendations. Proficient in Microsoft Office applications. Ability to communicate complex technical information to both technical and non-technical audiences. Project management and stakeholder engagement skills. Trustworthy and professional in all dealings. Reliable and dependable, consistently delivering on commitments. Customer-focused, responsive to internal and external stakeholder needs. Supportive and collaborative, working effectively across multidisciplinary teams. Self-motivated, able to manage competing priorities and work independently. Committed to quality and continuous improvement in all aspects of work. Proactive in driving safety excellence and promoting best practice. Keen to learn and develop, keeping up to date with industry developments and regulations. Excellent analytical and risk assessment skills. Strong planning, organisation and attention to detail. Adaptability and flexibility in a dynamic project environment. Ability to influence and build strong working relationships. Resilience and tenacity, maintaining a positive approach under pressure. Strong communication and presentation skills. Degree in Chemical Engineering, Process Engineering, Mechanical Engineering or a related engineering discipline. Proven experience in a Process Safety Engineering role within power generation, energy, oil & gas, petrochemical, chemical manufacturing or a similar industrial sector. Experience leading or facilitating HAZOP, LOPA and other formal process safety assessments. Strong understanding of process safety regulations, standards and best practice. Full UK/EU Driving Licence. Eligible to work in the UK. Professional registration or working towards Chartered Engineer status. Process Safety qualification such as IChemE Process Safety, NEBOSH Process Safety Management or equivalent. Experience within hydrogen, renewable energy, CHP, biogas or gas-powered generation projects. Experience working within COMAH-regulated environments. Knowledge of Functional Safety and Safety Instrumented Systems (IEC 61511)."},{"id":"6b02b5a978","title":"Functional Safety Engineer (IEC 62304, Process safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Process safety","seniority":"Mid-level","industry":"Medical","industries":["Medical","Energy & process"],"segment":"Unknown","standards":["IEC 62304","ISO 14971","IEC 60601"],"standards_meta":[{"code":"IEC 62304","site_code":"IEC 62304","id":null,"name":"Medical Device Software - Software Life Cycle Processes","summary":"Software safety classes and lifecycle requirements for medical device software."},{"code":"ISO 14971","site_code":"ISO 14971","id":null,"name":"Medical Devices - Application of Risk Management","summary":"Risk management process for medical devices across the product lifecycle."},{"code":"IEC 60601","site_code":"IEC 60601","id":null,"name":"Medical Electrical Equipment - Basic Safety and Essential Performance","summary":"Safety and performance requirements for medical electrical equipment."}],"stage":"Not listed in company directory","size":"Unknown","country":"United States","region":"North America","location":"Kansas, US","work_mode":"Hybrid","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Process safety","Reliability","Safety case & assessment","Hazard analysis"],"employer":false,"text":"Functional Safety Engineer (IEC 62304, Process safety) Safety-critical Process safety Medical Mid-level IEC 62304 ISO 14971 IEC 60601 The organization Capabilities Process Safety team is a group of experienced process safety professionals focused on building capability within the organization Industries to improve performance at our sites. Our team is spread across the US and primarily supports these the organization Companies: Flint Hills Resources (oil refining), the organization Ag & Energy Solutions (ammonia fertilizers), Invista (chemicals), and Guardian Industries (architectural glass). Build valuable relationships and risk assessment capability with site personnel Lead cross-site and cross-functional team efforts to advance risk assessment and drive consistency with site PHA programs Provide on-site PHA or risk assessment facilitation/scribe support when needed Performing internal and external benchmarking to improve PHA performance, which may include seeking out opportunities with continuous improvement and developing new guidance where a need is identified Assist with PHA transformation efforts by utilizing available site data to frame up unit process safety risk and opportunities Assist with day-to-day process safety support for multiple sites in additional PSM disciplines, such as MOC, Facility Siting, Compliance Auditing, RMP, etc. Process plant experience or bachelor’s degree in engineering Effective communicator with experience building relationships with site personnel and leadership & experience influencing and coaching others. Experience using problem-solving skills to identify and address potential process safety risks. Experience relying on risk assessment principles to solve problems, instead of reliance on rules. Experience participating in or facilitating PHA and other risk assessment methodologies (i.e. HAZOP, LOPA, fault tree analysis, dispersion modeling, etc.) Familiarity with other process safety elements, including Management of Change, Incident Investigation, Risk Management Program, Facility Siting, etc. Ability to travel internationally with a valid passport or ability to obtain a passport 5+ years’ experience in a process plant or degree in chemical engineering with process plant experience Trained HAZOP & LOPA facilitator with experience facilitating base and project PHAs Experience creating and/or interpreting the results of higher-level risk assessments, such as consequence models, fault trees, and other QRA techniques Experience with remote communication to build relationships and capability in site personnel in different regions Experience in chemicals, refining, and/or ammonia fertilizer industries We are Military Ready and Second Chance employers. Learn more about our hiring philosophy here."},{"id":"13ccb0532f","title":"Functional Safety Lead (IEC 61508, Process safety)","focus":"Functional safety","open":true,"status":"Open","role_family":"Process safety","seniority":"Principal","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Other","standards":["IEC 61508","ISO 12100","ISO 26262"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Functional Safety Lead (IEC 61508, Process safety) Functional safety Process safety Cross-industry safety Principal IEC 61508 ISO 12100 ISO 26262"},{"id":"6a6ef24055","title":"Functional Safety Engineer (ATEX, Process safety, Automotive)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Process safety","seniority":"Senior","industry":"Automotive","industries":["Automotive","Industrial machinery","Energy & process"],"segment":"Unknown","standards":["ATEX"],"standards_meta":[{"code":"ATEX","site_code":"IEC 61508","id":"iec61508","name":"Equipment for Explosive Atmospheres (EU Directive 2014/34/EU)","summary":"Requirements for equipment and protective systems used in potentially explosive atmospheres."}],"stage":"Not listed in company directory","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Electrification / battery","Explosive atmospheres","Product compliance","Process safety","Safety case & assessment","Hazard analysis"],"employer":false,"text":"Functional Safety Engineer (ATEX, Process safety, Automotive) Safety-critical Process safety Automotive Senior ATEX The Process Safety Specialist will support the Process Safety Manager in ensuring the effective implementation and continuous improvement of process safety systems at Envision the organization. This role will focus on hazard identification, risk assessment, and technical safety studies to ensure compliance with Upper Tier COMAH regulations. Assist in conducting HAZOPs, SIL/LOPA, HAZIDs, and other hazard studies. Support the development and implementation of major hazard risk assessments. Conduct Process Hazard Assessments (PHA) for new and existing processes. Assist in defining the Chemical and Operational Bases of Safety (Fire and Explosion Prevention). Perform pressure relief and process engineering calculations related to safety systems. Ensure compliance with COMAH regulations, supporting the preparation of safety reports. Provide technical support for the design, installation, and commissioning of new production machinery. Assist in process safety audits, incident investigations, and root cause analysis. Identify and mitigate process-related safety risks in plant operations. Develop and review safe systems of work to uphold process safety standards. Support functional safety assessments and compliance with DSEAR, ATEX, PUWER regulations. Contribute to the development of process safety training programs for operational teams. Monitor and analyze process safety performance, proposing improvements where necessary. Stay updated on process safety best practices and regulatory changes. Provide technical guidance to cross-functional teams on process safety principles. Degree in Chemical Engineering, Process Safety, or a related field. Experience in process safety management within a COMAH-regulated site. Knowledge of hazard identification, risk assessment, and process safety legislation. Familiarity with HAZOP, LOPA, SIL, DSEAR, ATEX, PUWER, and functional safety standards. Strong analytical skills with the ability to support safety investigations and drive improvements. Excellent communication skills with the ability to engage stakeholders and operational teams."},{"id":"5a27dbbbb5","title":"Functional Safety Engineer (IEC 61508, Process safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Process safety","seniority":"Senior","industry":"Energy & process","industries":["Energy & process"],"segment":"Other","standards":["IEC 61508","IEC 61511"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"IEC 61511","site_code":"IEC 61511","id":"iec61511","name":"Process Industry Safety Instrumented Systems","summary":"Application of IEC 61508 to safety instrumented systems in the process industries."}],"stage":"Directory listed","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":["English","German"],"certifications":["TUV Functional Safety Engineer","PMP"],"tools":[],"domains":["Explosive atmospheres","Product compliance","Process safety","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Functional Safety Engineer (IEC 61508, Process safety) Safety-critical Process safety Energy & process Senior IEC 61508 IEC 61511 At the organization, we are driven by our purpose of safeguarding life, property, and the environment. We help organizations manage risk, improve safety, and accelerate the energy transition through world-class technical expertise and trusted advisory services. We are seeking an Expert Process Safety Engineer who is passionate about reducing major accident risks, advancing industry best practices, and delivering technical excellence to clients worldwide. This is a unique opportunity for a highly experienced specialist who combines deep technical competence with strategic thinking, customer focus, and a commitment to making a meaningful impact. As an Expert Process Safety Engineer, you will serve as a subject matter expert within the organization, leading complex process safety assignments and supporting clients in managing major hazard risks across energy segments, including Oil & Gas, hydrogen/Power-to-X, CCUS and Refineries. You will provide expert guidance, lead multidisciplinary studies, mentor colleagues, and contribute to the continued development of the organization's process safety services and methodologies. Act as a subject matter expert in Process Safety and Major Accident Risk Management. Lead complex and high-profile process safety projects across industries such as Power-to-X, Oil & Gas and CC(U)S Provide technical assurance and quality review of project deliverables. Develop innovative approaches to safety challenges across traditional and emerging industries. Support development and improvement of the organization methodologies, tools, and best practices. Independently review key design documents (e.g., P&IDs, Cause and Effect Chart, PSV, Blowdown & Flare system design, Hazardous area classification reports etc.) for compliance with EU Directives, legislation, recognized codes and standards. Support customers and other the organization units process in process safety studies, including HAZID, HAZOP, Bowtie Analysis, SIL Determination, Functional Safety Assessments, Layers of Protection Analysis (LOPA), Quantitative Risk Assessments (QRA), Safety Case Development, Process Hazard Analysis (PHA) Lead and SIL Determination, Functional Safety Assessments in accordance with IEC 61511. Manage technical scope, project quality, and client expectations. Lead the organization technical assurance and assess complex technical plant developments in terms of process and technical safety. Deliver projects on time and to the highest professional standards. Serve as a trusted advisor to clients and stakeholders. Present technical findings to project teams, senior management, and regulatory authorities. Build and maintain long-term client relationships. Support proposal preparation and business development activities. Identify opportunities to expand the organization service offerings. Mentor junior engineers and developing specialists. Contribute to training initiatives and capability development. Publish technical papers, participate in industry forums, and represent the organization at conferences. Share lessons learned and promote technical excellence throughout the organization. A position as a recognized technical expert within a global organization. Opportunities to work on industry-leading and technically challenging projects. Collaboration with highly skilled experts across the organization's global network. Professional development and thought leadership opportunities. The opportunity to contribute to a safer, smarter, and more sustainable future. At the organization, you’ll find more than a job — you’ll find a place to make a meaningful impact. A purpose-driven culture that values integrity, teamwork, and innovation. Global career opportunities and continuous professional development. Flexible working arrangements and a focus on work-life balance. The chance to work on projects that truly matter — from energy transition to industrial decarbonization. Together, we will help our customers manage risk, improve safety, and accelerate the transition to a sustainable energy future. MSc degree in Process Engineering or related engineering discipline PM certification (e.g. PMP or Prince2) will be considered a plus, but not a requirement. Minimum 10-15 years of experience in Process Safety. Significant experience in one or more of the following sectors: Oil & Gas, Petrochemicals/Chemicals, Hydrogen, Carbon Capture and Storage (CCS) and/or Renewable Energy Proven experience leading complex process safety projects. Demonstrated capability as a technical authority and trusted advisor familiar with applicable legislation and international standards in the subject matter domain. The successful candidate will possess strong knowledge and practical experience in several of the following areas Proven expertise in process safety studies (HAZOP, HAZID, LOPA, SIL, FSA, QRA) Strong understanding of EU onshore and offshore legislation and relevant standards (PED 2024/68/EU, IEC 61511 / 61508, EN / ISO 10418, ISO 22734, EN 764-7, ISO 13702, API standards, etc.) Independently review and validate design documents against international codes and standards Recognized for your technical credibility and professional integrity. Passionate about safety and risk reduction. Curious and continuously developing your expertise. A trusted advisor who builds confidence with clients and colleagues. Analytical and capable of solving highly complex problems. Collaborative and eager to support others' success. Comfortable challenging assumptions through evidence-based thinking. Motivated by delivering sustainable value to society and industry. English speaking and writing, Danish and/or German is a plus Flexibility to travel internationally (about 10% of working time) Influence technical decisions through expertise and credibility. Lead multidisciplinary teams and specialist workshops. Facilitate constructive discussions among stakeholders. Mentor and develop less experienced engineers. Drive quality, consistency, and continuous improvement. Chartered Engineer (CEng) or equivalent professional registration. TÜV Functional Safety Engineer Certification. IChemE Professional Membership. Recognized HAZOP Leader qualification. Experience with emerging energy technologies such as Hydrogen, Ammonia, CCS, or Power-to-X. Experience working with international regulations and standards."},{"id":"6190e7baf8","title":"Functional Safety Engineer (IEC 61511, Process safety, Energy & process, Senior)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Process safety","seniority":"Senior","industry":"Energy & process","industries":["Energy & process"],"segment":"Other","standards":["IEC 61511","IEC 61508","IEC 62443"],"standards_meta":[{"code":"IEC 61511","site_code":"IEC 61511","id":"iec61511","name":"Process Industry Safety Instrumented Systems","summary":"Application of IEC 61508 to safety instrumented systems in the process industries."},{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"IEC 62443","site_code":"IEC 62443","id":"iec62443","name":"Industrial Automation and Control Systems Security","summary":"The industrial cybersecurity standard family: security levels, zones and conduits, and secure development for control systems. Security and safety programs increasingly certify together."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Denmark - GrabJobs","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Process safety"],"employer":true,"text":"Functional Safety Engineer (IEC 61511, Process safety, Energy & process, Senior) Safety-critical Process safety Energy & process Senior IEC 61511 IEC 61508 IEC 62443"},{"id":"8c16b80d68","title":"Senior Functional Safety Engineer (ISO 10218, Process safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Process safety","seniority":"Senior","industry":"Robotics","industries":["Robotics"],"segment":"Other","standards":["ISO 10218","ISO/TS 15066","ISO 13849"],"standards_meta":[{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."},{"code":"ISO/TS 15066","site_code":"ISO/TS 15066","id":"ts15066","name":"Collaborative Robots","summary":"Guidance for collaborative robot operation, including power and force limiting thresholds."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Michigan, US","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Robotics & automation"],"employer":true,"text":"Senior Functional Safety Engineer (ISO 10218, Process safety) Safety-critical Process safety Robotics Senior ISO 10218 ISO/TS 15066 ISO 13849"},{"id":"ea6b0734cf","title":"Safety-critical Manager (ISO 12100, Product management)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Product management","seniority":"Lead / Manager","industry":"Industrial machinery","industries":["Industrial machinery","Medical"],"segment":"Off highway","standards":["ISO 12100","ISO 13849","IEC 62061"],"standards_meta":[{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Texas, US","work_mode":"Onsite","year":"2026","employment":"Full-time","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Safety case & assessment","Hazard analysis","Requirements & traceability"],"employer":true,"text":"Safety-critical Manager (ISO 12100, Product management) Safety-critical Product management Industrial machinery Lead / Manager ISO 12100 ISO 13849 IEC 62061 As the Technical Product Manager for Safety & Regulatory Compliance, you will be responsible for defining and executing the product strategy, roadmap, and governance framework that enables autonomous and software-enabled products to meet safety, regulatory, and certification requirements. This role owns the safety and compliance product portfolio, including safety requirements management, risk mitigation strategies, regulatory adherence, audit readiness, compliance traceability, and certification support. Working with Product Owners, Engineering, Functional Safety, Compliance, Legal, Quality, and Platform Architecture organizations, this position ensures safety and regulatory requirements are translated into actionable product capabilities and integrated throughout the development lifecycle. The Technical Product Manager serves as the single point of accountability for prioritizing safety and compliance initiatives, driving cross-functional alignment, and enabling the organization to deliver products that are safe, compliant, and trusted by customers, regulators, and stakeholders. Responsible for creating, maintaining and prioritizing the Product Backlog according to business value, safety objectives, risk mitigation priorities, and regulatory requirements for the life of the project. Act as the key decision-maker regarding safety, compliance, governance, and regulatory features required within the product. Owns definition of acceptance criteria for product features to ensure adherence to applicable safety standards, regulatory requirements, and internal governance processes. Responsible for defining and maintaining product strategies that ensure compliance with applicable safety standards, regulatory frameworks, and corporate policies. Lead initiatives involving safety assessments, hazard identification, risk management, compliance monitoring, audit readiness, and certification activities. Partner with engineering teams to ensure safety and compliance requirements are integrated throughout the product development lifecycle. Establish and monitor key performance indicators related to safety performance, regulatory adherence, audit findings, and compliance effectiveness. Drive traceability between requirements, implementation, validation, and compliance evidence to support regulatory reviews and certification activities. Responsible for making decisions on release dates and content based on safety readiness, compliance status, risk assessments, and business priorities. Represent the customer, regulatory stakeholders, and business interests by ensuring products meet applicable safety and compliance expectations. Communicates releases, compliance status, certification milestones, and regulatory updates to stakeholders and customers. Employee is also responsible for performing other job duties as assigned by the organization management from time to time. Business Analysis: Knowledge of business analysis and the set of tasks, techniques and tools required to identify business, safety, and compliance needs; ability to recommend solutions that deliver value while maintaining adherence to regulatory and safety requirements. Decision Making and Critical Thinking: Knowledge of the decision-making process and associated tools and techniques; ability to accurately analyze risks, regulatory obligations, and business priorities to reach productive decisions based on informed judgment. Effective Communications: Understanding of effective communication concepts, tools and techniques; ability to effectively transmit, receive, and accurately interpret ideas, information, and requirements across technical, legal, compliance, operational, and executive stakeholders. Safety and Regulatory Compliance Knowledge: Knowledge of safety standards, regulatory frameworks, compliance processes, certification requirements, and governance practices; ability to ensure products consistently meet internal and external compliance obligations. Risk Management: Knowledge of risk assessment methodologies, hazard analysis techniques, mitigation planning, and continuous monitoring practices; ability to identify and manage safety and compliance risks throughout the product lifecycle. Lead programs from safety and compliance strategy through roadmap development and execution. At least 8 years of experience in Product Management, Safety Engineering, Compliance Management, Risk Management, Quality Systems, or related technical leadership roles. Strong understanding of safety standards, regulatory frameworks, certification requirements, and compliance management processes. Experience leading hazard analyses, risk assessments, safety cases, and risk mitigation programs for complex products or systems. Experience partnering with Engineering, Safety, Compliance, Legal, Quality, and Operations teams to drive adherence to safety and regulatory requirements. Experience establishing governance frameworks, compliance metrics, audit readiness processes, and traceability across the product lifecycle. Experience supporting autonomous systems, connected products, industrial equipment, or other safety-critical environments"},{"id":"59cd43f387","title":"Safety-critical Manager (ISO 26262)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Product management","seniority":"Lead / Manager","industry":"Automotive","industries":["Automotive"],"segment":"Other","standards":["ISO 26262","ISO 21448","ISO/SAE 21434"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."},{"code":"ISO/SAE 21434","site_code":"ISO 21434","id":"iso21434","name":"Road Vehicles - Cybersecurity Engineering","summary":"Automotive cybersecurity lifecycle: threat analysis and risk assessment (TARA), security requirements, and post-production monitoring. The security companion to ISO 26262."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["ADAS / autonomous driving"],"employer":true,"text":"Safety-critical Manager (ISO 26262) Safety-critical Product management Automotive Lead / Manager ISO 26262 ISO 21448 ISO/SAE 21434"},{"id":"e6ac972a91","title":"Functional Safety Engineer (ARP4754, Product safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Product safety","seniority":"Junior","industry":"Aerospace & defense","industries":["Aerospace & defense"],"segment":"Other","standards":["ARP4754","ARP4761","DO-178C"],"standards_meta":[{"code":"ARP4754","site_code":"IEC 61508","id":"iec61508","name":"Development of Civil Aircraft and Systems","summary":"Aircraft and systems development process guidance (SAE ARP4754A)."},{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."},{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Onsite","year":"2026","employment":"Full-time","clearance":"Yes","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Functional Safety Engineer (ARP4754, Product safety) Safety-critical Product safety Aerospace & defense Junior ARP4754 ARP4761 DO-178C Programme title: Safety Engineering Graduate Programme"},{"id":"5c36f33cce","title":"Functional Safety Engineer (IEC 61508, Product safety, Cross-industry safety, Junior)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Product safety","seniority":"Junior","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Other","standards":["IEC 61508","ISO 12100","ISO 26262"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Functional Safety Engineer (IEC 61508, Product safety, Cross-industry safety, Junior) Safety-critical Product safety Cross-industry safety Junior IEC 61508 ISO 12100 ISO 26262"},{"id":"0de080dc46","title":"Functional Safety Engineer (EN 50126)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Product safety","seniority":"Mid-level","industry":"Rail","industries":["Rail","Medical"],"segment":"Rail supplier","standards":["EN 50126","EN 50128","EN 50129"],"standards_meta":[{"code":"EN 50126","site_code":"EN 50126","id":"en50126","name":"Railway RAMS","summary":"Specification and demonstration of Reliability, Availability, Maintainability and Safety for railway applications."},{"code":"EN 50128","site_code":"EN 50128","id":"en50128","name":"Railway Software","summary":"Software for railway control and protection systems, defining software SIL requirements and lifecycle."},{"code":"EN 50129","site_code":"EN 50129","id":"en50129","name":"Railway Signaling Safety Cases","summary":"Safety-related electronic systems for railway signaling, including the structure of the safety case."}],"stage":"Directory listed","size":"10,000+","country":"Sweden","region":"Europe","location":"Sweden","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"No","languages":["English","Swedish"],"certifications":[],"tools":[],"domains":["Rail signalling","Process safety","Reliability","Safety case & assessment","Requirements & traceability"],"employer":true,"text":"Functional Safety Engineer (EN 50126) Safety-critical Product safety Rail Mid-level EN 50126 EN 50128 EN 50129 You’ll specifically take care of building safety reports and safety cases, but also apply safety assurance methodologies (e.g. HAZOP, FMEA, FTA). We value passion and attitude over experience. That’s why we don’t expect you to have every single skill. Instead, we’ve listed some that we think will help you succeed and grow in this role Master’s Degree in Engineering or similar Experience or understanding of the Standards for Safety and safety method is a strong asset Knowledge of Electrical schemes and knowledge of Software safety is preferable. Familiarity with CENELEC/IEC Standards for Functional Safety and/ or European Rail Traffic Management System standards and regulations is an advantage Excellent analytical mind-set would help in the understanding of the safety principles, architectures and safety requirement management Strong organizational skills, focused and detail-oriented approach, well organized and structured with the ability to work effectively against deadlines Effective communication skills in English, Swedish language is preferable Team player with great leadership skills and proactive behaviour, capable of coordinating work within the project and handling conflict resolutions and work ethic Enjoy stability, challenges and a long-term career in the railway growing market Collaborate with transverse teams and helpful colleagues Contribute to innovative projects to reshape the future of transportation of the country Utilise our flexible working environment Benefit from our investment in your development, through award-winning learning Progress towards advanced safety and engineering roles You don’t need to be a train enthusiast to thrive with us. We guarantee that when you step onto one of our trains with your friends or family, you’ll be proud. If you’re up for the challenge, we’d love to hear from you!x"},{"id":"dedc15b2a8","title":"Functional Safety Engineer (IEC 61508, Product safety, Cross-industry safety, Mid-level)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Product safety","seniority":"Mid-level","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Machinery OEM","standards":["IEC 61508","ISO 13849","IEC 62061"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."}],"stage":"Series C","size":"501-1,000","country":"Germany","region":"Europe","location":"Germany","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":["Git","Python","C / C++"],"domains":[],"employer":true,"text":"Functional Safety Engineer (IEC 61508, Product safety, Cross-industry safety, Mid-level) Safety-critical Product safety Cross-industry safety Mid-level IEC 61508 ISO 13849 IEC 62061 In enger Zusammenarbeit mit den Software-, Hardware-, Safety- und Zertifizierungsteams stellen wir sicher, dass jedes Produkt höchsten Standards entspricht und sich gleichzeitig an sich schnell wandelnde Marktanforderungen anpasst. Unsere Mission ist es, nahtlose Mensch-Roboter-Kollaboration zu ermöglichen und Lösungen zu liefern, die sicher, konform und zukunftsfähig sind. Werde Teil unseres Teams und gestalte die nächste Generation von Mensch-Roboter-Systemen mit – durch die Verantwortung für systemseitige Anforderungen, Integration und Abstimmung, mit architektonischer Verantwortung nach Bedarf. Wenn du in cross-funktionaler Teamarbeit und technischer Exzellenz aufblühst, erwarten dich außergewöhnliche Möglichkeiten bei uns. Sicherheitslogik programmieren: Entwicklung, Test und Fehlerbehebung sicherheitsrelevanter Steuerungslogik mittels SPS-Programmierung nach IEC 61131-3 (Structured Text, Ladder Diagram, Function Block Diagram) auf etablierten Automatisierungsplattformen Sicherheitsnetzwerke integrieren: Implementierung und Inbetriebnahme industrieller Kommunikations- und Sicherheitsnetzwerke (EtherCAT, PROFINET, FSoE, PROFIsafe, CIP Safety) zusammen mit I/O-Systemen, Feldbuskommunikation, Sensoren, Aktoren sowie Servo-/Motion-Control-Schnittstellen Robotik-Grundlagen anwenden: Unterstützung der Roboterintegration durch Anwendung von Koordinatensystemen, Tool Center Point (TCP) sowie Gelenk-/Kartesischen Bewegungskonzepten, mit Berührungspunkten zu Kinematik und Dynamik von Industrie- oder Kollaborativrobotern Inbetriebnahme & Validierung: Inbetriebnahme, Debugging und Validierung von Maschinensicherheitsfunktionen gemäß ISO 13849, IEC 62061 und IEC 61508, um die ordnungsgemäße Verifizierung sicherheitskritischer Software sicherzustellen Teamübergreifende Zusammenarbeit: Einsatz von Python, C++ und Git innerhalb cross-funktionaler Automatisierungs- und Robotikteams, mit Beiträgen zu Analyse, Fehlerbehebung und klarer Dokumentation Ausbildung: Abgeschlossenes (oder laufendes) Studium in Automatisierungstechnik, Robotik, Mechatronik, Elektrotechnik, Regelungstechnik, Informationstechnik oder einem verwandten Fachbereich Technische Kernkompetenzen: Praktische Erfahrung mit SPS-Programmierung nach IEC 61131-3 (ST, LD, FBD) auf mindestens einer Automatisierungsplattform; Fähigkeit, sicherheitsrelevante Steuerungslogik zu entwickeln, zu testen und Fehler zu beheben; Verständnis industrieller Kommunikations- und Sicherheitsnetzwerke (EtherCAT, PROFINET, FSoE, PROFIsafe, CIP Safety) sowie von I/O-Systemen, Feldbuskommunikation, Sensoren/Aktoren und Motion-Control/Servoantrieben Robotik-Grundlagen: Grundlegendes Verständnis von Koordinatensystemen, Tool Center Point (TCP) sowie Gelenk-/Kartesischen Bewegungen; Kenntnisse in Roboterkinematik und -dynamik sowie Erfahrung mit Industrie- oder Kollaborativrobotern von Vorteil Programmier- & Entwicklungstools: Sicherer Umgang mit Python für Scripting, Tests, Automatisierung oder Datenanalyse; C++-Kenntnisse von Vorteil; Erfahrung mit Versionskontrollsystemen wie Git Weitere wünschenswerte Kenntnisse: Kenntnisse funktionaler Sicherheitsnormen (ISO 13849, IEC 62061, IEC 61508); Erfahrung in Inbetriebnahme, Debugging und Validierung von Maschinensicherheitsfunktionen; ausgeprägte analytische Fähigkeiten und Problemlösungskompetenz; Fähigkeit zur effektiven Zusammenarbeit in cross-funktionalen Teams mit guten Kommunikations- und Dokumentationsfähigkeiten"},{"id":"ce47355342","title":"Functional Safety Engineer (IEC 61511, Product safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Product safety","seniority":"Mid-level","industry":"Industrial machinery","industries":["Industrial machinery","Medical","Energy & process"],"segment":"Unknown","standards":["IEC 61511"],"standards_meta":[{"code":"IEC 61511","site_code":"IEC 61511","id":"iec61511","name":"Process Industry Safety Instrumented Systems","summary":"Application of IEC 61508 to safety instrumented systems in the process industries."}],"stage":"Not listed in company directory","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Process safety","Safety case & assessment","Hazard analysis"],"employer":false,"text":"Functional Safety Engineer (IEC 61511, Product safety) Safety-critical Product safety Industrial machinery Mid-level IEC 61511 In every role, McCainers are ambitious, curious, and passionate about creating exceptional work experiences - together. With a customer-first mindset, we make doing business with McCain easy. The Global Process Safety Engineer is a key role within the Global Engineering team, responsible for driving process and equipment safety across McCain’s manufacturing network and capital investment portfolio. The role provides technical expertise, risk-based guidance and global standards that help ensure assets are designed, built and commissioned right — and that operational sites continue to perform safely throughout their lifecycle. Working alongside Regional Engineering, Project Management, Health & Safety and Manufacturing teams, the role reduces severe incident and fatality potential (SIFp), supports consistent deployment of safety standards across facilities, and acts as a trusted technical partner across McCain’s global network. Process Safety and Risk Management Support implementation and continuous improvement of global process and equipment safety programs Provide technical guidance and subject matter support to site & project teams Assist in hazard identification, evaluation, and mitigation to reduce SIFp Apply the global risk ranking framework to assess incident potential and ensure consistency Support integration of process safety into capital projects, MOC, and operational risk assessments Standards, Governance, and Program Execution Support development and maintenance of global process and equipment safety standards and procedures Assist in consistent deployment of standards across facilities Participate in governance activities, audits, and program verification Track trends and identify opportunities for safety improvement Process Safety Management (PSM) and Refrigeration Safety Support PSM and related risk management program implementation across facilities Provide technical support for high-hazard systems, including ammonia and industrial refrigeration systems. Support sites with Key Elements of Refrigeration (KERs) and the development and follow-through of corrective action plans. Assist in implementing mechanical integrity, operating procedures, PHAs, incident investigations, and MOC processes. Risk Assessment and Hazard Analysis Facilitate or support PHAs, HAZOPs, JHAs, and equipment hazard reviews. Work with site & project teams to identify control measures. Support corrective action follow-up from assessments and audits. Machine and Equipment Safety Support implementation of global machine safety standards. Participate in machine safety assessments and safeguarding reviews. Provide technical support for guarding and other critical safety features. Ensure alignment with applicable standards and regulatory requirements. Thermal Process Support safety programs related to thermal processing. Assist in identifying and mitigating hazards associated with fuel systems, oil management and protective designs. Support the global safety team with ongoing fryer fire risk assessments and design improvements to reduce risk. Pressure Systems and Mechanical Integrity Support process safety and compliance activities for boilers, pressure vessels, and related systems. Assist in inspections, maintenance, and operational requirements. Provide support for pressure relief device management and integrity verification. Safety Instrumented Systems (SIS) and Controls Safety Support SIS and functional safety practices Participate in safety reviews, protection layer assessments LOPA, and risk evaluations Chemical and CIP Safety Support chemical hazard management, automated chemical dosing, and CIP system safety Assist in containment, handling, and emergency response planning Support safe operational and maintenance practices Training and Capability Building Support development and delivery of technical training programs Provide coaching and technical guidance to site teams Contribute to tools and resources that build global capability Education Bachelor’s degree in Engineering (Chemical, Mechanical, Electrical, Industrial, or related) 5–10 years in process safety, equipment safety, manufacturing engineering, asset integrity, or operational risk management Experience in food manufacturing, frozen food processing, CPG, industrial manufacturing, chemicals, or other high-hazard environments Experience implementing or supporting process safety and equipment safety programs Experience with high-risk systems: refrigeration, pressure systems, machine safety, electrical safety, thermal processing, chemical handling Experience facilitating risk assessments, PHAs, HAZOPs, hazard reviews, and safety improvement initiatives across multiple sites Technical Knowledge Process Safety Management (PSM) Risk assessment methodologies (PHA, HAZOP, JHA, task-based) Mechanical Integrity principles Management of Change (MOC) Machine safeguarding and equipment safety Arc flash and electrical safety Pressure systems and relief protection Industrial refrigeration systems (ammonia) SIS / functional safety concepts Chemical hazard management and CIP systems ISO, ANSI, CSA, OSHA, IEC 61511, and regional standards Core Competencies Technical problem-solving and engineering judgment Ability to influence cross-functional teams Strong written and verbal communication Translate technical risk into practical operational actions Planning, organization, and follow-through Comfortable in a global, matrixed environment Ability to manage multiple priorities and support diverse site needs Travel Requirement Ability to travel domestically and internationally as needed to support sites, audits, assessments, and project work. At McCain, our leadership principles guide how we engage with customers, collaborate as a team, and achieve success. We focus on understanding customer needs, driving innovation, empowering people, and taking ownership to clear obstacles and deliver results. McCain is an accessible employer. If you require an accommodation throughout the recruitment process (including alternate formats of materials or accessible meeting rooms), please let us know, and we will work with you to find appropriate solutions. Location(s): CA - Canada: Ontario: Toronto || CA - Canada: Alberta: Coaldale || CA - Canada: Alberta: Lethbridge || CA - Canada: Manitoba: Carberry || CA - Canada: Manitoba: Portage la Prairie || CA - Canada: New Brunswick: Florenceville-Bristol Company: The organization (Canada)"},{"id":"fc3083efbd","title":"Functional Safety Engineer (IEC 62304, Product safety)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Product safety","seniority":"Mid-level","industry":"Medical","industries":["Medical","Aerospace & defense"],"segment":"Other","standards":["IEC 62304","ISO 14971","IEC 60601"],"standards_meta":[{"code":"IEC 62304","site_code":"IEC 62304","id":null,"name":"Medical Device Software - Software Life Cycle Processes","summary":"Software safety classes and lifecycle requirements for medical device software."},{"code":"ISO 14971","site_code":"ISO 14971","id":null,"name":"Medical Devices - Application of Risk Management","summary":"Risk management process for medical devices across the product lifecycle."},{"code":"IEC 60601","site_code":"IEC 60601","id":null,"name":"Medical Electrical Equipment - Basic Safety and Essential Performance","summary":"Safety and performance requirements for medical electrical equipment."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Hybrid","year":"2026","employment":"Part-time","clearance":"Yes","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Functional Safety Engineer (IEC 62304, Product safety) Safety-critical Product safety Medical Mid-level IEC 62304 ISO 14971 IEC 60601 The Defence & Security business provides an exciting mixture of consultancy, design and engineering support, along with delivery of challenging Defence projects, to major clients in the UK at a variety of Sites across the nuclear and defence industries. Taking a lead role in the development of the appropriate and proportionate safety case including Naval Nuclear, Civil Nuclear, Marine Infrastructure, OME regulated by DNSR, ONR and HSE. This supports the full project lifecycle from Concept, through design to decommissioning. Preparing, implementing, and delivering Safety Case documentation for nuclear operations and plant areas, ensuring standards of safety, cost, quality, and schedule are met Presenting safety case documents to safety committees, regulators, and licensees on behalf of senior management, ensuring compliance with legislative, regulatory, and company policies related to nuclear safety Maintaining safety case systems, and developing procedures and processes for management and review of safety standards Conducting short- and long-term reviews of safety cases, advising on nuclear safety performance, and developing dashboards for performance tracking Capable of team leadership, project management, and continuous improvement initiatives in a regulated nuclear environment A STEM background is essential, Degree qualified, Chartered (desirable) Completion of specific nuclear safety or Safety Case Manager (SCM) workbooks and able to obtain a security clearance. Strong understanding of safety case principles, methodologies, and regulatory frameworks, including DBA (Design Basis Accident) and PSA approaches. Experience in operating within validated risk assessment arrangements and managing nuclear operation. Production of safety documentation, including Periodic Safety Review (PSR) outputs, Facility Safety Cases (FSC), and Post-Accident Condition Safety Reports (PACSR) Conducting periodic safety case reviews, implementing safety processes for operational changes, and integrating safety strategies into procedures and audits. Experience leading safety case development for civil or naval nuclear installations is highly valued. Leading improvement initiatives, integrating lessons learned from internal and external sources, events, and best practices Leading the development and assurance of nuclear safety across complex naval infrastructure, including submarines and weapons programmes Providing expert advice on probabilistic safety assessments (PSA), design safety, and operational safety cases. Overseeing safety case implementation, auditing for compliance, and supporting risk management activities across fleets and facilities"},{"id":"8b71862071","title":"Functional Safety Engineer (ISO 10218, Product safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Product safety","seniority":"Mid-level","industry":"Robotics","industries":["Robotics"],"segment":"Unknown","standards":["ISO 10218","ISO/TS 15066","ISO 13849"],"standards_meta":[{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."},{"code":"ISO/TS 15066","site_code":"ISO/TS 15066","id":"ts15066","name":"Collaborative Robots","summary":"Guidance for collaborative robot operation, including power and force limiting thresholds."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."}],"stage":"Not listed in company directory","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Robotics & automation"],"employer":false,"text":"Functional Safety Engineer (ISO 10218, Product safety) Safety-critical Product safety Robotics Mid-level ISO 10218 ISO/TS 15066 ISO 13849"},{"id":"0fe35c019b","title":"Functional Safety Engineer (ISO 13849, Product safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Product safety","seniority":"Mid-level","industry":"Industrial machinery","industries":["Industrial machinery"],"segment":"Unknown","standards":["ISO 13849"],"standards_meta":[{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."}],"stage":"Not listed in company directory","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":["German"],"certifications":[],"tools":[],"domains":[],"employer":false,"text":"Functional Safety Engineer (ISO 13849, Product safety) Safety-critical Product safety Industrial machinery Mid-level ISO 13849 Werden Sie jetzt ein Teil unseres Teams! Programmierung und Inbetriebnahme von SPS und Safety SPS von B&R, Siemens TIA und PILZ Entwicklung, Anpassung und Optimierung von Steuerungssoftware Eigenverantwortliches Umsetzen der Programmierung unter Berücksichtigung der vorgegebenen Standards Zusammenarbeit mit den anderen Fachabteilungen bei Konstruktion, Elektroplanung, Inbetriebnahme und Prozessoptimierung Unterstützung der Konzeption von herkömmlichen Steuerungssystemen und sicherheitsgerichteten Steuerungssystemen Erstellung von Sicherheits- und Validierungsberichten als Bestandteil der technischen Dokumentation für die CE-Kennzeichnung und internationale Konformität sowie Unterstützung bei der Risikobeurteilung erfolgreich abgeschlossenes Studium der Elektrotechnik, Mechatronik oder Automa􀆟sierungstechnik oder eine abgeschlossene Weiterbildung zum staatlich geprüften Techniker Mehrjährige praktische Erfahrung in der SPS-Programmierung (bevorzugt ST) und in der sicherheitsgerichten Programmierung Fundierte Kenntnisse der Normen IEC 61131-3 & ISO 13849 Sicherer Umgang mit B&R Automation Studio, Siemens TIA Portal und PILZ (PNOZmulti Configurator und Network Editor) selbstständige und zuverlässige Arbeitsweise sowie analytisches Denkvermögen zum Verständnis komplexer Zusammenhänge ausgeprägte Kommunikationsstärke und Teamfähigkeit sehr gute Deutsch- und gute Englischkenntnisse Was wir bieten Flexible Arbeitszeiten Gutes Betriebsklima und ein faires Miteinander Kontinuierliche Weiterbildungsmöglichkeiten Förderung von Gesundheitsmaßnahmen Betriebskantine Mitarbeiterrabatte & Aktienprogramme Kostenloser Firmenparkplatz"},{"id":"3de714be3a","title":"Functional Safety Engineer (ISO 26262, Product safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Product safety","seniority":"Mid-level","industry":"Automotive","industries":["Automotive","Robotics","Testing & certification services"],"segment":"Unknown","standards":["ISO 26262","ISO 21448","ISO/SAE 21434"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."},{"code":"ISO/SAE 21434","site_code":"ISO 21434","id":"iso21434","name":"Road Vehicles - Cybersecurity Engineering","summary":"Automotive cybersecurity lifecycle: threat analysis and risk assessment (TARA), security requirements, and post-production monitoring. The security companion to ISO 26262."}],"stage":"Not listed in company directory","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":["English"],"certifications":[],"tools":[],"domains":["ADAS / autonomous driving","Sensors & perception","Robotics & automation","Product compliance"],"employer":false,"text":"Functional Safety Engineer (ISO 26262, Product safety) Safety-critical Product safety Automotive Mid-level ISO 26262 ISO 21448 ISO/SAE 21434 We are looking for Autonomous Vehicle Safety Operators (Safety Drivers) to support the testing, validation, commercial deployment, and scaling of autonomous vehicle (AV) and robotaxi fleets across North America. As an Autonomous Vehicle Safety Operator, you will play a critical role in ensuring the safe operation of self-driving vehicles during testing, pilot programs, and commercial autonomous ride-hailing services. Working closely with engineering, fleet operations, and depot teams, you will monitor vehicle behaviour, ensure compliance with operational procedures, and safely intervene whenever required. No previous autonomous vehicle experience is required. We provide comprehensive training on autonomous driving systems, operational procedures, and safety protocols. We are looking for experienced, responsible drivers with excellent situational awareness who are excited to contribute to the future of mobility. This position offers the opportunity to work with some of the world's most advanced autonomous vehicle technologies, supporting robotaxi launches, fleet expansion, and commercial autonomous transportation across multiple cities. Safely operate and monitor autonomous vehicles during testing, validation, and commercial robotaxi fleet operations Continuously supervise the performance of the self-driving system while maintaining full awareness of surrounding traffic conditions Take immediate manual control of the vehicle whenever required by operational procedures or safety protocols Complete assigned routes while ensuring compliance with local traffic regulations and company operating procedures Support the successful deployment of autonomous ride-hailing services by maintaining safe and consistent vehicle operation Conduct pre-trip and post-trip inspections to ensure each autonomous vehicle is deployment-ready Verify vehicle cleanliness and inspect cameras, sensors, mirrors, lighting, and other critical systems before each shift Report any damage, abnormal vehicle behaviour, or maintenance concerns to depot and technical teams Support overall fleet readiness by ensuring vehicles remain available for daily operations Record disengagements, observations, and operational events using company reporting tools Provide clear, structured feedback on vehicle behaviour, traffic conditions, and unusual scenarios encountered during testing or commercial operations Assist engineering teams by documenting situations that improve the performance of autonomous driving systems Maintain accurate operational records and complete all required documentation Follow all operational procedures, safety protocols, and regulatory requirements Participate in ongoing training, certification, and safety refreshers Maintain professionalism when interacting with members of the public during autonomous vehicle testing and robotaxi operations Support continuous improvement initiatives aimed at increasing the safety and efficiency of autonomous fleet operations Valid driver's license Minimum 5 years of driving experience Clean driving record with no major violations Ability to successfully pass a background verification (BGV) Ability to pass pre-employment and random drug and alcohol screening Excellent situational awareness and defensive driving skills Comfortable driving for extended periods in urban and highway environments Ability to follow detailed operational procedures with high attention to detail Strong communication and reporting skills Upper-Intermediate English Experience as a professional driver, fleet driver, chauffeur, ride-hailing driver, or vehicle tester Previous experience supporting automotive testing, ADAS validation, mapping, or fleet operations Familiarity with electric vehicles (EVs) Experience working in shift-based or 24/7 operational environments Successful Autonomous Vehicle Safety Operators are calm under pressure, highly observant, and committed to safety. They enjoy working with emerging technologies and understand the importance of consistency, accuracy, and procedural compliance in supporting autonomous vehicle deployment and robotaxi fleet operations. You do not need previous experience working with autonomous vehicles - our comprehensive training program will prepare you to safely support the testing, deployment, and commercial operation of self-driving vehicles."},{"id":"32aac480b2","title":"Product Safety Engineer (ARP4754, Aerospace & defense)","focus":"Product safety","open":true,"status":"Open","role_family":"Product safety","seniority":"Mid-level","industry":"Aerospace & defense","industries":["Aerospace & defense"],"segment":"Other","standards":["ARP4754","ARP4761","DO-178C"],"standards_meta":[{"code":"ARP4754","site_code":"IEC 61508","id":"iec61508","name":"Development of Civil Aircraft and Systems","summary":"Aircraft and systems development process guidance (SAE ARP4754A)."},{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."},{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."}],"stage":"Directory listed","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Onsite","year":"2026","employment":"Contract","clearance":"Yes","languages":[],"certifications":[],"tools":[],"domains":["Sensors & perception","Product compliance"],"employer":true,"text":"Product Safety Engineer (ARP4754, Aerospace & defense) Product safety Product safety Aerospace & defense Mid-level ARP4754 ARP4761 DO-178C Join a team dedicated to ensuring the safety, environmental compliance, and certification of Canada's future River-class Destroyer fleet. Reporting to the Engineering Lead, Product Safety, you will work with internal and external stakeholders to support the execution of the Product Safety and Environmental Program across one of Canada's most advanced naval the organization projects. This role offers a unique opportunity to gain exposure to warship design and complex systems, including propulsion, sensors, weapons, and combat systems, while developing expertise in Systems Engineering disciplines such as Verification & Validation, Human Systems Integration, Supportability, and Survivability. Support the execution of the Product Safety and Environmental Program. Participate in hazard identification, risk assessments, and safety analyses. Coordinate and support Product Safety and Environmental meetings. Review vendor documentation and technical deliverables for compliance. Assess engineering changes and identify potential safety, environmental, and project impacts. Monitor evolving safety and environmental legislation, regulations, and standards. Ensure designs comply with applicable regulatory and environmental requirements throughout the project lifecycle. Promote a strong safety culture and collaborate effectively with multidisciplinary teams. Degree in Engineering or a related technical discipline. Strong analytical, problem-solving, and critical-thinking skills. Ability to review technical information and communicate findings effectively. Excellent organizational, collaboration, and stakeholder management skills. Interest in safety engineering, systems engineering, risk management, or environmental compliance. Due to the nature of work the organization does, all successful applicants must meet requirements for the Canadian Controlled Goods Program (CGP), Canadian Government Security clearance, and U.S. International Traffic in Arms Regulations (ITAR)."},{"id":"0869c135d8","title":"Product Safety Engineer (ISO 12100, Industrial machinery)","focus":"Product safety","open":true,"status":"Open","role_family":"Product safety","seniority":"Mid-level","industry":"Industrial machinery","industries":["Industrial machinery"],"segment":"Construction robotics","standards":["ISO 12100","ISO 13849","IEC 62061"],"standards_meta":[{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."}],"stage":"Directory listed","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"No","languages":["German"],"certifications":[],"tools":[],"domains":["Product compliance"],"employer":true,"text":"Product Safety Engineer (ISO 12100, Industrial machinery) Product safety Product safety Industrial machinery Mid-level ISO 12100 ISO 13849 IEC 62061 Die the organization GmbH ist Teil der the organization, einem international führenden Unternehmensverbund der Baumaschinenindustrie mit Werken in Deutschland, Brasilien, China und Indien sowie einem weltweiten Vertriebs- und Servicenetz. Als Spezialist für Maschinen und Verfahren für den Bau und die Instandsetzung von Fahrbahnen ist the organization Marktführer. Am Unternehmensstandort Windhagen arbeiten rund 2.100 Beschäftigte. Sie gestalten die Produktsicherheit unserer Maschinen aktiv mit und stellen deren weltweiten, normkonformen Einsatz sicher Sie begleiten Entwicklungsprojekte von der Idee bis zur Marktzulassung und gewährleisten die Einhaltung relevanter Richtlinien und Normen (z. B. CE-Kennzeichnung, Maschinensicherheit) Sie beraten Entwicklungsprojekte zu Produktintegrität sowie regulatorischen Anforderungen über verschiedene Produktsegmente und Märkte hinweg Sie erstellen und bewerten Risikobeurteilungen nach aktuellen normativen Anforderungen Sie entwickeln und pflegen Checklisten zur strukturierten Unterstützung des Produktentwicklungsprozesses Sie identifizieren und bewerten sicherheitsrelevante Funktionen und Konstruktionen in enger Zusammenarbeit mit den Fachbereichen Sie erstellen, pflegen und verwalten Werksnormen Sie bereiten Abnahmen durch externe Prüfstellen vor und begleiten diese Sie wirken bei der Homologation unserer Maschinen für internationale Märkte mit Sie verfügen über ein abgeschlossenes technisches Studium (z. B. Maschinenbau, Elektrotechnik, Mechatronik oder Wirtschaftsingenieurwesen) oder eine vergleichbare Qualifikation Sie bringen mehrjährige einschlägige Berufserfahrung mit, idealerweise in der Baumaschinenbranche oder vergleichbaren Industrien Sie besitzen fundierte Kenntnisse relevanter Richtlinien und Normen im Bereich Maschinensicherheit (z. B. Maschinenverordnung); Erfahrung im Risikomanagement ist von Vorteil Idealerweise haben Sie sich im Bereich Produktsicherheit weitergebildet und bereits mit CE-Software-Tools gearbeitet Sie arbeiten sich schnell in neue Themen ein und haben Freude an der Zusammenarbeit in interdisziplinären Teams Sie überzeugen durch Ihre Kommunikationsstärke sowie eine strukturierte und analytische Denkweise Sie verfügen über ein ausgeprägtes technisch-physikalisches Verständnis Sehr gute Deutsch- und Englischkenntnisse in Wort und Schrift runden Ihr Profil ab"},{"id":"6e5a70159d","title":"Lead Safety-critical Architect (ISO 26262, Product safety)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Product safety","seniority":"Principal","industry":"Automotive","industries":["Automotive","Robotics","Aerospace & defense","AI & software platforms"],"segment":"AV trucking","standards":["ISO 26262","ISO 21448"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."}],"stage":"Series D","size":"501-1,000","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["ADAS / autonomous driving","Machine learning / AI","Cybersecurity","Robotics & automation","Safety case & assessment","Requirements & traceability"],"employer":true,"text":"Lead Safety-critical Architect (ISO 26262, Product safety) Safety-critical Product safety Automotive Principal ISO 26262 ISO 21448 You will act as the architect of the safety case: defining the top-level claims, argumentation structure, evidence strategy and assurance approach that connect product intent, system behaviour, AI performance, engineering controls, validation and operational deployment into a coherent safety argument. You will provide independent challenge and advice, while enabling Engineering and Product teams to own and deliver the safety evidence required for their systems. Own the safety case strategy and architecture for the organization's robotaxi and OEM ADAS products. Define top-level safety claims, argumentation, evidence structures, and traceability from safety requirements through validation and deployment decisions. Develop safety arguments appropriate for AI-enabled autonomous driving, incorporating functional safety, SOTIF, AI safety, cybersecurity, validation, operational safety, and post-deployment monitoring. Evolve reusable safety case approaches as the organization's products, vehicle platforms, and evidence base mature. Partner with Product, Systems Engineering, AI/ML, Validation, Vehicle Engineering, Software, Hardware, and Operational Safety to define safety requirements and evidence expectations. Identify gaps, assumptions, and weaknesses in the safety argument early and drive resolution with accountable teams. Ensure product requirements, architecture, validation plans, and release criteria remain aligned with the safety case. Support technical and programme leaders in making proportionate, evidence-based safety decisions. Provide independent technical challenge of safety cases and supporting evidence. Assess whether safety arguments are coherent, complete, evidence-backed, and sufficient to support release or deployment. Highlight material gaps, uncertainties, dependencies, residual risks, and safety red lines. Provide clear recommendations to safety governance forums and senior leadership. Build a common understanding of safety case principles across the organization. Coach engineering and product leaders on structured safety argumentation, evidence quality, and traceability. Represent the safety case perspective in internal governance, customer, and technical discussions. Contribute to the organization's broader safety strategy and assurance capability. Deep experience developing or owning safety cases for complex safety-critical systems, ideally in autonomous vehicles, ADAS, robotics, aerospace, defence, or another software-intensive domain. Strong systems engineering background spanning requirements, architecture, verification, validation, and safety assurance. Proven ability to translate complex technical evidence into structured safety claims and arguments. Strong understanding of autonomous driving and AI/ML safety, including model performance, data, uncertainty, and limitations of conventional verification approaches. Experience partnering with AI/ML, engineering, systems, and product teams on safety-critical products. Strong knowledge of relevant standards, including ISO 26262, ISO 21448, ISO/PAS 8800, and ISO 3450x. Excellent technical communication and stakeholder management skills. Safety case experience with L2+/L3 ADAS or L4 ADS products. Experience with GSN or equivalent structured assurance methods. Safety evidence experience for end-to-end or foundation-model-based autonomous driving. Experience working with OEMs, regulators, assessors, or independent safety reviewers. Familiarity with operational and post-deployment safety monitoring. What we’re looking for You are an architect and systems thinker who can move comfortably between top-level safety strategy and detailed technical evidence. You are pragmatic and able to distinguish between what is essential to the safety argument and what is merely desirable. You are intellectually rigorous, curious and comfortable challenging assumptions, including established industry practice where it does not adequately address AI-enabled autonomous driving. You can work independently of Engineering and Product without becoming detached from them: your role is to provide credible challenge, direction and oversight while helping teams succeed. You are comfortable operating with uncertainty and can make clear recommendations based on the strength of the available evidence. You are open to challenge and willing to change your position when better evidence emerges. You can clearly articulate where you believe a safety red line exists, why it matters, and what evidence or mitigation would be required to move it. Success in this role A clear and credible safety case architecture exists for the organization's first robotaxi and OEM ADAS products. Engineering and Product teams understand the safety claims they support and the evidence they are responsible for delivering. Safety gaps and weak assumptions are identified early enough to influence product decisions rather than being discovered at the end of a programme. The organization develops a safety argument for AI-enabled autonomous driving that is technically rigorous, scalable and capable of standing up to scrutiny from customers, regulators and independent assessors. Senior safety and product governance has an independent, evidence-based view of whether the safety case is sufficiently strong to support release and deployment decisions."},{"id":"7ab499958e","title":"Safety-critical Lead (DO-178C, Product safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Product safety","seniority":"Principal","industry":"Automotive","industries":["Automotive","Aerospace & defense"],"segment":"Other","standards":["DO-178C","DO-254","ARP4761"],"standards_meta":[{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."},{"code":"DO-254","site_code":"IEC 61508","id":"iec61508","name":"Design Assurance for Airborne Electronic Hardware","summary":"Design assurance for complex airborne electronic hardware."},{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Hybrid","year":"2026","employment":"Full-time","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Hardware / electronics","Product compliance","Aerospace","Reliability","Safety case & assessment"],"employer":true,"text":"Safety-critical Lead (DO-178C, Product safety) Safety-critical Product safety Automotive Principal DO-178C DO-254 ARP4761 Eaton MSD Cheltenham are looking for a Principal Safety and Reliability Engineer to join the Engineering Function. In this role you will develop and support Safety Design in order that both project and statutory requirements are met and to improve the effectiveness of the safety design function within the company. The Eaton MSD Cheltenham Engineering function manages a portfolio of specialist capabilities, generating highly differentiated solutions and products by applying electronic, mechanical, and software technologies in demanding and critical environments to meet customer needs. To be a technical arbiter within the Safety Design Group Writes Safety and Reliability plans without supervision. Performs Safety and Reliability analysis without supervision. Actively influences the system design & ensures Safety and Reliability requirements are appropriately decomposed. Is an active member of the product/system development team and can provide guidance and direction real-time. Allocates design rigour requirements and can succinctly explain what they mean and how they are applied to other project team members. Can make well-informed decisions that may alter the project course, based on experience. Acts as the project Safety and Reliability focal, works closely with the Lead Engineer to define realistic but challenging timeframes. Works directly with the customer to understand and challenge Safety and Reliability approach, where appropriate. Highlights concern early and produces compelling evidence for design changes. Presents at Design Reviews autonomously. Supports Bids and Proposal as required by functional lead. Uses experience to perform Safety and Reliability impact analysis on design decisions made by the project team. Able to validate the incoming customer Safety and Reliability requirements with regards to the applicable Safety and Reliability standards and escalate discrepancies as necessary. Extensive in-depth experience of safety and reliability in aerospace Technically competent to assess and manage technical risk in their area and honestly presenting the detail and the wider impact Able to communicate succinctly and accurately on technical issues and schemes with internal and external customers and the team Capable of overseeing and approving other Safety and Reliability engineers’ work. Conversant with aerospace safety design and assessment (FMEA FTA etc.) Conversant with safety and certification requirements for aerospace Conversant with SAE ARP4761/4754 etc. Conversant with DO160, DO178, DO254 Conversant with MIL HDBK 217 reliability calculations and alternatives Conversant with the manufacturing techniques used for aerospace electronics Able and willing to participate and organise product investigations resulting from aircraft incidents Candidates must be able to work in the UK without restrictions in accordance with UK National Law and be prepared to successfully undertake an appropriate level of UK National Security Vetting according to UK Government National Security Vetting criteria. We promote a workplace that welcomes people from all backgrounds and cultures; believing that this will increase our diversity of thinking, and ultimately ensure we continue delivering on our commitments to our customers. Familiarity with aerospace materials and components Familiarity with aspects of PCB design Familiarity with aspects of EMC techniques Familiarity with system design practice"},{"id":"4db2376f5b","title":"Safety-critical Lead (IEC 61508, Product safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Product safety","seniority":"Principal","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Unknown","standards":["IEC 61508","ISO 12100","ISO 26262"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."}],"stage":"Not listed in company directory","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":false,"text":"Safety-critical Lead (IEC 61508, Product safety) Safety-critical Product safety Cross-industry safety Principal IEC 61508 ISO 12100 ISO 26262"},{"id":"d1cc4f368e","title":"Functional Safety Engineer (ISO 12100, Product safety)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Product safety","seniority":"Senior","industry":"Industrial machinery","industries":["Industrial machinery","Medical"],"segment":"Unknown","standards":["ISO 12100","ISO 13849","IEC 62061"],"standards_meta":[{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."}],"stage":"Not listed in company directory","size":"Unknown","country":"United States","region":"North America","location":"Kentucky, US","work_mode":"Remote","year":"2026","employment":"Full-time","clearance":"No","languages":[],"certifications":["Certified Machinery Safety Expert (CMSE)"],"tools":[],"domains":["Industrial control","Product compliance","Rail signalling"],"employer":false,"text":"Functional Safety Engineer (ISO 12100, Product safety) Safety-critical Product safety Industrial machinery Senior ISO 12100 ISO 13849 IEC 62061 You will educate, advise and support the growth of the organization as we deliver on our purpose of saving lives by providing the best safety solutions. This is a genuine opportunity to shape how the industry thinks about machinery safety compliance and training. Drive internal and external activity that positions the organization as a trusted safety authority, including site visits, webinars, and standards and technical workshops Ensure the Safety Services strategy and roadmap aligns with engineering design/specification capability with customer demand and market/regulatory requirements across the UK, USA, Europe, Australia, China and India. Act as the senior authority on machinery safety standards (e.g. Machinery Directive/Regulation, UKCA/CE marking, relevant IEC/EN standards) both internally and with customers, distributors and regulators. Create content and deliver first-class training on B11 to educate the wider workforce on machinery safety related standards Support New Product Development (NPD) and New Product Introduction (NPI) activity, ensuring compliance and regulatory requirements are designed in from concept through to launch. Support the development of the organization training academy proposition Partner with Product Management and Marketing to translate technical and regulatory content into accessible, engaging customer-facing training materials Support New Product Development (NPD) and New Product Introduction (NPI) activity, ensuring compliance and regulatory requirements are designed in from concept through to launch Proven machinery safety standards knowledge and application expertise within machinery safety, industrial automation, EHS, product compliance or a related regulated engineering environment. Strong working knowledge of machinery safety standards and regulatory frameworks (e.g. Machinery Directive/Regulation, UKCA/CE marking, ISO/EN standards). Strong communication and collaboration skills Experience as an effective trainer with the ability to make the complex simple Strong analytical and problem-solving skills, with the ability to interpret complex regulatory requirements into practical guidance A meticulous approach, with a continuous improvement mindset The ability to lead and influence without formal authority A university degree or equivalent experience gained on the job in engineering, health & safety, or a related discipline; relevant professional certification (e.g. CMSE, NEBOSH) desirable."},{"id":"b9439d604f","title":"Senior Functional Safety Engineer (ARP4761)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Product safety","seniority":"Senior","industry":"Automotive","industries":["Automotive","Aerospace & defense"],"segment":"Drones eVTOL","standards":["ARP4761"],"standards_meta":[{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."}],"stage":"Directory listed","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Hybrid","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Aerospace","Reliability"],"employer":true,"text":"Senior Functional Safety Engineer (ARP4761) Safety-critical Product safety Automotive Senior ARP4761 We are looking for people that will have the following qualifications and experiences: Demonstrated experience (5+ years) in a Safety Engineering role from aerospace or automotive, having worked across all phases of the lifecycle. Ideally you would have hands on experience with systems engineering, and you will have familiarity with eVTOL Certification regulations from the TCCA, FAA, and EASA. As part of the team, you will tackle challenges and deliver something that has never been done before. The team is currently full of multi-skilled individuals who are some of the first Engineers to have joined the organization. Your future team has an open, honest, and family first culture, who work hard and have fun doing it. No Holiday Cap Hybrid Work Options Location. We have a growing team in the Ottawa area, who are onsite in Lindsay less often. If you are in the region, please do apply and we can discuss options with you. Not Quite Your Profile?"},{"id":"84e47db662","title":"Senior Functional Safety Engineer (EN 50126, Product safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Product safety","seniority":"Senior","industry":"Rail","industries":["Rail"],"segment":"Rail supplier","standards":["EN 50126","EN 50128","EN 50129"],"standards_meta":[{"code":"EN 50126","site_code":"EN 50126","id":"en50126","name":"Railway RAMS","summary":"Specification and demonstration of Reliability, Availability, Maintainability and Safety for railway applications."},{"code":"EN 50128","site_code":"EN 50128","id":"en50128","name":"Railway Software","summary":"Software for railway control and protection systems, defining software SIL requirements and lifecycle."},{"code":"EN 50129","site_code":"EN 50129","id":"en50129","name":"Railway Signaling Safety Cases","summary":"Safety-related electronic systems for railway signaling, including the structure of the safety case."}],"stage":"Directory listed","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Hybrid","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":["IBM DOORS","Isograph / FaultTree+"],"domains":["Reliability","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Senior Functional Safety Engineer (EN 50126, Product safety) Safety-critical Product safety Rail Senior EN 50126 EN 50128 EN 50129 The organization is now hiring a Senior Safety & RAM Engineer working within a team of professionals working on specific projects or helping to develop our expanding portfolio of projects. This role would be supporting projects across Canada and flexible with a hybrid work model in one our Canadian the organization offices. You are a Safety & RAM professional working for Transportation / Railway Projects. Being a part of the team, you are involved in Project Life Cycle activities & worked closely with Project Engineering (Design and V&V) Teams, peers & the Customers. You are responsible for establishing and/or maintaining the safety management and engineering processes that will be followed to demonstrate the safety of the system. Using the customer requirements and the country-specific regulations/standards to be applied, you will establish the system requirements with regard to reliability (R), availability (A), maintainability (M) and safety (S) Your role also includes Close coordination with engineering, development, system suppliers, validation, assessors/authorities to ensure that work is performed efficiently Safety Case demonstration based on EN50129 and system life cycles activities according to EN50126. Documentation for demonstration of overall system performance and agreed safety acceptance criteria. Identification and management of hazards and assessment of the associated risks(Hazard Log management) Conducting Safety Analyses. Support for System Safety Plan, Safety Reports and other safety documents like Fault Tree Analysis (FTA), Preliminary Hazard Analysis (PHA), System / Sub-System Hazard Analysis (SHA / SSHA), Interface Hazard Analysis (IHA), Operational & Support Hazard Analysis (OSHA) and overall Hazard log management. Conducting RAM Analyses. Support for System RAM Plan, RAM Analysis and Prediction, Reliability Block Diagram (RBD), Failure Modes Effects & Criticality Analysis (FMEA / FMECA),Quantitative Risk Assessment, RAM Demonstration, FRACAS analysis, Spare calculation. Implementation of quality, configuration, and documentation management directives applicable. Review and validate Verification and Validation process and T&C activities from a Safety perspective. Participation in Safety Reviews managed by Quality team. Review for adherence to RAMS requirements, e.g., review of system architecture, SRS, other project documents You have degree (Master's/Bachelors) in technical engineering, preferably in electrical/electronic engineering with 8+ years of relevant experience. Professional Engineer registration with active membership in a professional engineering society is an advantage Technical knowledge on main subsystems of a railway turnkey project. Experience in reading and understanding technical requirements. Knowledge on standards associated with CEN EN50128, 50129, 50126 Experience with ISO/IEC/IEEE-15288 Standard for Systems and Software Engineering processes, and alignment with the RAMS Lifecycle Practitioner of ALARP principle. Knowledge on MIL-HDBK-217 FN2 or similar standards Knowledge on MIL-STD-1629A or similar standards Experience with Reliability Analysis tools Isograph Reliability Workbench, ReliaSoft, Item Toolkit,Relex or similar tools Familiar with Configuration tools like DOORS ClearQuest, Livelink, Citrix Application. This position is part of our Critical Infrastructure team. For more than 80 years, our experts have designed and delivered the critical infrastructure that connects and protects communities around the world. We work in collaborative teams, both within the company and with our partners and customers, to plan, design, build, and modernize infrastructure. We take special pride in projects and solutions that improve communities as well as people’s quality of life by promoting economic growth, enhancing mobility, and increasing sustainability and resiliency. Powered by our people, we provide the imagination necessary to support our customers’ visions—and to help them see what's next! This job posting is for a current addition or replacement opportunity within the organization. The organization is aware of fraudulent recruitment practices. To learn more about recruitment fraud and how to report it, please refer to"},{"id":"1576206e24","title":"Senior Functional Safety Engineer (IEC 61508, Product safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Product safety","seniority":"Senior","industry":"Robotics","industries":["Robotics","Medical","AI & software platforms"],"segment":"Warehouse automation","standards":["IEC 61508"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Massachusetts, US","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":["TUV Functional Safety Engineer"],"tools":["Python","C / C++","Rust"],"domains":["Machine learning / AI","Embedded software","Hardware / electronics","Robotics & automation","Product compliance","Reliability","Hazard analysis"],"employer":true,"text":"Senior Functional Safety Engineer (IEC 61508, Product safety) Safety-critical Product safety Robotics Senior IEC 61508 Design and implement safety-relevant software components in modern C++17 running on QNX and POSIX-based systems. Develop software services that interface directly with hardware peripherals, low-level communication protocols, and vendor SDKs. Build and maintain Python-based hardware-in-the-loop (HIL) test automation infrastructure. Participate in functional safety activities including hazard analysis, DFMEA, FMEDA, fault tree analysis, and safety reviews. Collaborate with systems engineers, hardware engineers, project managers, and cross-functional development teams to achieve system safety goals. Improve build systems, CI pipelines, developer tooling, and software test infrastructure used across the engineering organization. Support internal audits, third-party safety assessments, and functional safety compliance efforts throughout the product lifecycle. Travel up to 25% as needed to support integration, testing, and cross-functional collaboration. This is a hands-on engineering role focused on modern C++ development in QNX and POSIX-based environments. You will contribute to software architecture, hardware integration, test infrastructure, and functional safety activities while partnering closely with systems engineering, hardware, and cross-functional development teams. The Functional Safety Software team is part of the Software Engineering organization, which is responsible for building the intelligent software platforms that power the organization's advanced automation systems. The team develops safety-critical software applications that coordinate and enforce the safe operation of robotics, automation hardware, and warehouse control systems across large-scale deployments. Our development culture emphasizes thoughtful engineering, maintainable systems, technical rigor, and collaborative problem solving. We value engineers who take ownership, communicate clearly, and contribute to improving both the software and the development processes around it. Bachelor’s degree in Computer Engineering, Electrical Engineering, Computer Science, or related engineering discipline; Master’s degree preferred. Minimum of 5 years of experience developing systems-level or embedded software in complex technical environments. Strong experience with C++, C, Rust, Go, or similar systems programming languages, with interest in modern C++ development. Strong understanding of POSIX userspace concepts including threads, sockets, signals, IPC, and shared memory. Experience working close to hardware, including interpreting datasheets, register maps, and hardware interface documentation. Professional experience developing Python tooling or automation infrastructure, particularly for testing or integration workflows. Familiarity with software development best practices including version control, code reviews, CI/CD, documentation, and maintainable software architecture. Strong written and verbal communication skills with the ability to work effectively across matrixed engineering organizations. Experience with QNX or other real-time operating systems (RTOS). Exposure to functional safety standards such as IEC 61508. TÜV Functional Safety Engineer (FSE) certification. Experience with hardware-in-the-loop (HIL) testing and automation. Experience integrating vendor SDKs or working with binary communication protocols. Contributions to open-source software projects or experience working in open-core development environments. Up to 25% of travel may be required. Employees must have a valid driver’s license and the ability to drive and/or fly to client and other customer locations. The employee is responsible for owning a credit card and managing expenses personally to be reimbursed on a bi-weekly basis. The organization is an automation technology leader reimagining the supply chain with its end-to-end, AI-powered robotic and software platform. The organization reinvents the warehouse as a strategic asset for the world’s largest retail, wholesale, and food & beverage companies. Applying next-gen technology, high-density storage and machine learning to solve today's complex distribution challenges, the organization enables companies to move goods with unmatched speed, agility, accuracy and efficiency. As the backbone of commerce the organization platform transforms the flow of goods and the economics of supply chain for its customers. For more information, visit"},{"id":"8a5f0ee298","title":"Senior Functional Safety Engineer (IEC 62304)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Product safety","seniority":"Senior","industry":"Medical","industries":["Medical"],"segment":"Other","standards":["IEC 62304","ISO 14971","IEC 60601"],"standards_meta":[{"code":"IEC 62304","site_code":"IEC 62304","id":null,"name":"Medical Device Software - Software Life Cycle Processes","summary":"Software safety classes and lifecycle requirements for medical device software."},{"code":"ISO 14971","site_code":"ISO 14971","id":null,"name":"Medical Devices - Application of Risk Management","summary":"Risk management process for medical devices across the product lifecycle."},{"code":"IEC 60601","site_code":"IEC 60601","id":null,"name":"Medical Electrical Equipment - Basic Safety and Essential Performance","summary":"Safety and performance requirements for medical electrical equipment."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Hybrid","year":"2026","employment":"Part-time","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Process safety","Reliability","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Senior Functional Safety Engineer (IEC 62304) Safety-critical Product safety Medical Senior IEC 62304 ISO 14971 IEC 60601 We’re excited to hear from professionals with expertise in any of the following areas Delivering high quality technical work to support the demonstration that a facility or system can be operated safely and in compliance with regulatory requirements. Writing and reviewing of safety assessments and safety case documents. Leading HAZID/HAZOP studies Produce and check technical calculations and reports Develop clear, logical, and well-structured technical arguments and justifications. Liaising with clients to understand their challenges and developing solutions. Representing the business in technical meetings with clients, regulators and other third parties. Helping to maintain the technical capability/knowledge of the community and mentoring junior team members (as appropriate). Sharing of technical best practices across projects. Chartered Member of a professional institute (or equivalent demonstrable experience) or working towards either Chartered or Incorporated Engineer status with a relevant professional body. Proven experience in safety case management and/or delivery within an operational and highly regulated environment. Knowledge of nuclear plant systems or structures, and associated design and assessment guidelines Experience of executing project tasks against relevant standards and best practices. Good communication skills and ability to articulate information to a broad range of stakeholders."},{"id":"0c9e79bbe7","title":"Senior Functional Safety Engineer (ISO 13849, Product safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Product safety","seniority":"Senior","industry":"Robotics","industries":["Robotics","Industrial machinery","Medical","Aerospace & defense","Energy & process","Testing & certification services"],"segment":"Other","standards":["ISO 13849","ISO 12100"],"standards_meta":[{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."}],"stage":"Directory listed","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Onsite","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Cybersecurity","Electrification / battery","Hardware / electronics","Robotics & automation","Product compliance","Reliability","Safety case & assessment","Hazard analysis","Requirements & traceability"],"employer":true,"text":"Senior Functional Safety Engineer (ISO 13849, Product safety) Safety-critical Product safety Robotics Senior ISO 13849 ISO 12100 If you’ve spent your career working on problems that matter and want to see them actually reach the world - this is that moment. We’re scaling, we’re hiring with intention, and we need people who want to build something that will genuinely change how humans spend their time safely creating abundance for all. Deep technical understanding of product safety, compliance, and certification for complex electromechanical or robotic systems. Strong ability to interpret complex standards and turn them into practical engineering requirements and design guidance. First-principles problem solver who can investigate safety issues, understand the underlying technical mechanism, and develop effective corrective actions. Strong understanding of system and functional safety methodologies, including risk assessment, FMEA/FMEDA, STPA, safety functions, and risk-reduction verification. Effective cross-functional partner who can work directly with Hardware, Electrical, Battery, Software, AI, Systems, Test & Validation, and Reliability teams. Strong project ownership with the ability to manage multiple certification workstreams, external partners, dependencies, and aggressive development schedules. Clear technical communicator who can explain regulatory and safety requirements to engineers and leadership. Bachelor’s degree in Mechanical Engineering, Electrical Engineering, Systems Engineering, or a related engineering discipline. 5+ years of experience in product safety, safety compliance, certification, or a closely related engineering role involving robotics, complex electromechanical products, machinery, autonomous systems, or similar products. Strong working knowledge of applicable robotics, battery, electrical, and materials safety standards, including standards such as ANSI/CAN/UL 3300, ISO 12100, ISO 13849-1, ANSI/CAN/UL 2271, UL 1642, IEC 62133-2, UL 94, or related requirements. Experience applying system safety and functional safety methods, including risk assessment, FMEA/FMEDA, STPA, safety-function definition, and verification of risk-reduction measures. Demonstrated ability to translate standards into engineering requirements, design guidance, test procedures, and objective compliance evidence. Experience working with test organizations, external laboratories, and certification bodies through certification or compliance testing. Experience with safety certification of robots, autonomous machines, industrial machinery, consumer electromechanical products, or products designed to operate around people. Experience with cybersecurity or AI-related safety and compliance frameworks for connected or autonomous products. Experience developing internal compliance guidelines, design standards, checklists, or engineering tools. Participation in UL, ANSI, ISO, IEC, ASTM, or other standards committees or working groups. Experience taking a product through third-party certification from requirements definition through final certification. Experience working in a startup or rapidly evolving product environment where standards and requirements are still developing. Team members at the organization who thrive here are builders. They move fast, own their work completely, and treat time like it’s the one thing you can’t get back - because it is. They say what they mean, finish what they start, and hold themselves to a standard before anyone has to ask. We push each other to be better, and we do it with honesty and respect."},{"id":"0922a719e7","title":"Senior Functional Safety Engineer (ISO 14971, Product safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Product safety","seniority":"Senior","industry":"Robotics","industries":["Robotics","Medical"],"segment":"Unknown","standards":["ISO 14971","IEC 60601"],"standards_meta":[{"code":"ISO 14971","site_code":"ISO 14971","id":null,"name":"Medical Devices - Application of Risk Management","summary":"Risk management process for medical devices across the product lifecycle."},{"code":"IEC 60601","site_code":"IEC 60601","id":null,"name":"Medical Electrical Equipment - Basic Safety and Essential Performance","summary":"Safety and performance requirements for medical electrical equipment."}],"stage":"Not listed in company directory","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Embedded software","Robotics & automation","Product compliance","Medical devices","Safety case & assessment","Requirements & traceability"],"employer":false,"text":"Senior Functional Safety Engineer (ISO 14971, Product safety) Safety-critical Product safety Robotics Senior ISO 14971 IEC 60601 The Robotics and Digital solutions (RAD) group, part of the organization & the organization family of companies, is recruiting for a Sr. Compliance Engineer (Safety). At the organization, we are building the future of robotic surgery and healthcare through innovation and technical excellence. Our goal is to develop advanced robotic platforms that are precise, reliable, and accessible. Our team focuses on creating solutions that empower surgeons and improve patient outcomes worldwide. Develop, review, and maintain risk management documentation and responses per ISO 14971; ensure traceability from hazards to mitigations and test evidence. Lead execution of basic safety and electrical safety verification per IEC 60601-1 and associated particular and collateral standards. Perform basic safety tests including dielectric strength/hi pot, leakage current, structural integrity, etc. Coordinate cross-functional safety design reviews with Hardware, Regulatory, Quality, and Manufacturing teams to support product development and regulatory filings. Support external audits, supplier assessments, and interactions with notified bodies/regulatory agencies as needed. Bachelor's degree in Electrical engineering (or equivalent). Minimum 5+ years of hands‑on safety testing experience. Demonstrated experience evaluating product safety and regulatory compliance against IEC 60601-1 (General Standard), including applicable particular (60601-2-x) and collateral standards (60601-1-x) for medical electrical equipment. Hands-on experience executing medical product safety testing under IEC 60601-1, IEC 60601-2-18, IEC 80601-2-77 and IEC 60601-2-2, including interpretation of test results and assessment of compliance against standard requirements. Proven ability to assess product designs for electrical, mechanical, and thermal safety, ensuring alignment with applicable IEC requirements and supporting risk management activities in accordance with ISO 14971. Strong technical writing skills and experience producing test plans and protocols, detailed test reports, and compliance artifacts suitable for audits and regulatory submissions. Excellent interpersonal skills collaborating across engineering, quality, and regulatory teams. IEC Standards, Medical Device Compliance, Product Safety Standards, Safety Compliance, Technical Writing Documentation Experience in medical device product development and regulatory submissions. Experience with medical devices comprised of complex capital equipment Proven hands‑on experience performing basic electrical safety tests: hi pot/dielectric strength, earth/continuity, patient/earth/touch leakage current, and mechanical structural integrity. This position is eligible to participate in the Company’s long-term incentive program. Accelerating, Coaching, Critical Thinking, Design Mindset, Feasibility Studies, Process Improvements, Product Design, Product Knowledge, Program Management, Prototyping, Research and Development, Robotic Automation, SAP Product Lifecycle Management, Smart Systems, Technical Research, Technical Writing, Technologically Savvy"},{"id":"13e06d83fd","title":"Senior Functional Safety Engineer (ISO 21448, Product safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Product safety","seniority":"Senior","industry":"AI & software platforms","industries":["AI & software platforms"],"segment":"Unknown","standards":["ISO 21448","UL 4600","ISO 8800"],"standards_meta":[{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."},{"code":"UL 4600","site_code":"UL 4600","id":"ul4600","name":"Evaluation of Autonomous Products","summary":"Safety case framework for fully autonomous products operating without human supervision."},{"code":"ISO 8800","site_code":"ISO 8800","id":"iso8800","name":"Road Vehicles - Safety and Artificial Intelligence","summary":"Guidance for assuring AI-based functions in road vehicles: data quality, model behavior bounds, and AI-specific verification evidence, extending ISO 26262 and ISO 21448."}],"stage":"Not listed in company directory","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Machine learning / AI","Product compliance","Safety case & assessment"],"employer":false,"text":"Senior Functional Safety Engineer (ISO 21448, Product safety) Safety-critical Product safety AI & software platforms Senior ISO 21448 UL 4600 ISO 8800 We are looking for an experienced pharmacovigilance professional to serve as our Senior Safety Domain Expert for the organization Falcon. In this role, you will bridge hands-on case processing execution with high-level strategic vision for the future of PV Operations, directly shaping next-generation AI and automation tools. You will spend your days collaborating with our internal technical teams and external early adopters, acting as the definitive \"Voice of the Customer\" to ensure our platform delivers flawless safety automation. End-to-End Workflow Guidance: Advise product and engineering teams on the detailed steps of safety case intake, triage, validation, and advanced data reconciliation workflows AI Calibration & Verification: Actively review, evaluate, and verify AI-driven platform outputs across case intake and processing steps to ensure maximum precision, accuracy, and safety compliance Strategic PV Ops Vision: Translate macro industry trends and operational shifts in PV into actionable platform capabilities and long-term automation strategies Early Adopter Engagement: Interact directly with PV leads and processing specialists at early adopter organizations, translating their feedback into actionable platform enhancements Stress-Test Scenario Building: Map out highly complex, multi-variable safety case scenarios to rigorously evaluate and calibrate the platform's reasoning boundaries 5+ years of active experience in Pharmacovigilance / Drug Safety Operations Deep tactical understanding of day-to-day case processing workflows, intake, validation criteria, database reconciliation, and global expedited reporting timelines Strategic PV Operations expertise with a clear vision of how PV operating models are evolving toward automation and digital transformation Demonstrated AI experience, including active involvement with AI-driven software, automated workflow tools, agentic AI, or machine learning applications in pharmacovigilance or life sciences Strong ability to bridge PV operational knowledge with technical product teams and present confidently to executive customers Prior experience contributing to the design, implementation, or user-acceptance testing (UAT) of automated pharmacovigilance intake solutions Within 3 days, you will receive a link to a personality assessment administered by a third party. Once you complete the assessment, our team will review your full application package and follow up via email with our decision. If moving to the interview stage, the process is as follows A conversation with the hiring manager A practical case exercise A final conversation with our group's Senior Leader. Once all interviews are complete, the manager will be in touch with a final decision."},{"id":"4c29eda0cf","title":"Senior Functional Safety Engineer (ISO 26262, Product safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Product safety","seniority":"Senior","industry":"Automotive","industries":["Automotive","Medical","Aerospace & defense","Energy & process"],"segment":"Drones eVTOL","standards":["ISO 26262","ISO 21448","ISO/SAE 21434"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."},{"code":"ISO/SAE 21434","site_code":"ISO 21434","id":"iso21434","name":"Road Vehicles - Cybersecurity Engineering","summary":"Automotive cybersecurity lifecycle: threat analysis and risk assessment (TARA), security requirements, and post-production monitoring. The security companion to ISO 26262."}],"stage":"Directory listed","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":["Ansys","MATLAB","Python"],"domains":["Cybersecurity","Electrification / battery","Aerospace","Reliability"],"employer":true,"text":"Senior Functional Safety Engineer (ISO 26262, Product safety) Safety-critical Product safety Automotive Senior ISO 26262 ISO 21448 ISO/SAE 21434 Our system strengthens supply chains, reduces congestion, and gives people time back. With more than 140 million commercial autonomous miles safely flown, the organization is redefining access to healthcare, consumer products, and food across the globe. Own the organization's crash safety analysis strategy for full-vehicle and component-level events; define load cases, failure modes, analysis methods, acceptance criteria, and reporting standards. Design and develop custom mechanical test equipment supporting impact, crush, penetration, drop, abuse, fire, vibration, and structural testing of batteries and aircraft hardware. Build and execute nonlinear explicit-dynamics models for aircraft and component crash, impact, drop, crush, penetration, and abuse events. Evaluate structural deformation, energy absorption, load paths, battery containment, electrical isolation, and other post-crash hazards. Translate analysis results into design changes that improve containment, isolation, damage tolerance, and safe post-crash behavior. Own durability analysis for powertrain components including busbars, motors, batteries, mounts, and supporting structures. Evaluate static and dynamic strength, modal response, random vibration, shock, harmonic loading, thermal-mechanical cycling, and fatigue life. Develop rapid first-principles studies and reduced-order models to guide design trades before committing to detailed simulation. Deliver clear engineering guidance quickly as aircraft and component configurations evolve. Build and maintain vehicle-level and detailed finite element models with appropriate fidelity for global load paths, local stresses, nonlinear contact, material behavior, joints, interfaces, and failure modes. Plan analysis correlation with the test team: define pre-test predictions, instrumentation needs, data-processing methods, and post-test correlation workflows. Support crash safety, abuse, and structural validation campaigns by rapidly developing new test capabilities and modifying existing equipment. Collaborate daily with design, powertrain, battery, systems, reliability, and test teams to drive part development and product-level decision making with respect to crash safety and structural performance. Minimum of 5 years of experience in CAE, structural analysis, crash safety, durability, or an equivalent discipline. Demonstrated ownership of full-vehicle or component crash analysis, preferably in automotive, aerospace, motorsports, or other safety-critical industries. Deep capability with nonlinear finite element analysis and explicit dynamics. Experience with LS-DYNA, Abaqus/Explicit, Radioss, PAM-CRASH, or equivalent tools. History of performing durability analysis involving fatigue, random vibration, shock, harmonic response, thermal-mechanical cycling, and bolted joints. Knowledge of powertrain hardware such as motors, busbars, and battery packs. Proficiency with Nastran, FEMAP, ANSA, HyperMesh, nCode, ANSYS, Simcenter 3D, or equivalent CAE software. Proficiency with NX, SolidWorks, or equivalent CAD software. Proficiency with Python, MATLAB, or equivalent scripting tools to automate model creation, post-processing, data reduction, and engineering reports. Strong engineering fundamentals in mechanics, energy absorption, nonlinear material behavior, plasticity, contact, joint modeling, fasteners, composites, metals, polymers, and failure modes. Proven track record of analysis correlation: defining pre-test predictions, selecting instrumentation, processing test data, evaluating model agreement, and updating models based on hardware results. Must-have traits: clear owner mentality with rapid decision cadence, tolerance for ambiguity, and disciplined documentation habits. Must be eligible to work in the US. The organization builds autonomous delivery aircraft and ground systems that operate daily in demanding field environments. Safe products begin with rigorous analysis and validation. As a Senior CAE Engineer you will evaluate structural integrity, crashworthiness, battery safety, and failure modes of components and assemblies under extreme loading conditions. You will work closely with the Powertrain and Battery teams to ensure that our powertrain components and energy storage systems remain safe throughout their lifecycle, including impact, crush, vibration, thermal, and post-crash events. You will drive a tight design-test-analysis loop that supports the development of robust mechanical test equipment that reproduces real world conditions safely, accurately, and repeatably. You will accelerate product development while generating the engineering evidence needed to make confident design decisions. This role reports into the Structural Analysis Lead and is based at the organization's manufacturing and test facility in South San Francisco. How to know if it's you: You’ve built your own prototypes to get quick answers, pencil and paper calculations are always your first step, you prefer simple and fast over detailed and large, you are on the floor during system testing. On any given day you could be building test articles in our prototype labs, developing simple models to inform design trade studies, performing structural tests to validate analysis, working across disciplines to tackle complex system level challenges, or in the field supporting system tests. The organization was founded by engineers dedicated to making the world a better place. We are building a new global industry and are looking for a talented engineer who takes a hands-on approach and will use analysis to drive design. The ideal candidate will be someone who excels in a fast paced, dynamic environment and is excited to own and drive simple, elegant solutions to complex problems."},{"id":"83876f70bf","title":"Safety-critical Manager (ISO 12100, Program / project management)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Program / project management","seniority":"Lead / Manager","industry":"Industrial machinery","industries":["Industrial machinery","Medical"],"segment":"Off highway","standards":["ISO 12100","ISO 13849","IEC 62061"],"standards_meta":[{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"North Carolina, US","work_mode":"Onsite","year":"2026","employment":"Part-time","clearance":"No","languages":[],"certifications":[],"tools":["Simulink","MATLAB","Vector (CANoe/CANape)","Git"],"domains":["Embedded software","Sensors & perception","Product compliance"],"employer":true,"text":"Safety-critical Manager (ISO 12100, Program / project management) Safety-critical Program / project management Industrial machinery Lead / Manager ISO 12100 ISO 13849 IEC 62061 This position within Integrated Machine Systems supports the design and development of Building Construction Products (BCP) Machine Safety Systems for release to production in a manner that ensures superior performance, durability, quality, and serviceability. The position will function as both an individual contributor and a member of a cross-functional project team supporting BCP machine products. Success in this role requires a deep understanding of Collision Mitigation Systems (CMS 1.1, CMS 1.2, and CMS 1.5), machine and domain software architectures, third-party component integration, and safety-related machine features such as Seat Belt 2.0. The Safety Systems Coordinator serves as the primary technical liaison between product groups and engineering teams, helping to define requirements, coordinate system integration activities, and ensure the successful delivery of machine safety solutions. Coordinate Integrated Machine Systems support for product group activities. Document requirements and supporting information required for regulatory compliance. Support software verification activities on test benches and machines. Configure and maintain test bench hardware and software environments. Develop, execute, and document verification and validation test plans. Evaluate and support the development of new machine safety features. Gather, document, and manage feature requirements and specifications. Provide technical support for machine development programs. Lead or support troubleshooting and resolution of software and system defects. Coordinate integration activities between electronic control modules, sensors, displays, and third-party components. Communicate technical information effectively to clients, team members, suppliers, process partners, and leadership. Support product releases through system verification, issue resolution, and production implementation activities. Serve as the technical leader for assigned machine safety systems, providing direction and guidance throughout concept development, validation, and production release. Lead cross-functional teams in defining system requirements, resolving technical issues, and delivering solutions that meet product objectives, regulatory requirements, and customer expectations. Drive alignment between product groups, software teams, electronics teams, validation teams, suppliers, and process partners to ensure successful integration of machine safety features. Provide technical stewardship of Collision Mitigation Systems and related safety technologies, influencing design decisions and promoting best practices across the organization. Demonstrate ownership and accountability for system-level performance, quality, timing, and issue resolution throughout the product lifecycle. Identify technical risks early and lead mitigation activities to minimize impacts on cost, quality, delivery, and customer satisfaction. Championing a culture of safety by ensuring all designs, requirements, and validation activities support safe machine operation and compliance with applicable standards and regulations. Mentor and support engineers and team members through technical coaching, knowledge sharing, and collaborative problem solving. Analytical Thinking: Knowledge of techniques and tools that promote effective analysis; ability to determine the root cause of organizational problems and create alternative solutions that resolve these problems. Communicating Complex Concepts: Knowledge of effective presentation tools and techniques to ensure clear understanding; ability to use summarization and simplification techniques to explain complex technical concepts in simple, clear language appropriate to the audience. Technology Advising: Knowledge of effective advisory methods and ability to provide valued information and advice to clients regarding products, technologies, services and solutions for a specific technology domain. Conceptual Thinking: Knowledge of thinking and reasoning at a conceptual level; ability to identify the critical ideas and interdependencies among system elements that impact performance. Embedded Systems: Knowledge of embedded systems and their applications; ability to develop embedded systems with varying levels of complexity to control the operations of the machine it is embedded within. Requirements Analysis: Knowledge of tools, methods, and techniques of requirement analysis; ability to elicit, analyze and record required business functionality and non-functionality requirements to ensure the success of a system or software development project. Product Development in Manufacturing: Knowledge of methodologies, tools and techniques of product development; ability to design, build and manage manufacturing of new products. Bachelor’s degree in electrical engineering, Computer Engineering, or a related engineering field. Solid demonstrated experience in software development, embedded controls, machine systems, or related engineering disciplines. Demonstrated technical leadership and project coordination skills. Strong analytical and problem-solving capabilities. Proven ability to effectively communicate technical information to diverse audiences including team members, leadership, customers, and suppliers. Experience troubleshooting electrical and electronic control systems. Experience with machines, engine, or embedded control system development. Knowledge of the organization diagnostic and event systems. Knowledge of service tools, SuperCom II, and Vector-based development tools. Experience with safety-critical systems and functional safety concepts. Experience coordinating cross-functional NPI (New Product Introduction) activities. GIT MATLAB/Simulink CANape, CANalyzer ET Service Tool Ethernet-based communication systems CAN / SAE J1939 networks"},{"id":"508590cca4","title":"Safety-critical Director (IEC 61508)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Safety leadership","seniority":"Executive","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Defense space","standards":["IEC 61508","ISO 12100","ISO 26262"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Utah, US","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Safety-critical Director (IEC 61508) Safety-critical Safety leadership Cross-industry safety Executive IEC 61508 ISO 12100 ISO 26262"},{"id":"1a785689ef","title":"Safety-critical Director (IEC 62304)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Safety leadership","seniority":"Executive","industry":"Medical","industries":["Medical","Aerospace & defense","Testing & certification services"],"segment":"Unknown","standards":["IEC 62304","ISO 14971","IEC 60601"],"standards_meta":[{"code":"IEC 62304","site_code":"IEC 62304","id":null,"name":"Medical Device Software - Software Life Cycle Processes","summary":"Software safety classes and lifecycle requirements for medical device software."},{"code":"ISO 14971","site_code":"ISO 14971","id":null,"name":"Medical Devices - Application of Risk Management","summary":"Risk management process for medical devices across the product lifecycle."},{"code":"IEC 60601","site_code":"IEC 60601","id":null,"name":"Medical Electrical Equipment - Basic Safety and Essential Performance","summary":"Safety and performance requirements for medical electrical equipment."}],"stage":"Not listed in company directory","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Aerospace"],"employer":false,"text":"Safety-critical Director (IEC 62304) Safety-critical Safety leadership Medical Executive IEC 62304 ISO 14971 IEC 60601 The Director, Operational & System Safety (certificate Director of Safety) is primarily tasked with the development and implementation of the Safety Management System (SMS). The position reports directly to the Chief Safety Officer on all internal safety matters. Graduation from an accredited college or university with a Bachelor’s degree in Safety Management, Aviation Management, or a directly related field, PLUS three (3) years of work experience in developing and managing safety programs, of which one year is in a supervisory role related to the responsibilities of the position, or an equivalent combination of education, training and experience. The employee’s primary workstation is located at the Camarillo Airport in a standard office environment. This role requires regular movement between office spaces and operational areas, including outdoor airport ramp areas, aircraft hangars, and surrounding office buildings. Duties may involve exposure to varying weather conditions, aircraft noise, and typical aviation-related environments. This is a full-time, exempt position. The general business hours for this role are Monday through Friday; however, due to the nature of the organization’ 24/7, 365-day operation, hours and days may vary based on business needs. The position may require flexibility to work outside of standard business hours, including early mornings, evenings, weekends, and holidays. This role interacts regularly with external clients and internal employees and may occasionally require availability beyond normal business hours to support operational demands."},{"id":"c747eae370","title":"Safety-critical Director (ISO 10218)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Safety leadership","seniority":"Executive","industry":"Robotics","industries":["Robotics","Industrial machinery"],"segment":"Unknown","standards":["ISO 10218","ISO/TS 15066","ISO 13849"],"standards_meta":[{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."},{"code":"ISO/TS 15066","site_code":"ISO/TS 15066","id":"ts15066","name":"Collaborative Robots","summary":"Guidance for collaborative robot operation, including power and force limiting thresholds."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."}],"stage":"Not listed in company directory","size":"Unknown","country":"Unknown","region":"Unknown","location":"Munich","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":["English","German"],"certifications":[],"tools":[],"domains":["Robotics & automation","Reliability","Requirements & traceability"],"employer":false,"text":"Safety-critical Director (ISO 10218) Safety-critical Safety leadership Robotics Executive ISO 10218 ISO/TS 15066 ISO 13849 You will join at the moment when the hard robotics questions become real product decisions: how do we turn customer needs into a highly capable robotic hand that is reliable, manufacturable, and ready to deploy on a real shop floor? As Head of Product at TACTILIA, you will be the operational backbone of our product development. You will turn customer requirements into a robust roadmap — and the roadmap into a product that reaches the customer on time, on budget and at production quality. You will lead through structure, clarity and commitment rather than hierarchy, and report to the CTO. You will work across product development, engineering and customer needs, keeping priorities aligned as TACTILIA moves from development towards production and scale. Own the product roadmap. Turn customer and market needs into clear product priorities and continuously balance customer value, engineering effort, technical risk, and time-to-market. Turn requirements into product decisions. Work with Applications and customers to translate needs into clear, testable specifications, maintaining traceability from RFQ through validation. Orchestrate product development. Coordinate Mechatronics, Software, Electronics, Systems Engineering and Applications across milestones, dependencies and interfaces, resolving conflicting priorities when needed. Drive the product to production. Own development milestones, gate reviews, budget, unit cost and quality through to production readiness, while helping establish a scalable product development process. Make the hard trade-offs. Bring together customer needs, technical feasibility, cost, quality and schedule to make pragmatic decisions and keep development moving. Stay close to customers. Support the CTO in technical customer discussions, feasibility assessments, RFQs, trade fairs and partner conversations, bringing market feedback back into the product. Build the organisation around the product. Identify gaps in capacity, skills and ownership across engineering, translate them into concrete hiring needs, and make pragmatic make-or-buy decisions. Build for the real world. Work with engineering and operations to ensure the product is not only technically capable, but manufacturable, testable, reliable and ready to scale. A degree in Mechatronics, Mechanical Engineering, Electrical Engineering, Robotics, or a comparable technical field. 7+ years of experience developing complex mechatronic or hardware products, including significant experience in product development or technical project/programme management. A proven track record taking products from requirements through development to production readiness. Strong requirements management and a solid understanding of systems engineering. Experience leading complex, multidisciplinary teams without direct line authority. Strong product judgment and the ability to balance customer needs, technical feasibility, cost, quality and time-to-market. A hands-on, structured approach and the ability to move between strategic decisions and day-to-day execution. Fluent English; German is a strong plus. Experience in robotics, drive technology, gripping technology, or other highly integrated mechatronic systems. Experience in a startup or scale-up environment, or a corporate spin-off. Familiarity with relevant robotics, machinery or functional safety standards. The next chapter of robotics won't be built in a lab. It will be built by people who care about what happens when technology meets the real world. At TACTILIA, you'll work on one of the hardest open problems in robotics: giving machines the dexterity, reliability, and robustness they need to interact with the physical world at industrial scale. The technology is taking shape. The team is being built. And the standards for robotic hands and their skills are still wide open. Find more English Speaking Jobs in Germany on Arbeitnow"},{"id":"391c716f6a","title":"System Safety Director (EN 50126)","focus":"System safety","open":false,"status":"Archived","role_family":"Safety leadership","seniority":"Executive","industry":"Rail","industries":["Rail"],"segment":"Other","standards":["EN 50126","EN 50128","EN 50129"],"standards_meta":[{"code":"EN 50126","site_code":"EN 50126","id":"en50126","name":"Railway RAMS","summary":"Specification and demonstration of Reliability, Availability, Maintainability and Safety for railway applications."},{"code":"EN 50128","site_code":"EN 50128","id":"en50128","name":"Railway Software","summary":"Software for railway control and protection systems, defining software SIL requirements and lifecycle."},{"code":"EN 50129","site_code":"EN 50129","id":"en50129","name":"Railway Signaling Safety Cases","summary":"Safety-related electronic systems for railway signaling, including the structure of the safety case."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Cybersecurity","Embedded software","Product compliance","Safety case & assessment"],"employer":true,"text":"System Safety Director (EN 50126) System safety Safety leadership Rail Executive EN 50126 EN 50128 EN 50129 A successful British rolling stock company and specialist developer and asset manager of sustainable rail fleets across the UK is looking to hire a UK Safety Assurance Lead / Head of Safety & Assurance to join their team in London and bring key expertise to their systems safety and assurance function. Work as an embedded member of the UK management team, the role supports the UK Managing Director in ensuring that rail assets remain safe, compliant and fit for operational service throughout their lifecycle. Lead the delivery of lifecycle safety assurance activities and stage-gate reviews, ensuring that safety, engineering assurance and safety-by-design principles are appropriately considered during asset origination, procurement, design, introduction into service, operation, engineering change, re-leasing and disposal. Provides assurance to the UK Managing Director regarding the effectiveness of asset safety arrangements and supports the Director of HSSQE in providing assurance and reporting to Group governance bodies, including SPV Boards and the group supervisory board. Be responsible for implementing, maintaining and continuously improving the business’ UK Safety Assurance Management System Significant experience in a regulated, safety-critical engineering and transport environment. (rail / rolling stock) Rolling stock, rail systems or wider transport industry experience. Experience of engineering safety assurance, system safety, technical assurance or safety verification activities. Experience of asset lifecycle management and assurance processes. Experience of risk management and hazard management in complex engineering systems. Experience of presenting technical and safety information to senior management. Strong understanding of safety governance and assurance arrangements. Excellent communication, influencing and stakeholder management skills. Experience of Common Safety Method (CSM-RA) processes or equivalent system safety methodologies. Experience of engineering change assurance. Experience of audit, assurance or regulatory compliance activities. Understanding of emerging cybersecurity issues affecting operational technology and transport assets. Degree in Engineering, System Safety, Physical Sciences or a related technical discipline. Chartered Engineer (CEng), or demonstrable progress towards Chartered Engineer status with a recognised professional institution. Postgraduate qualification in Safety Engineering, Systems Engineering or Asset Management. Professional qualifications in risk management, audit or assurance. NEBOSH Diploma or equivalent health and safety qualification. The organization are an equality and diversity recruitment agent and employer. Service advertised by the organization are that of an Employment Agency/Business"},{"id":"9dda5171b8","title":"System Safety Director (ISO 26262)","focus":"System safety","open":true,"status":"Open","role_family":"Safety leadership","seniority":"Executive","industry":"Automotive","industries":["Automotive","Robotics","Rail","Medical","Aerospace & defense"],"segment":"AV trucking","standards":["ISO 26262","ISO 21448","ISO/SAE 21434"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."},{"code":"ISO/SAE 21434","site_code":"ISO 21434","id":"iso21434","name":"Road Vehicles - Cybersecurity Engineering","summary":"Automotive cybersecurity lifecycle: threat analysis and risk assessment (TARA), security requirements, and post-production monitoring. The security companion to ISO 26262."}],"stage":"Series D","size":"201-500","country":"United States","region":"North America","location":"Michigan, US","work_mode":"Onsite","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":["Python","C / C++"],"domains":["ADAS / autonomous driving","Cybersecurity","Robotics & automation","Product compliance","Reliability","Safety case & assessment","Hazard analysis"],"employer":true,"text":"System Safety Director (ISO 26262) System safety Safety leadership Automotive Executive ISO 26262 ISO 21448 ISO/SAE 21434 The Director, System Safety leads the organization's day-to-day product safety function — driving the L4 safety case, the Driver-Out (DO) gated deployment plan with strategic ride-hail partners, and the Safety Management System (SMS) build-out. Reporting to the VP, Safety & Validation, the role manages a multi-disciplinary team across systems and programs, test execution, and safety risk and process. The Director partners with the VP on external regulatory and partner relationships and is the primary internal owner of the safety roadmap. This role inherits a mature roadmap and bench, and will execute the next 18 months of L4 commercial expansion across the US and Japan. Lead a multi-disciplinary team across systems, test execution, and safety risk and process/SMS Drive the Driver-Out (DO) gated deployment plan with strategic ride-hail partners (Lyft, Uber) — internal gating, partner safety onsites, and recommendation packages for go/no-go decisions Own the Safety Case Framework for the organization's L4 systems, including HARA, FTA, FMEA, and runtime-monitor coverage for the MPDM-based decision-making stack, with ML-aware safety analysis Build out and operationalize the Safety Management System (SMS): incident risk assessment process, risk register automation, recall response plan, safety gating test suite, and the Product Safety Competency Register. Define safety architecture — partner with Autonomy, Validation, and Hardware to ensure safety-by-construction across future releases (scalable runtime monitoring, ODD enforcement, Driver-Anomaly response systems). Execute on the organization's L4 Japan compliance plan — partner with the Systems & Japan Programs Manager and the Japan Regulatory Safety Engineer on partner engagement and bilingual regulator response cadences. Co-lead strategic partner safety onsites (e.g., Uber Safety Onsite cadence) with the VP, Safety & Validation; own the technical narrative in OEM, ride-hail, and regulator forums. Hire and onboard the open safety roles and develop existing leaders in the org. Success in this role typically requires the following competencies L4 Safety Case Architecture: Owns the safety case end-to-end — including ML-aware analysis (ISO 21448, ISO 8800). Has personally contributed to an L4 safety case, not only reviewed one. AI-Native Safety Mindset: Has built safety arguments for learned components (neural-network planners, transformer-based driving stacks, end-to-end models) where the V-model alone is insufficient. Comfortable defining runtime monitors, distributional-shift mitigations, and uncertainty-quantification strategies that anchor a credible safety case for ML-based decision-making. Data-Driven Safety: Has used vehicle telemetry, simulation results, or operational metrics to change a safety roadmap, gate a release, or escalate a risk. Partners naturally with data science and ML engineers to define safety KPIs and guard-rails grounded in evidence. Driver-Out / Driverless Deployment Execution: Has been a key contributor to the gating, partner-readiness, and regulator steps required to remove the safety driver from a commercial AV deployment. Comfortable owning the technical recommendation behind a go/no-go decision. Partner & Regulator Engagement: Co-leads safety conversations with strategic commercial partners (ride-hail, OEM, transit agency) and regulators alongside an executive sponsor — represents technical depth credibly without losing the audience. People Leadership: Has managed managers or has managed a team of senior ICs and is ready to step up to manager-of-managers. Track record of hiring under ambiguity and onboarding leaders into existing programs. SMS and Safety Process Build-Out: Has contributed to standing up or substantively expanding a Safety Management System — incident investigation, near-miss reporting, risk register operationalization, recall process. Cross-pollination from aviation SMS, rail, or another safety-critical industry is welcome. Operational Bias to Closure: Pulls plans through gates. Comfortable in a startup pace where the safety org is being built in parallel with commercial deployment, including across multiple time zones. Communication: Demonstrated ability to communicate, present and influence credibly and efficiently at all levels of the organization, including executive and C-level. Candidates most successful in this role typically hold the following qualifications or comparable knowledge or experience 8+ years in product or system safety engineering, with 3+ years on L3+ AV or comparable hard-tech safety programs (aviation, rail, robotics). BA/BS degree in engineering, computer science, or a related technical field; advanced degree preferred. Direct experience authoring safety case work products (HARA, FTA, FMEA, safety case construction) on a shipping vehicle or equivalent cyber-physical program. Hands-on contribution to at least one driverless or driver-out commercial deployment milestone — named on the safety recommendation. 3+ years managing engineers, including at least one stint managing a manager OR leading a team of senior ICs and ready to step up to manager-of-managers. Experience working with regulators (NHTSA, FMCSA, FTA, state DMVs, MLIT, or international equivalents) — direct or in close partnership with an executive sponsor. Working knowledge of ML-driven decision-making safety standards (ISO 21448 SOTIF, ISO 8800) and traditional functional safety (ISO 26262) preferred. Experience in Automotive, AV, Aerospace, or another safety-critical regulated industry is highly preferred. Proven success working in a start-up or small business where there are minimal resources, nothing comes easy, and things don't always work as planned. Strongly preferred: prior experience at an AV or AI-driving company with an end-to-end learned or ML-heavy autonomy stack. Familiarity with the safety-cybersecurity intersection (ISO/SAE 21434, NHTSA Cybersecurity Best Practices) is a plus — the organization's product cyber and safety functions partner closely. Ability to undergo a driving record check. Standard office working conditions which includes but is not limited to Prolonged sitting Prolonged standing Prolonged computer use Travel required? - Moderate: 11%-25% experience contributing to a published safety assurance framework or runtime-monitoring methodology for learned components. technical credibility — comfortable reading safety-relevant C++ or Python in code review, with hands-on use of data tools (Jupyter, Databricks, Power BI) and AI-assisted analysis within the last 24 months to interrogate operational data themselves."},{"id":"265194615b","title":"Functional Safety Lead (ISO 10218, Safety leadership)","focus":"Functional safety","open":true,"status":"Open","role_family":"Safety leadership","seniority":"Lead / Manager","industry":"Robotics","industries":["Robotics"],"segment":"Construction robotics","standards":["ISO 10218","ISO/TS 15066","ISO 13849"],"standards_meta":[{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."},{"code":"ISO/TS 15066","site_code":"ISO/TS 15066","id":"ts15066","name":"Collaborative Robots","summary":"Guidance for collaborative robot operation, including power and force limiting thresholds."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."}],"stage":"Venture round","size":"201-500","country":"Canada","region":"North America","location":"Canada","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Functional Safety Lead (ISO 10218, Safety leadership) Functional safety Safety leadership Robotics Lead / Manager ISO 10218 ISO/TS 15066 ISO 13849"},{"id":"2906cb437b","title":"Lead Safety-critical Manager","focus":"Safety-critical","open":true,"status":"Open","role_family":"Safety leadership","seniority":"Lead / Manager","industry":"Energy & process","industries":["Energy & process"],"segment":"Unknown","standards":["IEC 61511","IEC 61508","IEC 62443"],"standards_meta":[{"code":"IEC 61511","site_code":"IEC 61511","id":"iec61511","name":"Process Industry Safety Instrumented Systems","summary":"Application of IEC 61508 to safety instrumented systems in the process industries."},{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"IEC 62443","site_code":"IEC 62443","id":"iec62443","name":"Industrial Automation and Control Systems Security","summary":"The industrial cybersecurity standard family: security levels, zones and conduits, and secure development for control systems. Security and safety programs increasingly certify together."}],"stage":"Not listed in company directory","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Unknown","year":"2026","employment":"Contract","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Process safety","Safety case & assessment"],"employer":false,"text":"Lead Safety-critical Manager Safety-critical Safety leadership Energy & process Lead / Manager IEC 61511 IEC 61508 IEC 62443 Own the growth and direction of the Technical Safety team Lead business development and convert your network into new opportunities Act as the senior technical representative with clients Lead HAZID, HAZOP, and SIL/LOPA workshops Oversee QRA, FERA, EERA, and ALARP demonstration Guide Loss Prevention, Safety Case, and COMAH work Mentor and develop engineers as the team expands 15+ years of experience in Technical Safety, primarily within oil & gas Recognised expertise in QRA, FERA, SECE identification, performance standards, and barrier development Strong understanding of the UK regulatory framework Engineering degree or Master's, ideally in Chemical Engineering Functional Safety and HAZOP Leader certification preferred"},{"id":"eadd92a3eb","title":"Safety-critical Lead (DO-178C, Safety leadership)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Safety leadership","seniority":"Lead / Manager","industry":"Medical","industries":["Medical","Aerospace & defense"],"segment":"Defense space","standards":["DO-178C","DO-254","ARP4754"],"standards_meta":[{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."},{"code":"DO-254","site_code":"IEC 61508","id":"iec61508","name":"Design Assurance for Airborne Electronic Hardware","summary":"Design assurance for complex airborne electronic hardware."},{"code":"ARP4754","site_code":"IEC 61508","id":"iec61508","name":"Development of Civil Aircraft and Systems","summary":"Aircraft and systems development process guidance (SAE ARP4754A)."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Hybrid","year":"2026","employment":"Contract","clearance":"Yes","languages":[],"certifications":[],"tools":[],"domains":["Sensors & perception","Product compliance","Aerospace","Reliability","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Safety-critical Lead (DO-178C, Safety leadership) Safety-critical Safety leadership Medical Lead / Manager DO-178C DO-254 ARP4754 Within our Radar and Advanced Targeting Systems (RATS) line of business, we deliver world-class innovative multi-role surveillance radars and countermeasure systems that help protect people and nations. Collaborate with Systems Engineering and Sector Engineering Safety Managers to ensure project safety requirements are achieved. Define Product Safety and Environmental requirements (product, contractual, legal and regulatory). Participate in the planning and execution of test programmes to address design safety considerations. Ensure test equipment safety certification (jigs, fixtures, electrical, electronic, optical and RF test equipment and facilities) and readiness for test, supporting Declaration of Design and Performance compliance. Support lifecycle readiness reviews including Design Certification Reviews. Provide independent assessment through Product Design Reviews. Provide specialist Product Safety and Environmental guidance within Test Engineering. Participate in Product Safety Panels and manage safety and environmental incident data within corrective action systems. Ideally Chartered Engineer status, and a 2:1 or higher in a relevant engineering or science-based honours degree. Experience applying safety tools and techniques within Electronics or Avionics disciplines, including Hazard Log Management, Hazard Identification, Functional Failure Analysis, Fault Tree Analysis, Risk Assessment and ALARP justifications. Knowledge of electronic testing standards and compliance requirements. Experience in Integration, Test, Evaluation and Acceptance processes for complex systems. Experience of verification and testing aligned to ARP4754 or equivalent standards. Experience supporting certification to RTCA/DO-178C Level C and/or RTCA/DO-254 Level C, or equivalent in adjacent regulated sectors. Experience achieving Product Safety certification in regulated environments. This is not an exhaustive list, and we are keen to hear from you even if you might not have experience in all the above. The most important skill is a good attitude and willingness to learn. An additional range of Personnel Security Controls referred to as National Security Vetting (NSV) may apply, this could include meeting the eligibility requirements for The Security Check (SC) or Developed Vetting (DV). For more information and guidance please visit"},{"id":"14f3962c74","title":"Safety-critical Lead (DO-254)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Safety leadership","seniority":"Lead / Manager","industry":"Automotive","industries":["Automotive","Aerospace & defense","Energy & process","Consumer & power tools"],"segment":"Unknown","standards":["DO-254","ARP4754","ARP4761"],"standards_meta":[{"code":"DO-254","site_code":"IEC 61508","id":"iec61508","name":"Design Assurance for Airborne Electronic Hardware","summary":"Design assurance for complex airborne electronic hardware."},{"code":"ARP4754","site_code":"IEC 61508","id":"iec61508","name":"Development of Civil Aircraft and Systems","summary":"Aircraft and systems development process guidance (SAE ARP4754A)."},{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."}],"stage":"Not listed in company directory","size":"Unknown","country":"Unknown","region":"Unknown","location":"Munich HQ","work_mode":"Remote","year":"2026","employment":"Unknown","clearance":"No","languages":["English","German"],"certifications":[],"tools":[],"domains":["Electrification / battery","Hardware / electronics","Product compliance","Aerospace","Reliability","Requirements & traceability"],"employer":false,"text":"Safety-critical Lead (DO-254) Safety-critical Safety leadership Automotive Lead / Manager DO-254 ARP4754 ARP4761 Bachelor’s or Master’s degree in Electrical Engineering, Electronics Engineering, or a related field. 10+ years of experience in electronic hardware development, preferably in aerospace, aviation, or defense industries. Proven experience leading or coordinating engineering teams developing airborne electronic hardware. Strong experience in analog and digital circuit design, schematic capture, and PCB development. Experience with power electronics hardware, including switching devices, gate drivers, protection circuits, or high-voltage control electronics. Experience with battery management systems, high-voltage monitoring electronics, electric propulsion systems, SSPCs, or inverter electronics is highly desirable. Proficiency with electronic design automation tools such as Altium Designer, Cadence, or Mentor Graphics. Knowledge of aerospace electronic development standards such as DO-254, DO-160, MIL-STD-461, or related qualification frameworks is beneficial. Strong leadership, communication, and coordination skills in multidisciplinary engineering environments. Ability to manage complex technical tasks while supporting project schedules and engineering milestones. Fluent English language skills are essential; German language skills are beneficial. Be part of an ambitious team determined to shape the future of aviation. We are an in-office company, but we value flexibility and trust employees to manage their schedules responsibly. This may include occasional remote work or adjusting hours to accommodate personal commitments. Subsidized EGYM Wellpass membership: your (mental) health is important for us. Enjoy a subsidized lunch with a 5€ company contribution per meal on office days. Choose the option that suits your needs: either a free charging station for your electric car or a public transport job ticket as part of the Deutschlandticket. Lease a high-quality bicycle or e-bike through our JobRad program and benefit from tax advantages. Whether for your daily commute or personal use, enjoy more mobility and sustainability. Work in one of our offices in Munich or Delft. Enjoy the modern Balan Campus in Munich or work inside the aerospace ecosystem at TU Delft. Boost your professional as well as personal growth executing your own ideas and independent projects. The organization was founded in 2021 to transform regional air travel with the Microliner, a 100% electric commercial aircraft. By delivering the most energy-efficient aircraft, we are building the future where clean, safe, and affordable electric aviation seamlessly connects people and businesses. We’re bringing together the brightest minds in aerospace, automotive engineering, and business to disrupt the aviation industry. Find more English Speaking Jobs in Germany on Arbeitnow"},{"id":"ad3be763d1","title":"Safety-critical Lead (ISO 13849)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Safety leadership","seniority":"Lead / Manager","industry":"Automotive","industries":["Automotive","Robotics","Industrial machinery","Testing & certification services"],"segment":"Humanoid","standards":["ISO 13849","IEC 62061","ISO 10218","ANSI/RIA R15.06","ISO 12100","IEC 60204-1","NFPA 79"],"standards_meta":[{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."},{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."},{"code":"ANSI/RIA R15.06","site_code":"ANSI/RIA R15.06","id":"r1506","name":"Industrial Robots and Robot Systems","summary":"The US national adoption of ISO 10218 for industrial robot safety."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"IEC 60204-1","site_code":"IEC 60204-1","id":"iec60204","name":"Electrical Equipment of Machines","summary":"Requirements for the electrical equipment of machines, including supply disconnection, emergency stop, and protective bonding."},{"code":"NFPA 79","site_code":"IEC 60204-1","id":"iec60204","name":"Electrical Standard for Industrial Machinery","summary":"US electrical safety requirements for industrial machinery."}],"stage":"Directory listed","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"No","languages":[],"certifications":["TUV Functional Safety Engineer","Certified Machinery Safety Expert (CMSE)"],"tools":[],"domains":["Robotics & automation","Industrial control","Product compliance","Safety case & assessment","Hazard analysis","Requirements & traceability"],"employer":true,"text":"Safety-critical Lead (ISO 13849) Safety-critical Safety leadership Automotive Lead / Manager ISO 13849 IEC 62061 ISO 10218 ANSI/RIA R15.06 ISO 12100 IEC 60204-1 NFPA 79 Reporting to the Application Engineering Manager, you will work cross-functionally with mechanical, controls, software, and program management teams, and act as our primary point of contact for activities related to safety and compliance, as well as the technical interface with external validation bodies such as TÜV and customer EHS organizations. You will be the technical authority for safety sign-off on every system we deploy, whether built internally or delivered through external integration partners. Engineering degree (mechanical, electrical, mechatronics, or related), or equivalent industry experience in a machinery safety / functional safety role 5+ years of experience in machinery safety and regulatory compliance for industrial automation, robotics, or capital equipment — ideally at a machine builder, system integrator, or robotics OEM Experience leading or supporting third-party certification engagements with TÜV, UL, CSA, or equivalent Notified Bodies Working knowledge of regional regulatory frameworks for machinery placed in Canada (CSA Z434, provincial OHS), the US (OSHA 1910 Subpart O, ANSI/RIA R15.06, NFPA 79), and the EU/UK (Machinery Regulation, EN harmonized standards) is a bonus. Functional safety certification (TÜV FS Eng, CMSE, or equivalent) is considered a major asset Must be able to travel and work primarily within Canada and the US, and potentially the UK/EU in the future, for customer site assessments and validation activities Strong command of the machinery safety standards stack: ISO 12100 (risk assessment), ISO 13849-1/-2 and IEC 62061 (functional safety of control systems), ISO 10218-1/-2 including the 2025 revision (industrial robots and robot system integration), and IEC 60204-1 / NFPA 79 (electrical equipment of machinery). Experience validating conventional safeguarded robot cells: perimeter guarding, interlocked access gates, light curtains, area scanners, muting where justified, and the associated safety circuit architecture (Cat 3 PLd or PLe as required). Familiarity with the safety architectures of mainstream industrial robot platforms (UR, FANUC, and equivalents) — safe-rated functions, safety I/O, and how they integrate into cell-level safety circuits. Ability to perform and review SISTEMA / PAScal calculations or equivalent for safety function PL/SIL determination. Comfortable reviewing electrical schematics and safety circuit topologies (E-stop, light curtains, area scanners, safety relays, safety PLC logic) and validating them against the design intent. Skilled at writing clear safety requirements engineering teams can build to, and clear validation protocols that can be executed and signed off. Able to translate regulatory language into practical design decisions and to defend those decisions to auditors, customers, and Notified Bodies. Organized documentation practice — technical files, risk assessment registers, validation records, and change control are an explicit deliverable, not an afterthought. Pragmatic and risk-based — knows when a hazard genuinely needs a Cat 3 PLd circuit versus when a procedural control is the right answer. Platform mindset — instinctively looks for what can be solved once at the standard cell/guarding/EOAT level and then scaled, rather than re-litigated every deployment. Comfortable being the person who says \"not yet\" and equally comfortable finding the path to \"yes\". Collaborative — safety lands when it's designed in early, which means working closely with mechanical, controls, and software from the start rather than auditing at the end. Adaptable in a fast-paced environment where products and processes are still evolving. Strong written communication; much of the role is producing documents that other people — auditors, customers, regulators — rely on. Capable of working independently and owning a domain end-to-end with limited supervision. experience or exposure producing CE technical files and Declarations of Conformity under the EU Machinery Directive (2006/42/EC) or the new Machinery Regulation (2023/1230)"},{"id":"6beec7cde6","title":"Safety-critical Lead (ISO 26262, Safety leadership)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Safety leadership","seniority":"Lead / Manager","industry":"Automotive","industries":["Automotive","Robotics","Aerospace & defense","AI & software platforms"],"segment":"AV trucking","standards":["ISO 26262","ISO 21448","UL 4600"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."},{"code":"UL 4600","site_code":"UL 4600","id":"ul4600","name":"Evaluation of Autonomous Products","summary":"Safety case framework for fully autonomous products operating without human supervision."}],"stage":"Series D","size":"201-500","country":"Canada","region":"North America","location":"Canada","work_mode":"Hybrid","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":["IBM DOORS","Polarion","Jama Connect"],"domains":["ADAS / autonomous driving","Machine learning / AI","Sensors & perception","Robotics & automation","Product compliance","Reliability","Safety case & assessment","Hazard analysis","Requirements & traceability"],"employer":true,"text":"Safety-critical Lead (ISO 26262, Safety leadership) Safety-critical Safety leadership Automotive Lead / Manager ISO 26262 ISO 21448 UL 4600 As the Head of Systems and Safety Engineering, you will own the overarching safety architecture, risk management strategy, and system safety engineering life cycle for our autonomous vehicle (AV) platform. You will build and lead a high-performing engineering team while managing technical integration, customer safety alignment, and safety governance across clients, internal engineering divisions, vehicle OEMs, and Tier 1 suppliers. Team Leadership & Program Management: Recruit, mentor, and manage a multidisciplinary systems and safety engineering team. Oversee daily team execution, task prioritization, resource allocation across engineering sprints, performance reviews, and team development. Safety Case Leadership: Author, evolve, and defend the end-to-end safety case framework (leveraging UL 4600, ISO 26262, and ISO 21448 / SOTIF) to support commercial deployment, public road operations, and regulatory submissions. AI & Machine Learning Safety Strategy: Define and implement safety and verification methodologies tailored for advanced AI and ML-based autonomy models (e.g., perception, prediction, planning) using ISO/PAS 8800. Establish quantitative metrics for model robustness, dataset coverage, and edge-case validation. Systems Safety Architecture & Requirements: Define system-level safety requirements, hazard mitigations, functional safety concepts, and fail-operational/degradation paths across hardware, compute, and software stacks. Comprehensive Risk Management: Oversee formal risk identification methodologies—including Hazard Analysis and Risk Assessment (HARA), FMEA, FTA, and System-Theoretic Process Analysis (STPA)—ensuring risk traceability matrices remain updated throughout product lifecycles. Safety Governance & Operational Oversight: Direct daily safety program operations, chair safety review boards, establish incident response protocols, define system release gate criteria, and continuously monitor operational safety performance metrics. Engineering & V&V Integration: Partner with hardware, software, and V&V teams to validate safety arguments through hardware-in-the-loop (HIL) testing, closed-course testing, and high-fidelity simulation. Regulatory & External Representation: Lead technical engagement with regulatory agencies (NHTSA, California DMV, DOT), standard committees, and third-party auditors. OEM & Tier 1 Supplier Collaboration: Serve as the primary technical authority interfacing with OEM partners and Tier 1 suppliers. Establish joint safety frameworks, define Development Interface Agreements (DIAs), and ensure external supplier components align with system-level functional safety requirements. Customer Safety Liaison & Engagement: Serve as the primary safety interface with enterprise customers and commercial partners. Communicate core safety concepts, present operational safety programs, align joint risk-mitigation protocols, and build client confidence in platform safety performance. Bachelor’s or Master’s degree in Systems Engineering, Robotics, Electrical Engineering, Computer Science, or a related field. 10+ years of experience in systems safety engineering for safety-critical domains (autonomous vehicles, automotive, or aerospace). 4+ years of direct engineering management experience leading teams, managing budget/resources, and directing day-to-day engineering operations. Proven experience acting as a primary interface to customers or external stakeholders, translating complex safety concepts, risk frameworks, and safety programs into clear executive communications. Proven ability to operate, adapt, and drive technical outcomes in a fast-paced frontier technology environment. Demonstrated track record building, delivering, and defending an end-to-end safety case for deployed autonomous or robotic systems. Deep mastery of functional safety standards: ISO 26262, ISO 21448 (SOTIF), and UL 4600. Practical experience applying AI/ML safety frameworks (specifically ISO/PAS 8800) to probabilistic systems. Hands-on experience leading hazard analysis techniques (HARA, FMEA, FTA, STPA). Proven experience establishing technical safety interfaces with automotive OEMs and Tier 1 suppliers, including hands-on experience structuring DIAs. Ph.D. in Systems Engineering, Computer Science, Robotics, or Machine Learning. Experience managing joint-development automotive programs across multi-party supply chains (OEM, Tier 1, Tier 2) and strategic client fleets. Expertise assessing deep neural network (DNN) interpretability, dataset quality, and non-deterministic software verification in safety-critical deployments. Direct experience representing safety architectures to state/federal regulatory bodies or external certification entities. Proficiency with Goal Structuring Notation (GSN) and enterprise systems management tooling (e.g., Jama, Polarion, DOORS). Founded in 2017 by experts in autonomous vehicle technology, the organization has rapidly expanded its presence to Mountain View, Dallas-Fort Worth, Arkansas, and Toronto. As the first and only company to achieve fully driverless middle-mile commercial deliveries, the organization holds a unique and defensible position in the AV industry, with a clear trajectory toward sustainable growth and profitability. We have delivered complete, proprietary AV technology - an integration of software and hardware - to enable earlier successes for our clients in constrained Level 4 autonomy. By choosing the middle mile – with defined point-to-point delivery, we have simplified some of the more complex AV challenges, enabling us to achieve full autonomy ahead of competitors. Given extensive knowledge of the organization's well-defined, fixed route ODDs and hybrid architecture, we are able to hyper-optimize our models with exponentially less data, establish gate-keeping mechanisms to maintain explainability, and ensure continued safety of the system for unmanned operations. Notable News Upstart the organization sees middle-mile deliveries as the path to profitable AVs Tech Brew: The organization AI exec unpacks the regulations that could shape the AV industry Business Wire: The organization Paves the Way for Safe Driverless Operations (‘Freight-Only’) at Scale with Industry-First Third-Party Safety Assessment Framework Auto Futures: Autonomous Trucking Group the organization Secures Investment From NIPPON EXPRESS HOLDINGS Automotive News: The organization foresees hundreds of self-driving trucks on road soon, and that's just the beginning Bloomberg: Autonomous Vehicle Startup Takes Off by Picking Off Easier Routes Reuters: Driverless vehicles on limited routes bump along despite US robotaxi scrutiny At the organization, we connect people of extraordinary talent and experience to an opportunity to create a more resilient supply chain and contribute to our environment’s sustainability. We are diverse in our backgrounds and perspectives yet united by a bold vision and shared commitment to our values. Our culture emphasizes the importance of collaboration, respect and agility."},{"id":"2559d79505","title":"Safety-critical Manager (ARP4754)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Safety leadership","seniority":"Lead / Manager","industry":"Aerospace & defense","industries":["Aerospace & defense"],"segment":"Unknown","standards":["ARP4754","ARP4761","DO-178C"],"standards_meta":[{"code":"ARP4754","site_code":"IEC 61508","id":"iec61508","name":"Development of Civil Aircraft and Systems","summary":"Aircraft and systems development process guidance (SAE ARP4754A)."},{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."},{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."}],"stage":"Not listed in company directory","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"No","languages":["English","German"],"certifications":[],"tools":["SysML / UML"],"domains":["Product compliance"],"employer":false,"text":"Safety-critical Manager (ARP4754) Safety-critical Safety leadership Aerospace & defense Lead / Manager ARP4754 ARP4761 DO-178C Type: Full-time Point of contact for project and product teams regarding system/product safety and the resulting requirements and processes System analysis to identify hazards and risks, as well as appropriate countermeasures Evaluation of safety concepts and architectures as part of the overall system requirements Derivation of safety requirements for the various technical disciplines (hardware, software, and mechanics) based on customer requirements and internal analyses Preparation of documents relevant to approval Monitoring and evaluation of compliance with processes necessary to achieve safety objectives Collaboration in planning the verification and validation of products Evaluation of verification and validation results with regard to the achievement of safety objectives Preparation of safety documentation throughout the development process Conducting impact analyses for product changes and improvements Responsibility for safety-related internal and external interfaces (e.g., customers, suppliers, and other development partners, as well as auditors) Further development of in-house methods and processes for implementing the relevant safety standards within development projects Participation in higher-level committees (e.g., CoC Safety, BAAINBw working groups) Completed technical degree (Diploma, Master's) in mechanical engineering, electrical engineering, or computer science Initial experience in applying the Product Safety Act Knowledge of SysML/UML as well as modern software development and testing methods Proficiency in using various analysis tools Knowledge and experience in the areas of quality and configuration management Business-level proficiency in English and German (spoken and written) Ability to derive specific project requirements from norms and standards Experience leading interdisciplinary teams Quick learner with strong persuasion and assertiveness skills Conflict management skills Willingness to travel worldwide"},{"id":"4194097a64","title":"Safety-critical Manager (ATEX)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Safety leadership","seniority":"Lead / Manager","industry":"Automotive","industries":["Automotive","Energy & process"],"segment":"Energy storage","standards":["ATEX"],"standards_meta":[{"code":"ATEX","site_code":"IEC 61508","id":"iec61508","name":"Equipment for Explosive Atmospheres (EU Directive 2014/34/EU)","summary":"Requirements for equipment and protective systems used in potentially explosive atmospheres."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Electrification / battery","Explosive atmospheres","Product compliance","Process safety"],"employer":true,"text":"Safety-critical Manager (ATEX) Safety-critical Safety leadership Automotive Lead / Manager ATEX The Process Safety Manager is responsible for leading the development, implementation, and continuous improvement of process safety management systems across the site. This role ensures that all operational activities comply with Upper Tier COMAH regulations, minimizing risks associated with hazardous materials and processes. The Process Safety Manager will lead a dedicated team of Process Safety Specialists, fostering a safety-driven culture while providing technical expertise in hazard identification and risk mitigation. Strategic Process Safety Leadership Develop and implement the site-wide Process Safety Management (PSM) framework to comply with COMAH and other relevant regulations. Lead the process safety team, ensuring alignment with organizational goals and regulatory requirements. Act as the primary point of contact for regulatory agencies and ensure compliance with COMAH safety reporting requirements. Drive continuous improvement in process safety performance, fostering a proactive safety culture across operations. Process Safety Analysis & Compliance Oversee HAZOPs, LOPA, SIL assessments, and other hazard identification studies. Manage and review major accident hazard risk assessments for new and existing processes. Define and maintain Chemical and Operational Bases of Safety (Fire & Explosion Prevention strategies). Ensure adequate pressure relief and process engineering calculations for safety systems. Lead the preparation and submission of Safety Reports required under COMAH regulations. Technical Safety & Risk Management Provide expert guidance on process design, installation, and commissioning of new equipment. Conduct and oversee process safety audits, incident investigations, and root cause analysis. Identify and mitigate process-related safety risks, ensuring safe plant operations. Develop and approve safe systems of work, ensuring adherence to process safety standards. Ensure compliance with DSEAR, ATEX, PUWER, and functional safety regulations. Team Leadership & Continuous Improvement Lead and mentor the Process Safety team, developing expertise across the organization. Develop and implement process safety training programs to strengthen awareness and capability. Analyze process safety performance data, driving improvements and corrective actions. Collaborate with cross-functional teams to align process safety strategy with operational objectives. Stay abreast of industry best practices, technological advancements, and regulatory updates. Bachelor's or Master's degree in Chemical Engineering, Process Safety, or a related discipline. Extensive experience in process safety management within COMAH-regulated industrial sites. Strong expertise in HAZOP, LOPA, SIL, DSEAR, ATEX, PUWER, and functional safety standards. Proven ability to lead and develop a team of process safety professionals. Exceptional analytical and problem-solving skills, with experience in risk mitigation. Strong stakeholder management and communication skills."},{"id":"8376e3c8a6","title":"Safety-critical Manager (IEC 61508)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Safety leadership","seniority":"Lead / Manager","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Unknown","standards":["IEC 61508","ISO 12100","ISO 26262"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."}],"stage":"Not listed in company directory","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Unknown","year":"2026","employment":"Part-time","clearance":"Yes","languages":[],"certifications":[],"tools":[],"domains":["Cybersecurity","Product compliance","Reliability","Safety case & assessment","Hazard analysis"],"employer":false,"text":"Safety-critical Manager (IEC 61508) Safety-critical Safety leadership Cross-industry safety Lead / Manager IEC 61508 ISO 12100 ISO 26262 To deliver the safety and assurance activities to support the successful implementation of changes into service. As a safety leader, ensure compliance with the organization Safety Policy such that the accountable roles have the required confidence that the change can be implemented and operated safely. Is responsible for the generation and preparation of the Safety & Assurance plans, arguments and collating the evidence for the Change Assurance documentation covering the Safety Management and Business Continuity / Service Resilience assurance and risks. This includes the contributions from Systems / Software Assurance, Human Factors and Cyber Security. Resulting in changes being implemented with the required safety assurance. Adopt a pro-active approach to ensure that any issues affecting the safety, business continuity, human performance and cyber security of the organization services or its interfaces are identified and resolved. Lead workshops with Subject Matter Experts to identify safety hazards and the elicitation of mitigating, functional and non-functional requirements that together form the safety & assurance requirements for a project change. Ensuring the assurance activities for allocated projects comply with the organization Business and Safety Management Systems as required. Ensure all standards of work conform to best practice and are proportionate to the level of risk. Providing assurance support to Service Design Managers, System Engineering Managers, ATC Leads, Design Authorities, Programme & Project Managers, Senior Leadership teams and Architects within a major project/Programme, to influence the service/system/airspace design and the implementation of design changes to satisfy derived requirements (as required). The post holders have the authority to manage assigned assurance resources against agreed and prioritised objectives for assigned programmes and projects. The post holders will routinely refer to their line manager for guidance on high-risk assurance issues and large resource/time commitments. Assurance documentation (both those for existing Operations and new Project Change assurance) including Operational Safety and Technical Assurance documents are key to enabling the organization and Regulatory acceptance and approvals to be achieved. It is the job holder’s responsibility to ensure that the assurance documents achieve these goals; the scope of the job encompasses a) Working with the relevant stakeholders to define the Assurance Requirements for the change, resulting in requirements for Safety, Integrity, Software Assurance, Human Factors, Training, Business Continuity / Resilience and Security. b) Developing the assurance arguments that are reasonable, proportionate, well-constructed and as such provide the required level of confidence for the Programme and Project change. Creating the assurance documentation, supported by the evidence, to address the derived requirements. c) Responsibility for ensuring that the safety assurance documentation for the allocated projects are delivered to time, quality and cost. d) As required, manage and develop any allocated assurance team members as required. The job holder is expected to hold, as a minimum, a degree in a STEM or assurance‐related discipline or have equivalent experience in the operation, planning, design, development and assessment of multi‐discipline assurance for safety related systems and services. The job holder is also expected to have experience of a single assurance related discipline, such as safety, security, business continuity, human factors and safety related software development. Knowledge of the organization ATC/Engineering Operational Services and Procedures. For example, experience from working in a Programme or Project that changed the operations at, or infrastructure supporting an Operational Centre or Airport. Detailed knowledge of the principles and practices for providing assurance (such as those applied for safety, security, business continuity, human factors, software development) as applied to the design and development of systems and services to support the delivery of the organization Operation. Experience of developing and constructing compelling and justified assurance arguments for change (such as those used in Safety Case Construction) and ability to expand on these for covering business continuity and safety with contributions from security, software and human factors. Where the arguments encompass technical services and systems, facilities, people and Airspace design. Knowledge & experience of the principal tools, techniques and methods of safety and assurance (e.g. Goal Structuring Notation, hazard analysis, failure analysis, requirements setting, design assessment, risk assessment, requirements satisfaction, assurance documentation construction). The ability to communicate difficult technical and/or operational concepts clearly and concisely, both verbally and in writing, at all levels both internal to and external to the organization. Work package management experience, including the mechanisms and application of Earned Value Management. The ability to manage, coach, motivate and develop members of the group to maximise their contribution within the team. Practical experience of working with multi‐disciplined teams and subject matter experts for the delivery of assurance for implementing changes to the organization operation. Including experience of managing Contracts and Contractors. The role holder is also expected to be highly motivated and actively work on personal and professional development. Knowledge of Safety Management principles, Safety Management Systems, and experience of applying these in practice is an essential requirement. For this role, Work Package Management refers to the planning, scheduling, and delivery of safety assurance activities and deliverables within agreed time and budget constraints. This includes developing schedules, estimating effort, coordinating assigned resources where required, and reporting progress, risks, and budget status to change leaders and management stakeholders. Applicants will be expected to manage safety work packages, including planning and estimating activities and providing regular progress updates throughout delivery. Knowledge or experience of Earned Value Management is not a requirement for this role. Experience of hazard analysis techniques would be beneficial and may include methods such as Bow Tie Analysis, Functional Hazard Analysis (FHA), and HazOps. Experience of design assessment activities may include the creation, interpretation, or review of techniques such as Fault Tree Analysis (FTA) and Failure Modes and Effects Analysis (FMEA). The role may involve engagement with a range of external stakeholders, including the UK Civil Aviation Authority (CAA), European Union Aviation Safety Agency (EASA), other Air Navigation Service Providers (ANSPs), and the Royal Air Force (RAF). We have adopted agile working to provide greater flexibility and increased choice over working arrangements, with the opportunity for this role to work in our modern office facilities as well as remotely. We also welcome discussions on flexible and part-time working arrangements. Individuals that bring different perspectives, skills, life experiences and backgrounds help us be at the forefront of our industry. Please note: All staff at the organization are subject to UK Security Vetting and Clearance (SC) and must maintain valid clearance throughout employment. We are unable to progress applications where an applicant does not meet eligibility requirements for clearance."},{"id":"2f8aabcb8d","title":"Safety-critical Manager (ISO 9001)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Safety leadership","seniority":"Lead / Manager","industry":"Semiconductor","industries":["Semiconductor"],"segment":"Unknown","standards":["ISO 9001","IATF 16949"],"standards_meta":[{"code":"ISO 9001","site_code":"IEC 61508","id":"iec61508","name":"Quality Management Systems","summary":"Requirements for a quality management system."},{"code":"IATF 16949","site_code":"ISO 26262","id":"iso26262","name":"Automotive Quality Management","summary":"Quality management system requirements for automotive production."}],"stage":"Not listed in company directory","size":"Unknown","country":"Unknown","region":"Unknown","location":"Reading","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Cybersecurity","Product compliance","Reliability","Safety case & assessment"],"employer":false,"text":"Safety-critical Manager (ISO 9001) Safety-critical Safety leadership Semiconductor Lead / Manager ISO 9001 IATF 16949 Design, deliver and manage our quality management system (QMS) in accordance with ISO 9001, (2015 and then transition to 2026), and company requirements. Responsible for quality document administration and control, including the organization's Document (DMS) and Issues Management Systems (IMS). Responsible for internal audit of the QMS, support supplier/customer audits and manage the relevant corrective actions/preventative actions (CAPA). Champion customer/legislative driven quality, environmental and ethical initiatives e.g. Responsible Business Alliance, Cyber Security, Green House Gas emissions, etc. Own & present quality metrics, and improvement plans, to management team. Owner of all internal Quality processes e.g. change management, 5S audits, organisational risk management, etc. Own and communicate the organization's quality message to suppliers, employees, and customers. Work with commercial, engineering, and operational functions to prioritise and agree on a roadmap of activities for internal and external expectations regarding quality goals. Define and specify the implementation of quality standards, methods, metrics, and procedures for continuous improvement assuring product quality and business performance, including relevant KPI’s. Candidate must demonstrate leadership, communication and influencing skills and is able to communicate with ease with customers, senior management and internal stakeholders. 5+ years’ experience of working with, and implementing, Quality Management Systems within the semiconductor and/or technology industries. Track record of defining quality processes & procedures. Administration of document and issue management systems. Practical experience of data collection, pareto & data analysis / trending. Practical experience of continuous improvement and structured problem solving. Experience of ISO9001 implementation, maintenance and certification. Equivalent knowledge of IATF16949 and/or ISO14001 is desirable. Thorough knowledge of quality improvement tools. Experience in effective collaboration with design, development and manufacturing organizations, particularly as relates to design and product realisation processes. Excellent verbal / written communication, interpersonal and functional team building skills. Working understanding of statistical decision-making methods including process.capability analysis/MSA and DoE. Ability to use statistical analysis tools a plus. Knowledge of 6 Sigma methods and techniques, process control systems, process capability, measurements systems analysis, FMEA, corrective & preventive action, and continuous improvement programs. Competent with Office Products, e.g. Visio, Word, Excel and PowerPoint. Able to plan & conduct/support internal, supplier & customer audits. Self starter with the ability to identify issues, work independently, meet the challenge and effect a solution. Practical understanding/application of quality design toolset e.g. FMEA, APQP, etc. Expert knowledge of ISO9001:2015 and it’s application in a technology organisation Minimum Bachelor’s degree in relevant discipline and/or relevant vocational experience The organization.ai | Revolutionizing AI Infrastructure Find Jobs in United Kingdom on Arbeitnow"},{"id":"7096fe7d35","title":"System Safety Lead (ISO 21448)","focus":"System safety","open":true,"status":"Open","role_family":"Safety leadership","seniority":"Lead / Manager","industry":"Automotive","industries":["Automotive","Robotics","Medical","Aerospace & defense"],"segment":"AV trucking","standards":["ISO 21448"],"standards_meta":[{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."}],"stage":"Series E","size":"501-1,000","country":"Canada","region":"North America","location":"Canada","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":["Python"],"domains":["ADAS / autonomous driving","Robotics & automation","Safety case & assessment"],"employer":true,"text":"System Safety Lead (ISO 21448) System safety Safety leadership Automotive Lead / Manager ISO 21448 As the Autonomous Driving System Safety Lead on the Systems Engineering team, you will own and author safety claims in the forward-facing ADS safety case for onboard and offboard software, a large fraction of which is AI components. You will work closely with the autonomy software, data platform, operations, and legal teams to coordinate system requirements, AI architecture, and evidence in support of these claims. You will be responsible for ensuring that the cross-functional team creates a safety case for onboard and offboard software that is comprehensive and that potential gaps are identified and mitigated. Manage safety claims by understanding the ADS design, interfaces, and technical capabilities of the system and by working closely with Autonomy Robotics and Software Infrastructure leads. Generate atomic claims through claim decomposition, delegating to the cross-functional teams where appropriate and managing quality where delegated. Generate counter-arguments (challenges) to claims, and ensure that they are either addressed or mitigated. Review and assess evidence from evaluation and validation as arguments for safety case claims, and by working closely with V&V test teams. Develop processes for and coordinate the tracking of safety performance indicators, as available from various Systems Engineering and Software Evaluation teams, to monitor driverless (driver-out L4) deployment. Escalate functional and technical risks, and missing work items such as test gaps, ADS design risks, and AI architecture insufficiencies to senior leadership and propose mitigations. Support safety research, identify appropriate technical standards and best practices that support the safety case, and apply them effectively. While this role starts as an individual contributor, there is opportunity to grow a team after the initially defined technical milestones. 5+ years of technical work experience in a relevant area, of which 3+ years should be in robotics software. Bachelor’s Degree, Master’s Degree, or Doctoral Degree in Computer Science, Math, Electrical Engineering, Mechanical Engineering, Robotics, Physics, or related field. Strong quantitative analytical skills and Python experience. Experience working in a safety-critical industry (e.g. robotics, automotive, aviation/aerospace, medical devices) for a complex robotic system. Hands-on experience with ISO 21448 and familiarity with ISO 8800. Highly collaborative in nature with strong abilities to think and communicate analytically and effectively, and the ability to build good working relationships. Background in autonomous vehicles ideally with L4 AV deployment. Experience writing safety claims and system requirements for SAE L2/L3/L4 systems to operate safely. Experience with ISO 8800. Experience with naturalistic driving data and human benchmarking analysis. Experience with simulation of autonomous vehicles applied to verification and validation. Technical and strategic management experience with a small team."},{"id":"ad6283107f","title":"System Safety Manager (EN 50126)","focus":"System safety","open":true,"status":"Open","role_family":"Safety leadership","seniority":"Lead / Manager","industry":"Rail","industries":["Rail"],"segment":"Other","standards":["EN 50126","EN 50128","EN 50129"],"standards_meta":[{"code":"EN 50126","site_code":"EN 50126","id":"en50126","name":"Railway RAMS","summary":"Specification and demonstration of Reliability, Availability, Maintainability and Safety for railway applications."},{"code":"EN 50128","site_code":"EN 50128","id":"en50128","name":"Railway Software","summary":"Software for railway control and protection systems, defining software SIL requirements and lifecycle."},{"code":"EN 50129","site_code":"EN 50129","id":"en50129","name":"Railway Signaling Safety Cases","summary":"Safety-related electronic systems for railway signaling, including the structure of the safety case."}],"stage":"Directory listed","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Unknown","year":"2026","employment":"Contract","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Reliability","Safety case & assessment"],"employer":true,"text":"System Safety Manager (EN 50126) System safety Safety leadership Rail Lead / Manager EN 50126 EN 50128 EN 50129 The organization is connecting communities across the Greater Golden Horseshoe. The organization operates GO Transit and UP Express, as well as the PRESTO fare payment system. We are also building new and improved rapid transit, including GO Expansion, Light Rail Transit routes, and major expansions to Toronto’s subway system, to get people where they need to go, better, faster and easier. The organization is an agency of the Government of Ontario. Our CPG – Rapid Transit team is looking for a Manager to support our Hamilton LRT project. You will provide management and technical expertise in the delivery of Light Rail Transit (LRT) systems and infrastructure in relation to systems engineering, integration, verification and validation (V&V), and systems safety assurance across the project lifecycle. This role ensures that all LRT systems and infrastructure are designed, integrated, tested, and commissioned in compliance with project requirements, applicable standards, regulatory requirements, and safety objectives. You will also work closely with designers, contractors, operators, regulators, and independent assessors to achieve a safe, reliable, and fully integrated transit system that achieves the Reliability, Availability, Maintainability and Safety (RAMS) targets. Manage project progress, analyze all work activities to identify deficiencies and opportunities for efficiencies. Monitor project safety to mitigate risk, ensure compliance with policies and procedures, and initiate improvements, resolutions and preventative measures Oversee consultant and contractor scope and quality of work, identifies existing and potential issues, and initiates corrective action to avoid serious project delays or budget impacts. Manage project scope and change orders including negotiating, processing and analyzing cost and schedule impacts Partner with internal stakeholders to commission and transition infrastructure work, ensuring all acceptance criteria (e.g. final design, installation, testing) are fulfilled and required documentation (e.g. blueprints, drawings, technical specifications) is delivered before final signature for acceptance and transfer. Oversee daily project progress and spending, prepare status reports and participate in related meetings to provide status updates and discuss solutions to issues Completion of a degree in Engineering, or a related discipline or a combination of education, training and experience deemed equivalent. Demonstrated experience related to Systems Engineering, Integration, and Safety Assurance for Light Rail Transit (LRT) or major infrastructure projects. Knowledge of Contract Law, the Occupational Health and Safety Act, Environmental Assessment Act, and the requirements of the Professional Engineers Act. Knowledge of Human Resources legislation to monitor and manage employees and contractors, including experience in the application of collective agreement provisions. Communication, interpersonal, consultative and negotiation skills to establish and maintain business relationships and partnerships within the organization, with relevant provincial ministries, other jurisdictions, service providers and stakeholders to provide expertise/advice and influence the development of infrastructure delivery policy, to deal with complex and/or sensitive issues and present solutions. Problem solving and analytical skills to evaluate and address contractor and supplier performance issues and recommend plans for improvement. Interpersonal and oral/written/presentation skills to liaise with all levels within the organization and on construction sites. Budget management to plan and monitor departmental budgets against limitations Leadership ability to oversee a team of technical project professionals."},{"id":"50ae669a67","title":"System Safety Manager (IEC 62304)","focus":"System safety","open":true,"status":"Open","role_family":"Safety leadership","seniority":"Lead / Manager","industry":"Medical","industries":["Medical","Aerospace & defense"],"segment":"Other","standards":["IEC 62304","ISO 14971","IEC 60601"],"standards_meta":[{"code":"IEC 62304","site_code":"IEC 62304","id":null,"name":"Medical Device Software - Software Life Cycle Processes","summary":"Software safety classes and lifecycle requirements for medical device software."},{"code":"ISO 14971","site_code":"ISO 14971","id":null,"name":"Medical Devices - Application of Risk Management","summary":"Risk management process for medical devices across the product lifecycle."},{"code":"IEC 60601","site_code":"IEC 60601","id":null,"name":"Medical Electrical Equipment - Basic Safety and Essential Performance","summary":"Safety and performance requirements for medical electrical equipment."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Texas, US","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"Yes","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"System Safety Manager (IEC 62304) System safety Safety leadership Medical Lead / Manager IEC 62304 ISO 14971 IEC 60601 Since the organization is a very complex work environment, we are looking for a resilient, high-energy Manager- Hardware System Safety, you will be a mid-level leader responsible for leading the Hardware System Safety Engineering team, overseeing Agile delivery, sprint planning, and day-to-day development activities. This role governs adherence to CDISS/CLD requirements documents while ensuring the team meets its delivery commitments. The Manager – Hardware System Safety, serves as both a technical and people leader, balancing hands-on development oversight with team performance management. This position also focuses on developer talent development, mentoring engineers and supporting their technical growth. Leads the Hardware System Safety engineering team, setting technical direction, architecture strategy, and development priorities Owns accountability for hardware system safety engineering deliverables, ensuring quality, scalability, and security across products and systems Develops and manages budgets, resource plans, and staffing strategies for the hardware system safety engineering organization Conducts performance management, career development, and mentorship for software engineering staff Partners with product, QA, and executive leadership to align hardware system safety strategy with business and customer needs Oversees resolution of complex technical challenges, system architecture decisions, and hardware risk management Establishes and enforces hardware development standards, quality practices, and engineering best practices Leads recruitment, hiring, and long-term workforce planning for the software engineering team Represents hardware system safety engineering in leadership forums, roadmap planning, and executive discussions Drives adoption of new technologies, methodologies, and continuous improvement initiatives across the team Communicates project progress, status, and potential issues to stakeholders and leadership Implements and maintains agile project management methodologies throughout the project lifecycle Performs additional job duties as assigned Communicating project progress, status, and potential issues to stakeholders and leadership Implementing and maintaining agile project management methodologies throughout the project lifecycle Perform additional job duties as assigned 7 + years of Hardware System Safety engineering experience alongside 3+ years of formal team management, or an equivalent combination of education and experience Bachelor’s Degree in engineering required Master's Degree or an MBA, preferred Track record of making things happen in ambiguous, fast-moving environments Uses good judgement to problem-solve proactively, positively impacting hard challenges Demonstrated organization skills to meet tight deadlines with high-quality results Passion for the organization and the mission Entrepreneurial, growth mindset High EQ and ability to collaborate within teams and cross-functionally Tech-solutioning in using systems and tools to move smarter and faster Embody our core values of leadership, innovation, and teamwork. In addition, to perform the job successfully, an individual should demonstrate the following competencies Accountability Technical Rigor Execution Discipline Pride of Delivery Generally, an office environment, but can involve inside or outside work depending on the task. This position may require access to export controlled technical data or technology subject to NASA regulations, International Traffic in Arms Regulations (ITAR), or Export Administration Regulations (EAR). In accordance with U.S. export control laws, final candidates may be required to undergo additional export control screening to determine eligibility for access. Meeting these requirements is a condition of employment Management has the prerogative to select at any level for which the position is advertised Must be willing to work evenings and weekends as needed to meet critical project milestones Work may involve sitting or standing for extended periods (90% of the time) May require lifting and carrying up to 25 lbs. (5% of the time) Equipment and Machines Standard office equipment (PC, phone, printer, etc.)"},{"id":"8ff2ac99bb","title":"System Safety Manager (MIL-STD-882)","focus":"System safety","open":false,"status":"Archived","role_family":"Safety leadership","seniority":"Lead / Manager","industry":"Aerospace & defense","industries":["Aerospace & defense"],"segment":"Defense space","standards":["MIL-STD-882"],"standards_meta":[{"code":"MIL-STD-882","site_code":"IEC 61508","id":"iec61508","name":"System Safety (US Department of Defense)","summary":"The DoD standard practice for system safety programmes and hazard tracking."}],"stage":"Directory listed","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Remote","year":"2026","employment":"Contract","clearance":"No","languages":["English","German"],"certifications":[],"tools":[],"domains":["Product compliance","Safety case & assessment","Hazard analysis","Requirements & traceability"],"employer":true,"text":"System Safety Manager (MIL-STD-882) System safety Safety leadership Aerospace & defense Lead / Manager MIL-STD-882 As Safety Manager (System Safety), you will lead the system-safety domain across our platforms. You will develop and maintain the System Safety Programme Plan (SSPP) and coordinate hazard identification, preliminary hazard analysis (PHA), risk assessment and system-level safety architecture. You will ensure safety requirements trace cleanly to system functions, and lead system-wide safety activities that identify, assess and mitigate weapon-specific safety requirements. Your work integrates every weapon safety demand into the system safety lifecycle and keeps our systems compliant with applicable regulations. You make sure the technology that protects our democracies is safe by design, and safe in the field. Develop and maintain the System Safety Programme Plan (SSPP) as the authoritative reference for all system-safety activities Coordinate hazard identification, preliminary hazard analysis (PHA) and risk assessment across the system safety lifecycle Define and govern system-level safety architecture, ensuring full traceability of safety requirements to system functions Aide the process of getting newly developed systems into service by assessing the system safety and deriving necessary evidence (e.g. SAR) Lead the identification, assessment and mitigation of weapon-specific safety requirements, integrating them into the system safety lifecycle Ensure compliance with applicable safety regulations and standards across all system-wide safety deliverables Lead system-safety programmes and own artefacts such as the SSPP end to end Conduct hazard identification, PHA and risk assessment across complex systems Define system-level safety architecture and maintain traceability from requirements to functions Assess and mitigate weapon-specific safety requirements within a system safety lifecycle Interpret and apply relevant safety regulations and standards in a defence or safety-critical context Communicate fluently in German and English (C1 or equivalent) to collaborate internationally and locally Familiarity with functional safety standards such as MIL-STD-882 or comparable frameworks Working knowledge of safety practices in weapon systems or safety-critical aerospace platforms"},{"id":"07aadd5bfd","title":"Lead Functional Safety Architect","focus":"Functional safety","open":false,"status":"Archived","role_family":"Safety leadership","seniority":"Principal","industry":"Automotive","industries":["Automotive","Semiconductor","Robotics","Industrial machinery"],"segment":"Sensors","standards":["IEC 61508","IEC 62061","ISO 10218"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."},{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."}],"stage":"Directory listed","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Embedded software","Hardware / electronics","Robotics & automation","Product compliance"],"employer":true,"text":"Lead Functional Safety Architect Functional safety Safety leadership Automotive Principal IEC 61508 IEC 62061 ISO 10218 The organization is accelerating its roadmap for industrial automation silicon solutions, requiring clear specifications for next-generation technologies. As Technology Manager/Architect, you will define the industrial functional safety technology strategy and technical architecture by consolidating market requirements, technology trends, key customer needs, and the broader market environment. Define the software strategy and architecture for next-generation industrial functional safety solutions. Advance modular, scalable, and certifiable software platforms for industrial functional safety. Turn customer, market, and application needs into clear technical roadmaps and compelling industrial value propositions. Collaborate with functional safety stakeholders to define a concise, modular, cross-platform industrial functional safety strategy and architecture. Engage early with certification authorities to align architecture and compliance strategy. Guide development teams from architecture definition through implementation and customer enablement. Track functional safety standards, market trends, and competitor activity to maintain the organization’ technology leadership. Represent the organization in strategic discussions with customers, partners, standards bodies, and ecosystem stakeholders. M.Sc in Electrical/Electronic engineering or equivalent with additional expertise in software development. Deep knowledge of industrial functional safety standards, including IEC/EN 61508, IEC 61800-5-2, IEC 62061, ISO 10218-1, and related standards. Strong expertise in functional safety application design for industrial automation and robotics. Proven track record of transforming technical and market requirements into technology strategies and implementation success. Openness to explore new technologies and markets to derive implementation recommendations from that. Ability to build and maintain excellent relationships with internal and external stakeholders. Excellent customer focus with strong communication skills. Familiarity with industrial automation technology such as industrial networking, functional safety, security. Result-oriented, self-organized, self-motivated with independence of thought. A transparent, agile, global, innovative, and entrepreneurial organization and mindset. Strong Team orientation, fun to work, flat hierarchies."},{"id":"de96e79745","title":"Safety-critical Lead (ISO 21448)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Safety leadership","seniority":"Principal","industry":"Automotive","industries":["Automotive","Robotics","Medical","AI & software platforms"],"segment":"Other","standards":["ISO 21448"],"standards_meta":[{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."}],"stage":"Directory listed","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Remote","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":["Jira","Git","Docker","Python"],"domains":["ADAS / autonomous driving","Machine learning / AI","Robotics & automation","Product compliance","Reliability","Safety case & assessment"],"employer":true,"text":"Safety-critical Lead (ISO 21448) Safety-critical Safety leadership Automotive Principal ISO 21448 The Safety Assurance for Effective Autonomous Driving Software (SAFE‑ADS) department is part of GM’s Global Product Safety, System, and Certification (GPSSC) organization. Our mission is to help GM deliver trusted automated‑driving products. As the central authority for automated driving system (ADS) safety, SAFE‑ADS brings together experts from across the company to develop and maintain a comprehensive safety case including safety performance indicators for GM’s automated‑driving technologies. GM’s vision is zero crashes, zero emissions, and zero congestion—and autonomous vehicle safety is essential to achieving that vision. As Principal AV Behavior Safety Engineering Lead, you will lead the strategy and support execution for how GM defines, measures, and validates the safety of SAE Level 3 – 4 Automated Driving Systems powered by machine‑learned models. You will report into the AV Safety Strategy and Assurance organization and directly influence launch decisions for GM’s next generation of automated driving products. If you are passionate about safety, have deep experience in autonomous vehicle development and validation, and are a proven technical leader in AI/ML‑driven systems, this role is an opportunity to shape how millions of people experience safe automated driving. The AV Safety Strategy and Assurance team is seeking a hands‑on Principal engineer with extensive experience in the end‑to‑end development lifecycle of autonomous vehicle behaviors, from ADS Architecture, ODD and behavior definition through simulation, closed‑course, and public‑road validation. If you’re excited to lead in autonomous driving safety, we’d love to hear from you! Lead Technically Reference and interpret standards such as ISO 21448 (SOTIF), ISO 5083, and AVSC best practices to define GM’s strategy for safe autonomous system development, validation and deployment Own safety strategy for next generation ADS architectures Own the behavior‑focused portion of the ADS Safety Case, including key claims, sufficiency criteria, and recommended evidence for AV behavior safety performance. Collaborate with Software Validation, Embodied AI, Simulation, and Safety Metrics teams to define the end‑to‑end AV behavior validation methodology for AI‑driven systems. Set the strategy for how we systematically break down ODDs and how performance is validated per behavior and in aggregate. Collaborate on evaluation metrics, human benchmarks, and safety launch targets for AV behaviors and overall system performance. This includes supporting development of safety performance indicators (SPIs) for AV behaviors. Assess AV performance across safety and reliability dimensions using simulation, closed‑course, and public‑road data and provide clear, prioritized feedback to engineering teams Define and run an assurance process to verify the sufficiency criteria and safety targets to support launch readiness Bachelor's degree in Computer Science, Engineering, Mathematics, or a related field 8+ years of experience in machine learning, engineering, data science, or a related field 8+ years in autonomous vehicle or robotics development or related field Demonstrated experience working on production‑intent AV programs Track record providing technical safety leadership in AV development (e.g., defining safety strategies, risk assessments, validation methodologies, safety case contributions). Deep understanding of AV behavior development: defining ODDs, behaviors, and evaluation criteria; analyzing simulation, closed‑course, and public‑road test data; and generating prioritized, actionable recommendations for developers. Experience applying AV safety standards and best practices, such as ISO 5083, ISO 21448 (SOTIF), and AVSC practices Excellent communication and storytelling skills, including the ability to explain complex technical tradeoffs to executives and non‑technical stakeholders. Proven ability to influence cross‑functional teams (Software, AI/ML, Systems Engineering, Product, Program Management, Operations) without direct authority. Strong problem‑solving mindset, comfort with ambiguity, and a proactive attitude toward learning and continuous improvement. Masters Degree in Computer Science, Engineering, Mathematics or related field Programming & Frameworks: Python, R, Java, PySpark, PyTorch, TensorFlow, Scikit-learn, LangChain, SQL Machine Learning & AI: Large Language Models (LLMs), Generative AI, RAG, Deep learning, Reinforcement Learning, Natural Language Processing (NLP), SVM, XGBoost, Random Forest, Decision Trees, Clustering Cloud & Big Data Platforms: (Preferred Microsoft Azure (Data Lake, Machine Learning, Databricks)), Nice to Have (AWS (S3, SageMaker, Bedrock) or Google Cloud Platform (BigQuery, Dataflow, AI Platform) ) Deployment & MLOps: MLflow, Model Monitoring & Versioning, Docker & Kubernetes, GitHub, Jira Data Analysis & Visualization: Tableau, PowerBI, Pandas, NumPy Impact at Scale: Your work will directly influence how GM brings safe automated driving systems to millions of customers. End‑to‑End Ownership: You will own the strategy, framework, and evidence assessment for AV behavior safety. Cross‑Functional Reach: You will collaborate across AI, software, validation, simulation, metrics operations and vehicle program teams, shaping the direction of GM’s automated driving roadmap. Bonus Potential: An incentive pay program offers payouts based on company performance, job level, and individual performance."},{"id":"43952337c2","title":"Functional Safety Engineer (ARP4754, Software safety)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Software safety","seniority":"Mid-level","industry":"Aerospace & defense","industries":["Aerospace & defense"],"segment":"Other","standards":["ARP4754","ARP4761","DO-178C"],"standards_meta":[{"code":"ARP4754","site_code":"IEC 61508","id":"iec61508","name":"Development of Civil Aircraft and Systems","summary":"Aircraft and systems development process guidance (SAE ARP4754A)."},{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."},{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."}],"stage":"Directory listed","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Hybrid","year":"2026","employment":"Full-time","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Cybersecurity"],"employer":true,"text":"Functional Safety Engineer (ARP4754, Software safety) Safety-critical Software safety Aerospace & defense Mid-level ARP4754 ARP4761 DO-178C Work Arrangement: Hybrid Performing safety/hazard assessments and analyses on projects involving complex electromechanical systems with a significant software component. Performing software criticality analysis Developing product software safety requirements to meet customer and mission requirements Performing trade-off studies to ensure the requirements are the right requirements Working with design, systems engineering and software groups to ensure that safety-related inputs are incorporated into the design. Analyzing safety-critical software documentation and source code for safety Analyzing reused software for safety Defend safety decisions to internal and external customers Ensure safety requirements are met in design phase Contribute to System Safety Analysis Reports Present safety designs at safety review panels Bachelor’s degree in Software, Computer, or Electrical Engineering, or Computer Science Strong software safety experience in a safety-critical development environment Ability to communicate with and work alongside multiple engineering disciplines to develop safety requirements A strong aptitude for continuous improvement. Excellent verbal, written communication, and presentation skills. AI in Hiring: We use AI tools to assist with application management (e.g., organizing submissions and surfacing potentially relevant qualifications). AI is not used to make hiring decisions. All decisions are made by our hiring managers and recruitment team. Our use of AI is governed by security and privacy risk assessments aligned with our cybersecurity framework."},{"id":"02d362cd0c","title":"Functional Safety Engineer (DO-178C, Software safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Software safety","seniority":"Mid-level","industry":"Automotive","industries":["Automotive","Medical","Aerospace & defense"],"segment":"Other","standards":["DO-178C","MIL-STD-882"],"standards_meta":[{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."},{"code":"MIL-STD-882","site_code":"IEC 61508","id":"iec61508","name":"System Safety (US Department of Defense)","summary":"The DoD standard practice for system safety programmes and hazard tracking."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Massachusetts, US","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"Yes","languages":[],"certifications":[],"tools":[],"domains":["Embedded software","Product compliance","Safety case & assessment"],"employer":true,"text":"Functional Safety Engineer (DO-178C, Software safety) Safety-critical Software safety Automotive Mid-level DO-178C MIL-STD-882 Bachelor’s degree in electrical engineering, Computer Engineering or other relevant engineering disciplines and 5+ years of relevant industry experience Demonstrated ability to understand software and data interfaces to assess potential failure modes that could lead to a hazard Demonstrated experience (or interest in specializing/learning system safety) in the following areas is a plus MIL-STD-882E System Safety DO-178/254 Software/Hardware development guidelines Joint Software Systems Safety Engineering Handbook (JSSSEHB) Perform hazard analyses on electrical, and embedded software systems AOP-52 Software Safety Design and Assessment of Munition-Related Computing Systems MIL-STD-1472 Demonstrated ability to manage and execute software safety assurance activities and processes with the above standards Demonstrated ability to understand mechanical and electrical drawings Demonstrated ability to understand electrical schematics and wiring diagrams and understand circuit and interface failure modes that could lead to a hazard Demonstrated ability to create injected fault data into digital systems This role is not application SW safety nor IT system safety. Active Secret clearance preferred; Secret eligibility required This role is open at multiple levels. Candidates will be hired at a level consistent with their background and experience Flexible Work Schedules Education Assistance Career Development & Training Opportunities US-Massachusetts-Wilmington Full-time Individual Contributor Experienced Compressed Work Week (9x80) Yes, 10 % of the Time 09/09/2026, 10:50:00 AM"},{"id":"7ef0dab1e1","title":"Functional Safety Engineer (IEC 61508, Software safety)","focus":"Functional safety","open":true,"status":"Open","role_family":"Software safety","seniority":"Mid-level","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Other","standards":["IEC 61508","ISO 26262","IEC 62304"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"IEC 62304","site_code":"IEC 62304","id":null,"name":"Medical Device Software - Software Life Cycle Processes","summary":"Software safety classes and lifecycle requirements for medical device software."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Embedded software"],"employer":true,"text":"Functional Safety Engineer (IEC 61508, Software safety) Functional safety Software safety Cross-industry safety Mid-level IEC 61508 ISO 26262 IEC 62304"},{"id":"ef3e12098d","title":"Functional Safety Engineer (IEC 62304, Software safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Software safety","seniority":"Mid-level","industry":"Robotics","industries":["Robotics","Medical","AI & software platforms"],"segment":"Other","standards":["IEC 62304"],"standards_meta":[{"code":"IEC 62304","site_code":"IEC 62304","id":null,"name":"Medical Device Software - Software Life Cycle Processes","summary":"Software safety classes and lifecycle requirements for medical device software."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Hybrid","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Machine learning / AI","Cybersecurity","Product compliance","Medical devices"],"employer":true,"text":"Functional Safety Engineer (IEC 62304, Software safety) Safety-critical Software safety Robotics Mid-level IEC 62304 As Software Safety Engineer, you'll assess software lifecycle processes and technical documentation from customers, using AI assisted workflows to work through evidence, test hypotheses and surface inconsistencies for review. You'll work closely with product, engineering and applied machine learning colleagues to keep sharpening those tools, support the market access team as the business expands into new jurisdictions, and help explain complex regulatory topics clearly to customers and prospects. A degree in computer science or a related discipline Four or more years in medical device or other safety critical manufacturing, auditing or research, including two or more years developing safety critical software Solid grounding in software development lifecycle processes, verification and validation testing, configuration management and cybersecurity Excellent written and verbal communication skills Knowledge of relevant standards such as IEC 62304 and IEC 81001 5 1 Hands on experience with generative AI, LLMs, embeddings, RAG, fine tuning or evaluation and monitoring If you want to be right in the thick of where healthcare, hard engineering and artificial intelligence meet, I'd love to hear from you."},{"id":"2853f6c161","title":"Functional Safety Engineer (ISO 13849, Software safety)","focus":"Functional safety","open":true,"status":"Open","role_family":"Software safety","seniority":"Mid-level","industry":"Automotive","industries":["Automotive","Industrial machinery","Aerospace & defense"],"segment":"Other","standards":["ISO 13849","IEC 62061","ISO 12100"],"standards_meta":[{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."}],"stage":"Directory listed","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":["German"],"certifications":[],"tools":["Jira","Confluence"],"domains":["Industrial control"],"employer":true,"text":"Functional Safety Engineer (ISO 13849, Software safety) Functional safety Software safety Automotive Mid-level ISO 13849 IEC 62061 ISO 12100 Ein eigenständiger und internationaler Engineering Dienstleister mit langjähriger Expertise. Mit branchenübergreifendem Know-how und einem ganzheitlichen System- und Produktverständnis schaffen wir technologische Lösungen entlang der gesamten Wertschöpfungskette. Wir beschäftigen uns mit den Trendthemen Digitalisierung, E-Mobilität und Autonome Systeme hauptsächlich für die Branchen Automotive, Luftfahrt, Defence und Maschinenbau und ermöglichen hier konsequent die Entstehung passgenauer Lösungen. Unser Ziel: den technologischen Fortschritt beschleunigen und einen relevanten Beitrag zu einer nachhaltigen Zukunft leisten. Daran arbeiten wir jeden Tag – mit rund 12.000 Mitarbeiterinnen und Mitarbeitern an über 50 Standorten weltweit. Für ein international tätiges Unternehmen im Bereich Industrie-, Kran- und Automatisierungstechnik wird ein Safety Software Engineer PLC (m/w/d) gesucht. In dieser Position entwickeln Sie sicherheitsrelevante Steuerungs- und Automatisierungslösungen für komplexe Maschinen- und Fahrzeugsysteme und begleiten Projekte von der Entwicklung über Tests bis hin zur Inbetriebnahme. Entwicklung von SPS-Software für automatisierte und sicherheitsgerichtete Maschinen- und Fahrzeugsysteme Programmierung von SPS-Steuerungen, Antriebssystemen, HMI-Visualisierungen und PC-Anwendungen Umsetzung von Functional-Safety-Anforderungen gemäß aktueller Maschinen- und Sicherheitsnormen Erstellung von System-, Funktions- und Schnittstellenbeschreibungen sowie Lasten- und Pflichtenheften Entwicklung von Test- und Simulationsumgebungen zur Validierung von Sicherheitsfunktionen Durchführung von Softwaretests, Systemvalidierungen und Inbetriebnahmen Unterstützung bei Risiko- und Gefahrenanalysen Technischer Ansprechpartner für interne Fachbereiche sowie externe Entwicklungspartner Begleitung von Werksabnahmen und internationalen Kundenprojekten Technische Ausbildung mit Weiterbildung zum Techniker oder vergleichbare Qualifikation Erfahrung in der SPS-Programmierung und industriellen Automatisierungstechnik Kenntnisse im Bereich Maschinensicherheit und Functional Safety Erfahrung mit Normen wie ISO 12100, ISO 13849-1/-2 und EN 62061 Idealerweise Qualifizierung als Functional Safety Engineer oder Functional Safety Professional Kenntnisse in SPS-Steuerungen, Sensorik, Antriebstechnik und industriellen Sicherheitssystemen Erfahrung im Maschinenbau, Sondermaschinenbau, der Fördertechnik oder Fahrzeugtechnik von Vorteil Sicherer Umgang mit MS Office, idealerweise SAP, Teamcenter, Jira und Confluence Sehr gute Deutsch- und Englischkenntnisse Reisebereitschaft im In- und Ausland (bis ca. 30 %)"},{"id":"9e112f4b9d","title":"Functional Safety Engineer (ISO 26262, Software safety)","focus":"Functional safety","open":true,"status":"Open","role_family":"Software safety","seniority":"Mid-level","industry":"Automotive","industries":["Automotive","Robotics"],"segment":"Other","standards":["ISO 26262","ASPICE","AUTOSAR"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"ASPICE","site_code":"ISO 26262","id":"iso26262","name":"Automotive SPICE","summary":"Process assessment model for automotive software and systems development."},{"code":"AUTOSAR","site_code":"ISO 26262","id":"iso26262","name":"Automotive Open System Architecture","summary":"Standardised automotive software architecture and methodology."}],"stage":"Directory listed","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":["Polish"],"certifications":[],"tools":[],"domains":["ADAS / autonomous driving","Embedded software","Hardware / electronics","Sensors & perception","Robotics & automation","Product compliance","Reliability","Safety case & assessment"],"employer":true,"text":"Functional Safety Engineer (ISO 26262, Software safety) Functional safety Software safety Automotive Mid-level ISO 26262 ASPICE AUTOSAR You will be responsible for the architecture, development, and validation of safety microcontroller (MCU) subsystemsand critical control interfaces, ensuring compliance with automotive safety standards such as ISO 26262. Experience with power steering systems, brake actuators, and ADAS components is highly desirable. Design and implement safety-critical subsystems based on ASIL-D compliant MCUs to monitor and control the vehicle in case of primary system failure (e.g., main compute failure). Collaborate with hardware, software, and systems teams to define safe architecture for driverless operation, including emergency braking and failover mechanisms. Develop and validate system safety concepts, technical safety requirements, and software safety mechanisms [in accordance with ISO 26262]. Integrate and validate safety MCUs with vehicle CAN and sensor networks, ensuring seamless interaction with power steering, braking, and ADAS subsystems. Perform FMEA, FMEDA, and safety analysis to support functional safety case documentation. Interface with suppliers of power steering ECUs, brake systems, and ADAS sensors to ensure compatibility with safety goals. Develop testing procedures and HIL setups to verify and validate system-level safety performance. Bachelor’s or Master’s degree in Electrical Engineering, Computer Engineering, Automotive Engineering, or a related field. Strong experience with CAN/CAN-FD, fault diagnostics, watchdog design, and state machine control. Experience working with power steering systems, brake control units, or ADAS ECUs. Experience working with AUTOSAR Experience working in ASPICE-compliant workflows Strong debugging and system-level problem-solving skills. Excellent communication skills Experience with autonomous systems, teleoperation, or robotic vehicle control. Deep understanding of ISO 26262, automotive safety lifecycle, and compliance documentation. Proven experience with ASIL-B to ASIL-D MCU development (e.g., Infineon AURIX, NXP S32). Understanding of redundant communication systems and power architectures in automotive. Hands-on experience with HIL testing, test automation, and fault injection. We take the time to review each application manually. So, please respect our time by submitting an application that reflects who you are and explains why you are right for this role. Read the job description carefully. Don't just fire off a generic application. You are then just wasting your time and ours. Briefly explain what you bring to the table as a candidate: How is your skill set driving value for the company? How are you making our team stronger? Don't let AI speak for you. We receive 1000's of applications, most of them written by AI. They all sound the same. Use AI to polish your language or fix your grammar, but don't let it do the thinking for you. Opportunity to work on cutting-edge automotive and robotics technology. Flexible working environment. Dynamic team of engineers passionate about mobility innovation. Work directly with the CTO and founders."},{"id":"bb4cf5f1ed","title":"Functional Safety Lead (ISO 26262, Software safety)","focus":"Functional safety","open":true,"status":"Open","role_family":"Software safety","seniority":"Principal","industry":"Automotive","industries":["Automotive","Medical","Aerospace & defense","AI & software platforms"],"segment":"Other","standards":["ISO 26262","IEC 61508"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."}],"stage":"Directory listed","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Unknown","year":"2026","employment":"Contract","clearance":"No","languages":["English"],"certifications":[],"tools":[],"domains":["Embedded software","Hardware / electronics","Product compliance","Reliability"],"employer":true,"text":"Functional Safety Lead (ISO 26262, Software safety) Functional safety Software safety Automotive Principal ISO 26262 IEC 61508 As a Staff Embedded Software Engineer specializing in Functional Safety, you will implement platform-level software and safety components for embedded systems. You will design and implement software-level technical safety requirements and serve as a functional safety representative across software, hardware, mechanical, and manufacturing teams. You will apply functional safety expertise to evaluate safety requirements, technical safety concepts, FMEDA, FTA, and DFA, helping ensure that system safety goals are achieved throughout the product lifecycle—from research and development through production Implement platform-level embedded software and functional safety components. Design and implement technical safety requirements at the software level. Represent functional safety in cross-functional discussions with software, hardware, mechanical, systems, and manufacturing teams. Evaluate safety requirements, technical safety concepts, FMEDA, FTA, and DFA against functional safety objectives. Develop software for microcontrollers using C and real-time operating systems. Design and develop multi-threaded and multi-core embedded software. Develop verification and validation methods for software safety requirements. Write test procedures and support testing of hardware subsystems and safety mechanisms. Document safety requirements, analyses, architecture, implementation, verification, and validation activities for each subsystem. Collaborate effectively in a fast-paced development environment. Help move concepts from the R&D phase into robust, production-ready products. Bachelor’s degree in Computer Science, Computer Engineering, Electrical Engineering, Software Engineering, or a related field. 5–7 years of professional experience focused on functional safety in the automotive, aerospace, industrial, or equivalent sectors. Strong proficiency in C programming. Hands-on experience with embedded software development and microcontroller-based systems. Experience with RTOS-based development. Experience with multi-threaded and multi-core programming. Experience developing systems in accordance with ISO 26262:2018, particularly Parts 5 and 11, or IEC 61508, particularly Parts 1, 2, and 3. Practical experience with safety requirements, technical safety concepts, FMEDA, FTA, and DFA. Demonstrated experience collaborating across hardware, software, mechanical, and manufacturing teams on safety engineering projects. Experience with automated requirements-management and issue-tracking tools.Strong communication, documentation, and teamwork skills. Familiarity with AI-enabled engineering flows as applied to automotive functional safety. Experience taking embedded safety concepts from research and development through product launch. Experience with software verification and validation for safety-critical systems. Experience supporting hardware subsystem testing and safety mechanism verification. Please note this job posting represents an open, active vacancy. Additionally, we are not currently accepting applications from third party application services."},{"id":"d3a1660feb","title":"Safety-critical Lead (IEC 61508, Software safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Software safety","seniority":"Principal","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Defense space","standards":["IEC 61508","ISO 26262","IEC 62304"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"IEC 62304","site_code":"IEC 62304","id":null,"name":"Medical Device Software - Software Life Cycle Processes","summary":"Software safety classes and lifecycle requirements for medical device software."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Safety-critical Lead (IEC 61508, Software safety) Safety-critical Software safety Cross-industry safety Principal IEC 61508 ISO 26262 IEC 62304"},{"id":"991ffb101f","title":"Senior Functional Safety Architect","focus":"Functional safety","open":true,"status":"Open","role_family":"Software safety","seniority":"Senior","industry":"Automotive","industries":["Automotive","Semiconductor"],"segment":"AV trucking","standards":["ISO 26262"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Michigan, US","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"No","languages":[],"certifications":[],"tools":["Medini Analyze","Ansys","APIS IQ","C / C++"],"domains":["Embedded software","Product compliance","Reliability","Safety case & assessment","Requirements & traceability"],"employer":true,"text":"Senior Functional Safety Architect Functional safety Software safety Automotive Senior ISO 26262 Transforming mobility. Making automotive technology that is smarter, cleaner, safer and lighter. That’s what we’re passionate about at the organization Electronics, and we do it by creating world-class Electronic systems. We are a premier supplier for the global automotive industry with full capabilities in design, development, testing and manufacturing of complex Electronic systems. Our name stands for quality, environmental consciousness, and safety. Innovation is what drives us and we drive innovation. Dream big and create the future of mobility at the organization Electronics. As a Lead Software Functional Safety Architect, you will serve as the technical authority ensuring our embedded software platforms meet the highest standards of safety integrity. You aren't just an observer; you are a \"shadow architect\" who operates independently of the primary software architect to provide critical checks, balances, and safety-first design leadership. Your primary focus will be on high-performance SoC/MCU systems targeting ASIL D compliance, ensuring that every line of code and architectural decision contributes to a fail-safe environment. Key Responsibilities Safety Analysis & Architectural Design Safety Manual Interpretation: Deep-dive into SoC/MCU Safety Manuals to extract hardware-software interface requirements (HSIs). Safety Context Identification: Identify which hardware modules (e.g., DMA, Memory Protection Units, Watchdogs) are relevant to the safety case. System Alignment: Collaborate with the System Engineering team to align on diagnostic coverage and error handling strategies. Fault Management: Define the end-to-end fault propagation paths—from hardware fault detection to the transition into a defined Safe State. Architecture Modeling: Develop and maintain software architectures that explicitly prove the achievement of functional safety goals. Safety Assessments & Work Products Analytical Ownership: Lead and \"own\" the creation of the Software FMEA (Failure Mode and Effects Analysis) and Software FTA (Fault Tree Analysis). Requirements Engineering: Define and review Software Safety Requirements (SSRs), ensuring they are technically sound and fully traceable to specific architectural elements. Independent Verification: Act as the independent technical voice to challenge the main software architecture, ensuring safety is never compromised for performance or features. Technical Leadership Drive the team toward successful Safety Audits and assessments. Mentor junior engineers on ASIL-compliant coding standards (e.g., MISRA C/C++, CERT). Bridge the gap between hardware-level safety features and high-level software application safety. Experience: 10+ years in Embedded SoC development with a proven track record in complex silicon environments. Architecture: 3+ years of experience specifically as a Software Architect. Safety Expertise: Hands-on experience developing software components that have successfully achieved ASIL C or D certification. Regulatory Knowledge: Expert-level understanding of ISO 26262 (Parts 4, 6, and 9). Evaluations: Direct experience participating in (and defending architectures during) formal safety evaluations or external audits. Analytical Tools: Proficiency with safety analysis tools (e.g., Ansys medini analyze, APIS IQ-FMEA, or similar). Skills & Competencies Critical Thinking: The ability to \"think like a failure\"—predicting how a system might break before it does. Independence: Strong enough to push back against the primary development team to maintain safety integrity. Communication: Ability to translate complex safety manuals into actionable development tasks for the software team. Under conditions defined by applicable law, you may have the right to request an explanation of how AI is used to support decision-making. If you have any questions or concerns about this process, feel free to contact our Talent Attraction team. Regular / Permanent The organization Electronics"},{"id":"f468db7cfa","title":"Senior Functional Safety Engineer (DO-178C, Software safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Software safety","seniority":"Senior","industry":"Medical","industries":["Medical","Aerospace & defense"],"segment":"Other","standards":["DO-178C","ARP4754","MIL-STD-882"],"standards_meta":[{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."},{"code":"ARP4754","site_code":"IEC 61508","id":"iec61508","name":"Development of Civil Aircraft and Systems","summary":"Aircraft and systems development process guidance (SAE ARP4754A)."},{"code":"MIL-STD-882","site_code":"IEC 61508","id":"iec61508","name":"System Safety (US Department of Defense)","summary":"The DoD standard practice for system safety programmes and hazard tracking."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Alabama, US","work_mode":"Unknown","year":"2026","employment":"Contract","clearance":"Yes","languages":[],"certifications":[],"tools":[],"domains":["Embedded software","Sensors & perception","Product compliance","Aerospace"],"employer":true,"text":"Senior Functional Safety Engineer (DO-178C, Software safety) Safety-critical Software safety Medical Senior DO-178C ARP4754 MIL-STD-882 Positions are available across multiple levels, with scope, technical depth, and leadership responsibilities aligned to experience and grade. Perform software and firmware safety analysis across the system lifecycle. Identify, assess, and document software safety hazards, risks, and mitigations. Support system safety activities for missile systems, radars, UAVs, C2BMC, and embedded platforms. Evaluate software compliance with safety, airworthiness, and program requirements. Analyze requirements, design, code, test, and operational data for safety impacts. Support development and maintenance of safety artifacts (hazard analyses, safety assessments, risk matrices). Support verification and validation of software safety requirements and controls. Participate in safety reviews, audits, and program technical reviews. Collaborate with systems, software, firmware, test, IV&V, and quality teams. Document findings, recommendations, and risk assessments clearly and accurately. Leads software safety analysis efforts for subsystems or functions. Interfaces directly with program teams and customers. Mentors junior engineers and supports cross-program safety activities. Provides technical leadership in software safety and risk management. Defines safety strategies, processes, and best practices across programs. Supports major system reviews, certification efforts, and customer engagements. Advises program leadership on software safety and mission risk. US Citizenship. Master’s degree in computer science, a related field or equivalent experience. 10 or more years of applicable progressively complex systems design engineering experience, including integration of complex hardware/software systems. Experience may be substituted in lieu of a degree. Experience or academic background in software safety, system safety, software engineering, firmware, or embedded systems. Understanding of software development, lifecycles and system safety principles. Ability to analyze complex technical systems and document safety findings. Must have a active secret clearance. Strong analytical and risk-based thinking. Attention to detail in safety-critical environments. Clear technical writing and communication skills. Ability to collaborate across multidisciplinary teams. Sound judgment and commitment to mission and personnel safety. Customer site. Collaboration with cross-functional engineering and program teams. Occasional travel may be required to support program needs. Position Contingent Upon Award of Contract: No LI-TS1 Experience supporting DoW missile systems, THAAD, C2BMC, radar systems, UAVs, or similar platforms. Familiarity with safety and airworthiness standards such as MIL-STD-882, DO-178, ARP4754, or equivalent. Experience with software IV&V, software assurance, or mission assurance. Experience with embedded software and firmware safety."},{"id":"e411da4960","title":"Senior Functional Safety Engineer (ISO 10218, Software safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Software safety","seniority":"Senior","industry":"Robotics","industries":["Robotics"],"segment":"Other","standards":["ISO 10218","ISO/TS 15066","ISO 13849"],"standards_meta":[{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."},{"code":"ISO/TS 15066","site_code":"ISO/TS 15066","id":"ts15066","name":"Collaborative Robots","summary":"Guidance for collaborative robot operation, including power and force limiting thresholds."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Robotics & automation"],"employer":true,"text":"Senior Functional Safety Engineer (ISO 10218, Software safety) Safety-critical Software safety Robotics Senior ISO 10218 ISO/TS 15066 ISO 13849"},{"id":"697f770335","title":"Senior Functional Safety Engineer (ISO/TS 15066)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Software safety","seniority":"Senior","industry":"Robotics","industries":["Robotics","Industrial machinery","Aerospace & defense"],"segment":"Unknown","standards":["ISO/TS 15066","IEC 62443"],"standards_meta":[{"code":"ISO/TS 15066","site_code":"ISO/TS 15066","id":"ts15066","name":"Collaborative Robots","summary":"Guidance for collaborative robot operation, including power and force limiting thresholds."},{"code":"IEC 62443","site_code":"IEC 62443","id":"iec62443","name":"Industrial Automation and Control Systems Security","summary":"The industrial cybersecurity standard family: security levels, zones and conduits, and secure development for control systems. Security and safety programs increasingly certify together."}],"stage":"Not listed in company directory","size":"Unknown","country":"Unknown","region":"Unknown","location":"Munich","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":["English","German"],"certifications":[],"tools":["C / C++"],"domains":["Embedded software","Hardware / electronics","Sensors & perception","Robotics & automation","Product compliance","Reliability"],"employer":false,"text":"Senior Functional Safety Engineer (ISO/TS 15066) Safety-critical Software safety Robotics Senior ISO/TS 15066 IEC 62443 You will join at the moment when the hard engineering questions become real product decisions: how do we make a highly capable robotic hand reliable, manufacturable, serviceable, and simple enough to deploy on a real shop floor? As an Electronics Engineer (Embedded Hardware & Firmware) at TACTILIA Robotics, you will help design and build the physical and low-level intelligence that brings our robotic hands to life. You will own the complete embedded hardware and firmware stack—from schematics and high-density multilayer layouts to the real-time C/C++ firmware running directly on the metal. Fitting multiple drives, high-density tactile arrays, and power electronics into a hand-sized volume means every decision is a tight balance of space, thermals, signal integrity, and manufacturability. You will work closely with the CTO and cross-functional team, moving smoothly between architecture, circuit design, and the lab to solve complex problems where physics meets code. Own the hardware architecture. Design schematics and high-density, multilayer PCB layouts (mixed-signal, tight thermal/EMC constraints) built for modularity across product variants—not a one-off prototype. Build control hardware and firmware that can't miss a beat. Search, evaluate, test, and integrate actuator hardware alongside motor drivers for compact servo drives; write deterministic real-time firmware (C/C++) for control loops, timing-critical execution, limit monitoring, and fault handling. Choose the right sensor and make the data mean something. Search, evaluate, test, and integrate sensor hardware for tactile sensing and proprioception (position and force); design low-noise readout electronics, signal conditioning, filtering, and calibration pipelines to deliver clean, low-latency telemetry to the software stack. Ship rock-solid bootloaders and drivers. Build field-updatable bootloaders, low-level drivers, and secure, fail-safe update strategies across product generations—documented and reliable, not tribal knowledge. Build interfaces customers actually want to integrate. Implement and maintain fieldbus and hardware communication layers (EtherCAT, CANopen, Ethernet) aligned cleanly with higher-level software and robot controllers. Debug on real hardware. Own the lab bring-up process from first power-on to full validation. Trace issues across the hardware, firmware, and mechanical boundaries with scopes, logic analyzers, and thermal imaging. Build security into the product from day one. Support Cyber Resilience Act compliance by integrating secure boot, signed firmware updates, and hardware-level trust mechanisms early in the design cycle. Build for series production, not just the lab. Design for manufacturing and test (DFM/DFT), select resilient supply-chain components with second sources, run EMC pre-compliance, and drive hardware through production ramp-up. Work across the whole team. Tight loop with Mechanics, Software, and System Applications—translating mechanical and control requirements into robust, deployable electronics. A degree in Computer Science, Electrical Engineering, Mechatronics, Robotics, or a related field. 5–10 years of experience developing embedded hardware and firmware for mechatronic products, including at least one product taken into series production. Proven expertise in schematic capture and multilayer PCB layout (Altium, KiCad, or similar), specifically for space-constrained, mixed-signal designs. Strong C/C++ skills on bare-metal or RTOS (ARM Cortex-M or similar) with a deep understanding of timing, concurrency, memory, and register-level hardware control. Hands-on experience with BLDC/DC motor driver design, current/velocity/position control loops, and low-level sensor interfacing. A strong hardware mindset: you enjoy lab bring-up, signal-integrity debugging, and getting to the bottom of transient issues with a scope or logic analyzer. Fluent English; German is a plus, not a requirement. Miniature electronics, high-density PCB packaging, or tight thermal constraints Tactile, force/torque, or contact-rich sensor arrays Real-time fieldbuses (EtherCAT, CANopen) Product security: secure boot, signed firmware, CRA, IEC 62443 Functional safety standards (Machinery Regulation, ISO/TS 15066) The next chapter of robotics won't be built in a lab. It will be built by people who care about what happens when technology meets the real world. At TACTILIA, you'll work on one of the hardest open problems in robotics: giving machines the dexterity, reliability, and robustness they need to interact with the physical world at industrial scale. The technology is taking shape. The team is being built. And the standards for robotic hands and their skills are still wide open. Find more English Speaking Jobs in Germany on Arbeitnow"},{"id":"3aee3aa581","title":"Senior Product Safety Engineer (IEC 61508, Software safety)","focus":"Product safety","open":true,"status":"Open","role_family":"Software safety","seniority":"Senior","industry":"Aerospace & defense","industries":["Aerospace & defense"],"segment":"Other","standards":["IEC 61508","DO-178C","MIL-STD-882"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."},{"code":"MIL-STD-882","site_code":"IEC 61508","id":"iec61508","name":"System Safety (US Department of Defense)","summary":"The DoD standard practice for system safety programmes and hazard tracking."}],"stage":"Directory listed","size":"Unknown","country":"Denmark","region":"Europe","location":"Denmark","work_mode":"Onsite","year":"2026","employment":"Unknown","clearance":"Yes","languages":["English"],"certifications":[],"tools":["IBM DOORS"],"domains":["Embedded software","Sensors & perception","Product compliance","Aerospace","Reliability","Hazard analysis","Requirements & traceability"],"employer":true,"text":"Senior Product Safety Engineer (IEC 61508, Software safety) Product safety Software safety Aerospace & defense Senior IEC 61508 DO-178C MIL-STD-882 Feel free to contact Hiring Manager on e-mail Bear in mind, that we need you to confirm that you can obtain a security clearance by the Danish Defense Intelligence Service, and that all adults in your household are not posing any risk to the related risk-evaluation. This entails among other issues That you have as a minimum stayed within NATO/EU/MISWG countries for the last 7 years only interrupted by short stays abroad, and That you have not committed serious criminal offences The organization has headquarters in Denmark and is a high-tech company developing products and systems for defense and non-defense security applications, including command and control systems, radar systems, self-protection systems for aircraft, space technology, and aerostructures for the aircraft industry. The organization | Allies in innovation Location of position Søborg Lystrup At the organization, we develop advanced defense and aerospace solutions that protect people and nations. Our Product Safety team ensures these systems operate safely under all conditions. We are looking for Software System Safety Specialists at different levels of seniority Experienced professionals with 5–8 years in software safety engineering Senior experts ready to take ownership and lead strategic safety initiatives As our new Software Safety Engineer, you will not just check boxes – you will influence design decisions, shape safety strategies, and drive innovation. Your key responsibilities include Lead safety software assurance activities Create Software Safety Plans, Verification & Validation Plans, and Safety Cases that set the standard for excellence Perform Software Hazard Analysis, Fault Tree Analysis, and FMEA, ensuring robust safety integrity levels Ensure compliance with international standards like IEC 61508, MIL-STD-882E, DO-178C, and more Support independent safety assessments and audits that validate your work Work with verification and validation (V&V) team Check test strategies from system safety perspective that guarantee reliability from unit to system level Maintain traceability from safety requirements to design, code, and test artifacts Support code reviews, static/dynamic analysis, and automated testing from system safety perspective Analyze results, manage non-conformities, and ensure corrective actions are effective Collaborate and innovate Work closely with developers, systems engineers, and hardware teams to embed safety into every step Contribute to new tools and processes, including web-based safety management platforms You are fluent in English both in writing and verbal at a professional level. Danish is an advantage but not a requirement. Moreover, we are also looking for a new colleague who has A degree in Software Engineering, Computer Science, or a related field For experienced roles: 5-8 years in system safety engineering for software-intensive systems For senior roles: Extensive experience with leadership in safety-critical projects and strategic decision-making Work experience in system safety engineering, particularly within defense, aerospace, or other safety-critical industries - Prior experience in defense or aerospace is highly desirable A strong knowledge of embedded systems, real-time software, and safety-critical architectures Familiarity with tools like DOORS, Eclipse, Visual Studio; model-based systems engineering is a plus Meticulous and analytical: Able to process complex information and identify risks others might overlook Thorough and rigorous: Personally disciplined and committed to getting facts right A strong communicator: Capable of explaining safety findings and influencing decisions across all levels Collaborative and team-oriented: Works effectively with cross-functional teams to integrate safety from the start Proactive and forward-thinking: Anticipates emerging threats and develops innovative solutions Organized and persistent: Manages multiple priorities and advocates for necessary changes - even when challenging We are an international company representing world-class expertise, delivering complex and high-tech products. We value our colleagues and our meaningful contributions to securing people through advanced technology. You will also experience that we have a strong focus on your development, teaching you useful new competences and further strengthening current ones, both professionally and personally. Our company culture is autonomous and engaging, and we acknowledge the importance of flexibility in a great working environment. When joining the organization, we promise that you will experience: Great people, challenging tasks, world-class expertise, and meaningful contribution in your daily work."},{"id":"971593d74f","title":"Product Safety Engineer (IEC 61508)","focus":"Product safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Junior","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Defense space","standards":["IEC 61508","ISO 26262","ISO 12100"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Product Safety Engineer (IEC 61508) Product safety Systems safety Cross-industry safety Junior IEC 61508 ISO 26262 ISO 12100"},{"id":"af10941e28","title":"Functional Safety Engineer (IEC 61511, Systems safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Systems safety","seniority":"Mid-level","industry":"Energy & process","industries":["Energy & process"],"segment":"Other","standards":["IEC 61511","IEC 61508","IEC 62443"],"standards_meta":[{"code":"IEC 61511","site_code":"IEC 61511","id":"iec61511","name":"Process Industry Safety Instrumented Systems","summary":"Application of IEC 61508 to safety instrumented systems in the process industries."},{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"IEC 62443","site_code":"IEC 62443","id":"iec62443","name":"Industrial Automation and Control Systems Security","summary":"The industrial cybersecurity standard family: security levels, zones and conduits, and secure development for control systems. Security and safety programs increasingly certify together."}],"stage":"Directory listed","size":"Unknown","country":"France","region":"Europe","location":"France","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Fire & gas"],"employer":true,"text":"Functional Safety Engineer (IEC 61511, Systems safety) Safety-critical Systems safety Energy & process Mid-level IEC 61511 IEC 61508 IEC 62443 Afin de renforcer nos équipes de consultants, nous sommes à la recherche de nos futures pépites! Si le secteur de l’Oil & Gas et les systèmes de contrôle-commande et de sécurité vous intéressent, cette offre est faite pour vous! The organization est une société d’ingénierie et de conseil opérationnel spécialisée dans les énergies. Élaborer et reprendre les spécifications techniques DCS/SIS Élaborer et reprendre les architectures de contrôle-commande ICSS Participer aux études de base et/ou de détail ICSS Assurer le suivi des interfaces internes et externes avec les différentes parties prenantes Participer à la validation de l’installation des systèmes de contrôle, de sécurité, feu et gaz Vérifier les quantitatifs d’armoires et les boucles types Préparer les spécifications fonctionnelles, notamment les analyses fonctionnelles, control narratives, matrices Cause & Effet et logic diagrams Assurer le suivi des études de functional safety Réaliser un reporting régulier auprès du Lead Engineer Veiller au respect des plannings, des procédures qualité et des exigences du projet. Vous êtes ingénieur(e) et justifiez d’au moins 10 ans d’expérience dans le domaine du Control & Safety System Vous disposez d’une solide expérience dans l’industrie Oil & Gas Vous maîtrisez les systèmes ICSS Offshore et Onshore Vous avez une bonne connaissance des architectures réseaux associées aux systèmes de contrôle-commande Vous connaissez les procédés et les règles applicables aux systèmes Fire & Gas Vous êtes à l’aise dans le travail en interfaces avec les différentes disciplines d’ingénierie, les partenaires, les sous-traitants et les fournisseurs Vous êtes capable de travailler et de rédiger la documentation technique en anglais Vous êtes reconnu(e) pour votre rigueur, votre autonomie et votre capacité à travailler dans un environnement projet exigeant."},{"id":"3540d68be3","title":"Functional Safety Engineer (ISO 13849, Systems safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Systems safety","seniority":"Mid-level","industry":"Robotics","industries":["Robotics","Industrial machinery","Aerospace & defense"],"segment":"Drones eVTOL","standards":["ISO 13849","ISO 12100"],"standards_meta":[{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Mississippi, US","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"No","languages":[],"certifications":["Certified Machinery Safety Expert (CMSE)"],"tools":[],"domains":["Sensors & perception","Robotics & automation","Product compliance","Hazard analysis"],"employer":true,"text":"Functional Safety Engineer (ISO 13849, Systems safety) Safety-critical Systems safety Robotics Mid-level ISO 13849 ISO 12100 The organization is a defense technology company with a mission to transform U.S. and allied military capabilities with advanced technology. By bringing the expertise, technology, and business model of the 21st century’s most innovative companies to the defense industry, the organization is changing how military systems are designed, built and sold. The organization's family of systems is powered by Lattice OS, an AI-powered operating system that turns thousands of data streams into a realtime, 3D command and control center. As the world enters an era of strategic competition, the organization is committed to bringing cutting-edge autonomy, AI, computer vision, sensor fusion, and networking technology to the military in months, not years. Support machine safety efforts for manufacturing & process equipment at the organization's Solid Rocket Motor production facility in McHenry, MS Serve as a safety resource during design, commissioning, and validation of automated / semi-automated production equipment Conduct hazard analysis / risk assessments and support safety buyoff for equipment including conveyance, robotics, process equipment, and lifting systems Specify and validate safety systems including E-Stops, scanners, light curtains, door interlocks, and other relevant hardware Investigate and provide corrective actions for equipment safety failures or workplace injuries Ensure regulatory compliance for production equipment Bachelor's degree in Robotics/Controls, Mechanical Engineering, Electrical Engineering, Manufacturing Engineering, or similar 2+ years of machine safety experience in a production environment Working knowledge of selection, integration, and validation of safety hardware Familiar with machine safety standards such as ISO 12100, ISO 13849, and ANSI B11 Familiar with CAD packages including NX, Solidworks, or AutoCAD Must be a U.S. Person due to required access to U.S. export controlled information or facilities 4+ years of machine safety experience in a production environment Functional Safety certification (TUV Rheinland, TUV SUD, or CMSE [TUV NORD]), or willingness to obtain one Experience with control panel layout, electrical component selection, and cable routing Experience interfacing with regulatory agencies and safety committees Experience with energetic or other highly hazardous production processes"},{"id":"4ef9ca58d6","title":"System Safety Engineer (ARP4754)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Mid-level","industry":"Aerospace & defense","industries":["Aerospace & defense"],"segment":"Other","standards":["ARP4754","ARP4761"],"standards_meta":[{"code":"ARP4754","site_code":"IEC 61508","id":"iec61508","name":"Development of Civil Aircraft and Systems","summary":"Aircraft and systems development process guidance (SAE ARP4754A)."},{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Georgia, US","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"No","languages":["English"],"certifications":[],"tools":[],"domains":["Product compliance","Aerospace","Reliability","Safety case & assessment"],"employer":true,"text":"System Safety Engineer (ARP4754) System safety Systems safety Aerospace & defense Mid-level ARP4754 ARP4761 Performs engineering work related to the investigation and the solution of technical problems associated with research, design, development, service and manufacture of the organization aircraft. Perform system safety analyses in accordance with ARP4761, ARP4754A, and applicable regulatory requirements. Develop and maintain Functional Hazard Assessments (FHA), Preliminary System Safety Assessments (PSSA), System Safety Assessments (SSA), Fault Tree Analyses (FTA), and Common Cause Analyses (CCA). Evaluate aircraft systems and architectures to identify potential hazards and verify compliance with 14 CFR 25.1309 and related guidance. Support aircraft certification programs through development of safety documentation and regulatory compliance data packages. Coordinate with systems, design, software, hardware, test, and certification engineering disciplines to ensure proper allocation and implementation of safety requirements. Assess engineering changes for safety impacts and compliance implications. Support investigation and resolution of safety-related issues identified during development, certification, production, and in-service operations. Prepare technical reports, presentations, and certification documentation. Participate in design reviews, safety review boards, and regulatory meetings. Support continuous improvement initiatives related to system safety processes, tools, and methodologies. Perform other duties as assigned. Solves typical engineering problems within assigned discipline. Provides technical assistance to engineering staff and contributes to completion of project milestones. Responsible for a complex engineering assignment, or a full project of lesser complexity. Follows established schedules while developing plans for engineering assignments. Obtains appropriate level of supervisor approvals for work accuracy and adequacy. Proficiently applies company/organization policies and procedures. Actively works to improve daily processes, and ensures all work meets customer requirements. Maintains a current and up-to-date knowledge of developments and application of technical principles, theories, and concepts in assigned field of expertise. Bachelor's Degree in Aerospace Engineering, Systems Engineering, Electrical Engineering, Mechanical Engineering, or a related engineering discipline required. Two (2) to five (5) years of engineering experience in aerospace, systems engineering, safety engineering, or a related technical field. Experience with system safety assessment methodologies including FHA, PSSA, SSA, FTA, FMEA, and CCA preferred. Familiarity with FAA certification requirements and aircraft development processes preferred. Working knowledge of ARP4761, ARP4754A, and 14 CFR Part 25 certification requirements. Strong technical, analytical, and problem-solving skills. Ability to communicate effectively with engineering teams, management, and regulatory authorities. Strong written communication skills with the ability to develop technical reports and certification documentation. Proficiency with Microsoft Office applications. Ability to work effectively in a team environment and manage multiple priorities. Bachelor's Degree Engineering or a related curriculum required or equivalent combination of education and experience sufficient to perform the essential functions of the job. 18 months related Engineering experience. Experience credit will be considered for related advance degrees limited to 2 years for Master's and 4 years for PhD in field applicable to the job position. The level of technical skills and abilities appropriate for this grade will be established by each discipline. Applies knowledge to provide solutions to a variety of technical problems of moderate scope and complexity, using a combination of judgment with defined practices and procedures. Failure to achieve results, or erroneous decisions or recommendations, may cause delays in program schedules and/or allocation of additional resources. Ability to convey technical concepts in both written and verbal formats. Contacts are primarily within the organization, with occasional customer contacts on routine issues. Works under general supervision for routine tasks of minor complexity. With supervision/mentorship, can coordinate the activities for lower level engineering staff. This job requires one to be able to read, write, speak, and understand the English language."},{"id":"9ae24bb9a5","title":"System Safety Engineer (ARP4761)","focus":"System safety","open":false,"status":"Archived","role_family":"Systems safety","seniority":"Mid-level","industry":"Automotive","industries":["Automotive","Medical","Aerospace & defense"],"segment":"Defense space","standards":["ARP4761"],"standards_meta":[{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Hybrid","year":"2026","employment":"Contract","clearance":"Yes","languages":[],"certifications":[],"tools":["IBM DOORS"],"domains":["Product compliance","Aerospace","Reliability"],"employer":true,"text":"System Safety Engineer (ARP4761) System safety Systems safety Automotive Mid-level ARP4761 As System Safety Engineer, you are fundamental to the safe design of the complete air vehicle and working within the team you will have the ability to participate in all phases of the product design life cycle from participating in leading edge innovation to supporting aging aircraft. You will be working on our wide product range encompassing conventional helicopters and uncrewed air systems. As part of the System Safety Engineering team you will carry out the system safety analysis activities for design and in-service support. Primary tasks will include the authoring of Functional Hazard Assessments in conjunction with the technical specialists and performing detailed analysis of failure conditions, in order to influence the safe design and certification of the organization products. You will also cover In-service support of existing the organization products, including development of necessary modifications. Training in the use of formal safety analysis methods, or alternatively extensive experience in the application of equivalent skills. Knowledge of specific IT tools such as Fault Tree+ or equivalent. The ability to plan and execute tasks to achieve timescales and costs. Good interpersonal skills to ensure effective team working and an appropriate working relationship with external customers. Proficiency in the use of general office IT tools, such as MS Word, Excel, and Powerpoint. Knowledge of Rotorcraft and systems, ideally relevant to our EH101/AW101/AW159/Lynx platforms Evidence of working in a regulated environment with knowledge of airworthiness regulations eg MAA, EASA or FAA. Experience of Defence Standard 00-056, ARP4761/4754 Experience in the use of requirements capture tools, such as DOORS. For internal purposes this role has been evaluated up to JFF Level 6, dependent on relevant skills and experience* This is not an exhaustive list, and we are keen to hear from you even if you might not have experience in all the above. The most important skill is a good attitude and willingness to learn. This role will require National Security Vetting to SC level. It is a requirement that the successful applicant will undergo, achieve, and maintain SC Clearance. A range of Personnel Security Controls referred to as National Security Vetting (NSV) will apply, this will include meeting the eligibility requirements for The Security Check (SC) or Developed Vetting (DV). For more information and guidance please visit"},{"id":"8d98060a1f","title":"System Safety Engineer (DO-178C)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Mid-level","industry":"Automotive","industries":["Automotive","Aerospace & defense"],"segment":"Other","standards":["DO-178C","DO-254","ARP4754","ARP4761"],"standards_meta":[{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."},{"code":"DO-254","site_code":"IEC 61508","id":"iec61508","name":"Design Assurance for Airborne Electronic Hardware","summary":"Design assurance for complex airborne electronic hardware."},{"code":"ARP4754","site_code":"IEC 61508","id":"iec61508","name":"Development of Civil Aircraft and Systems","summary":"Aircraft and systems development process guidance (SAE ARP4754A)."},{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."}],"stage":"Directory listed","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Hybrid","year":"2026","employment":"Full-time","clearance":"No","languages":["English"],"certifications":[],"tools":["IBM DOORS","Polarion","Jama Connect"],"domains":["Product compliance","Aerospace","Reliability","Safety case & assessment","Requirements & traceability"],"employer":true,"text":"System Safety Engineer (DO-178C) System safety Systems safety Automotive Mid-level DO-178C DO-254 ARP4754 ARP4761 The organization culture is focused on high quality, hard work, professionalism and teamwork within a highly respectful, motivating atmosphere geared towards long-term business growth. We are seeking an experienced System Safety Engineer to support the planning, development, integration and certification of safety-critical aircraft and aerospace systems. The successful candidate will perform and coordinate aircraft- and system-level safety engineering activities throughout the development lifecycle. The engineer will work closely with systems, hardware, software, verification, reliability, airworthiness and certification teams to ensure that safety objectives are correctly identified, allocated, implemented, verified and supported by appropriate certification evidence. The role requires a strong understanding of safety assessment processes, aircraft and system development, safety-driven architecture, requirements traceability and certification-oriented engineering. Plan, develop, maintain, and review system safety assessments in accordance with the applicable certification basis, customer processes and industry guidance. Perform or support aircraft-level and system-level Functional Hazard Assessments (FHA). Develop and maintain Preliminary System Safety Assessments (PSSA) and System Safety Assessments (SSA). Perform qualitative and quantitative safety analyses, including Fault Tree Analysis (FTA), Failure Modes and Effects Analysis (FMEA), Failure Modes, Effects and Criticality Analysis (FMECA), Common Mode Analysis (CMA), Particular Risk Analysis (PRA) and Zonal Safety Analysis (ZSA). Support the identification, classification, and documentation of functional failure conditions and associated safety objectives. Derive and allocate safety requirements to systems, subsystems, hardware and software. Evaluate proposed architectures against safety objectives, independence requirements, failure-containment strategies, and single-failure considerations. Provide safety-driven recommendations concerning architecture, redundancy, monitoring, fault detection, fault accommodation, and mitigation. Maintain traceability among hazards, failure conditions, safety objectives, safety requirements, architecture decisions, and verification evidence. Review system requirements, architecture descriptions, interface data, design documentation, verification plans, and test evidence from a system-safety perspective. Identify and manage safety assumptions, dependencies, limitations, open items, and certification risks. Coordinate safety activities with systems engineering, software, airborne electronic hardware, reliability, test, airworthiness and certification stakeholders. Support technical and certification reviews, including SRR, PDR, CDR and certification authority reviews, as applicable. Prepare clear, review-ready safety lifecycle documentation, compliance evidence, technical presentations and customer deliverables. Support resolution of safety-related problem reports, design changes and verification findings. Contribute to continuous improvement of system-safety processes, templates, methods and engineering guidance. Bachelor’s degree in aerospace, electrical, mechanical, systems, software or computer engineering, or another relevant technical discipline. At least five years of relevant experience in aerospace or another highly regulated safety-critical development environment. Demonstrated experience performing or contributing to aerospace system-safety assessments. Strong working knowledge of SAE ARP4761A/ARP4761 safety assessment processes. Working knowledge of SAE ARP4754B/ARP4754A aircraft and system development processes. Practical experience with several of the following: FHA, PSSA, SSA, FTA, FMEA/FMECA, CMA, PRA and ZSA. Experience reviewing system architectures and deriving or allocating safety requirements. Understanding of requirements development, validation, verification and bidirectional traceability. Ability to interpret complex system designs and identify safety-relevant interfaces, dependencies and failure conditions. Ability to work independently while collaborating effectively across multidisciplinary engineering teams. Strong analytical, problem-solving and technical-writing skills. Excellent written and spoken English, including the ability to explain safety conclusions to technical and non-specialist stakeholders. Availability for full-time work. Experience supporting certification programs under FAA, Transport Canada, EASA or another recognized civil aviation authority. Familiarity with aircraft, rotorcraft, UAS or eVTOL development and certification. Experience with avionics, flight controls, electrical power, propulsion, navigation, communication, surveillance or vehicle-management systems. Understanding of airborne software and electronic hardware assurance, including RTCA DO-178C, RTCA DO-254, RTCA DO-330 and RTCA DO-331. Familiarity with environmental qualification under RTCA DO-160. Experience with reliability predictions, failure-rate data and quantitative probability calculations. Experience with safety or reliability analysis tools. Experience with requirements-management and lifecycle tools such as IBM DOORS, Jama, Polarion or equivalent. Experience preparing certification evidence and supporting audits or reviews with customers and certification authorities. Experience with model-based systems engineering or model-based safety assessment. Experience working with complex electrical or electronic architectures is an asset. The work may be performed remotely, subject to project and customer requirements. Occasional travel to customer or project locations may be required. Additional security, export-control or customer-access requirements may apply depending on the assignment. Knowledge of English is required to communicate and work with customers outside the province of Quebec. / La connaissance de l'anglais est requise pour communiquer et travailler avec nos clients situés à l'extérieur de la province de Québec."},{"id":"775703d932","title":"System Safety Engineer (EN 50126)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Mid-level","industry":"Rail","industries":["Rail"],"segment":"Other","standards":["EN 50126","EN 50128","EN 50129"],"standards_meta":[{"code":"EN 50126","site_code":"EN 50126","id":"en50126","name":"Railway RAMS","summary":"Specification and demonstration of Reliability, Availability, Maintainability and Safety for railway applications."},{"code":"EN 50128","site_code":"EN 50128","id":"en50128","name":"Railway Software","summary":"Software for railway control and protection systems, defining software SIL requirements and lifecycle."},{"code":"EN 50129","site_code":"EN 50129","id":"en50129","name":"Railway Signaling Safety Cases","summary":"Safety-related electronic systems for railway signaling, including the structure of the safety case."}],"stage":"Directory listed","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Hybrid","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Embedded software","Product compliance","Process safety","Reliability","Requirements & traceability"],"employer":true,"text":"System Safety Engineer (EN 50126) System safety Systems safety Rail Mid-level EN 50126 EN 50128 EN 50129 This person will work closely with engineering, operations, quality, project management, and regulatory stakeholders to embed safety principles into system development and delivery. They will also contribute to assurance planning, audits, reviews, and governance processes to confirm that systems operate within acceptable risk tolerances. Develop and maintain system safety and assurance plans aligned with project, customer, and regulatory requirements. Perform hazard analyses such as PHA, FHA, FMEA, FTA, HAZOP, bowtie analysis, or similar techniques as appropriate. Identify, classify, and track hazards through to closure, ensuring effective mitigations are defined and implemented. Derive and manage safety requirements and ensure traceability across the system lifecycle. Support system design reviews to ensure safety requirements are embedded in architectures, interfaces, and operational concepts. Prepare safety cases, assurance cases, compliance evidence, and supporting documentation for internal and external review. Coordinate verification and validation activities related to safety requirements and risk controls. Assess design changes, deviations, incidents, and non-conformances for safety impact. Support certification, regulatory submissions, and customer assurance activities where required. Facilitate safety workshops and cross-functional risk reviews with internal and external stakeholders. Contribute to lessons learned, continuous improvement, and the development of safety and assurance processes, methods, and tools. Support Hazard Log details and workshops for C&U and SRS. Profile/Skills Bachelor’s degree in engineering, systems, safety, or a related discipline. 10 - 15 years Experience in systems safety, system assurance, or functional safety roles. Knowledge of safety lifecycle processes and systems engineering principles. Experience developing safety cases, hazard logs, and assurance documentation. Familiarity with applicable industry standards, regulations, and assurance frameworks. Strong analytical, documentation, and stakeholder management skills. Ability to work across multidisciplinary teams and influence technical decisions. Strong verbal and written communication skills. Note: In this description, the masculine gender is used for easy reading purposes and includes the feminine. Workplace Type Hybrid"},{"id":"e29332c808","title":"System Safety Engineer (IEC 61508)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Mid-level","industry":"Automotive","industries":["Automotive","Aerospace & defense"],"segment":"Energy storage","standards":["IEC 61508"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Hazard analysis"],"employer":true,"text":"System Safety Engineer (IEC 61508) System safety Systems safety Automotive Mid-level IEC 61508 The role will involve supporting safety processes and the generation of artefacts to comply with IEC 61508 in support of Safety Integrity Level (SIL) claims. Responsibilities will include Evolve / review safety designs for products, associated support equipment and facilities, functional specifications and operations, and establishment of safety requirements for assigned systems. Experience of Ordnance. Focus on directing members of the team to meet critical schedules, resolution of complex technical and operational performance problems. Participation within projects in establishing the content and degree of support required for each Project. Development of acceptable risk criteria from first principles. Development of Independent analysis and mitigation identification to control or eliminate hazards. Development of definition and deliver hazard identification and hazard analysis requirements using. appropriate hazard analysis types and techniques. Development and delivery of appropriate ALARP strategies. Development and delivery of safety management of potentially hazardous trials. Development and delivery of safety documents as required to support customer and test/operational range requirements. Participate in accident investigations involving damage to products or related facilities and assists in identification of causes and corrective actions. Evaluate the interrelationship of system safety requirements and other aspects of concept design and development requirements to ensure the most cost effective program. Bachelors degree from an accredited college in a related discipline, or equivalent experience/combined education, with 9 years of professional experience; or 7 years of professional experience with a related Masters degree. Considered an emerging authority. Fully familiar with UK MOD safety management including Def Stan 00-056 and understanding of UK MOD Acquisition Safety Management System (ASEMS) and associated domain Defence Safety Regulations (preferably Defence Land Safety and Environmental Regulations). Proven experience in a safety-associated role, preferably in a defence related industry. For example, knowledge of Def Stan 23-015 for land certification or integration of weapon systems such as Def Stan 07-085 or Def Stan 59-114. Experience in functional safety management, for example IEC 61508 or equivalent including knowledge deviation of Safety Integrity Levels (SIL) and demonstrating compliance. Detailed understanding and experience of UK, US and EU Safety Legislation. Experience with IT based toolsets common to the system safety discipline. Competent in the use of MS-Office applications. The role will require the candidate to have good verbal and written skills. We pride ourselves on mission focused innovation, where performance excellence is at the heart of everything we do. We’ll provide you with meaningful work that will allow you to grow your skills and enhance your career with us, but equally important to us is that you enjoy a strong work life balance as well."},{"id":"04a097ced4","title":"System Safety Engineer (IEC 62304)","focus":"System safety","open":false,"status":"Archived","role_family":"Systems safety","seniority":"Mid-level","industry":"Medical","industries":["Medical","Aerospace & defense","Energy & process"],"segment":"Other","standards":["IEC 62304","ISO 14971","IEC 60601"],"standards_meta":[{"code":"IEC 62304","site_code":"IEC 62304","id":null,"name":"Medical Device Software - Software Life Cycle Processes","summary":"Software safety classes and lifecycle requirements for medical device software."},{"code":"ISO 14971","site_code":"ISO 14971","id":null,"name":"Medical Devices - Application of Risk Management","summary":"Risk management process for medical devices across the product lifecycle."},{"code":"IEC 60601","site_code":"IEC 60601","id":null,"name":"Medical Electrical Equipment - Basic Safety and Essential Performance","summary":"Safety and performance requirements for medical electrical equipment."}],"stage":"Directory listed","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Onsite","year":"2026","employment":"Full-time","clearance":"Yes","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Reliability","Safety case & assessment","Hazard analysis"],"employer":true,"text":"System Safety Engineer (IEC 62304) System safety Systems safety Medical Mid-level IEC 62304 ISO 14971 IEC 60601 This is an excellent opportunity to make a meaningful impact in a growing organization while contributing to the safety and performance of complex, real‑world systems. Partner with program teams to develop, maintain, and continuously improve key system safety artifacts, including System Safety Program Plans (SSPP), Preliminary Hazard Analyses (PHA), Functional Hazard Analyses (FHA), Sub‑System Hazard Analyses (SSHA), and Safety Assessment Reports (SAR). Serve as the Program Safety Manager for selected programs, owning system safety execution while providing expert guidance and support to smaller initiatives and projects. Actively contribute to the product lifecycle by preparing and delivering safety‑focused presentations and participating in design reviews, test readiness reviews, technical interchange meetings, and internal and customer‑facing safety working groups. Ensure system safety documentation aligns with customer expectations and contractual requirements, supporting successful program execution and compliance. Collaborate closely with systems engineering teams to identify hazards and define Safety Functional Requirements early in the design process. Review internal and acceptance test procedures to verify alignment with established system safety requirements and objectives. Play a key role in advancing and strengthening the organization’s System Safety processes, tools, and best practices. Support compliance efforts by helping assess products and systems against applicable environmental regulations and standards, including REACH and RoHS. Bachelor’s degree in Engineering, Safety, or a related technical discipline. A minimum of 5 years of hands‑on experience in system safety engineering. Solid understanding of system safety standards and safety‑driven design principles. Proven experience performing hazard identification, hazard analysis, risk mitigation, and developing supporting safety documentation. Working knowledge of MIL‑STD‑882E, including experience with software Level of Rigor (LOR). Experience conducting Fault Tree Analysis (FTA) and applying other recognized system safety engineering tools and techniques. Familiarity with additional relevant industry standards and/or range safety standards. Strong communication and presentation skills, with the ability to convey complex safety concepts clearly to diverse audiences. Demonstrated ability to work effectively and collaboratively within cross‑functional teams. Familiarity with Naval systems and operating environments. Security Requirements Total Rewards Work-life balance with core hours Employee-family assistance program Group plan benefits Virtual healthcare RRSP matching Career development opportunities Professional development and training Monthly activities led by Social Committee Free on-site parking Professional Development [Company] is committed to creating an environment where colleagues can thrive both professionally and personally, while advancing cutting edge underwater acoustic technology. You’ll engage in regular development and performance discussions with your manager, have access to an online learning platform, and benefit from mentoring programs designed to strengthen your skills and open doors to new opportunities in your field. Accommodation If you require a disability-related accommodation in order to participate in the recruitment process, please contact the recruitment team by email at"},{"id":"3ef851b968","title":"System Safety Engineer (ISO 10218)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Mid-level","industry":"Robotics","industries":["Robotics"],"segment":"Drones eVTOL","standards":["ISO 10218","ISO/TS 15066","ISO 13849"],"standards_meta":[{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."},{"code":"ISO/TS 15066","site_code":"ISO/TS 15066","id":"ts15066","name":"Collaborative Robots","summary":"Guidance for collaborative robot operation, including power and force limiting thresholds."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Massachusetts, US","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"System Safety Engineer (ISO 10218) System safety Systems safety Robotics Mid-level ISO 10218 ISO/TS 15066 ISO 13849"},{"id":"e1e4f7769f","title":"System Safety Engineer (ISO 19014)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Mid-level","industry":"Off-highway & mining","industries":["Off-highway & mining"],"segment":"Other","standards":["ISO 19014","ISO 17757","ISO 25119"],"standards_meta":[{"code":"ISO 19014","site_code":"ISO 19014","id":"iso19014","name":"Earth-Moving Machinery - Functional Safety","summary":"Functional safety framework for earth-moving machinery control systems, defining MPL levels."},{"code":"ISO 17757","site_code":"ISO 17757","id":"iso17757","name":"Autonomous Machine Safety - Earth-Moving","summary":"Safety requirements for autonomous and semi-autonomous earth-moving and mining machines."},{"code":"ISO 25119","site_code":"ISO 19014","id":"iso19014","name":"Agricultural and Forestry Machinery - Safety-Related Parts of Control Systems","summary":"Functional safety for tractors and agricultural machinery control systems."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"System Safety Engineer (ISO 19014) System safety Systems safety Off-highway & mining Mid-level ISO 19014 ISO 17757 ISO 25119"},{"id":"539592f6c8","title":"System Safety Engineer (ISO 26262, Systems safety)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Mid-level","industry":"Automotive","industries":["Automotive","Semiconductor","Robotics","Industrial machinery","Medical","Aerospace & defense","Off-highway & mining"],"segment":"Off highway","standards":["ISO 26262","ISO 13849","IEC 62061","ISO 12100","ISO 19014","ISO 17757"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ISO 19014","site_code":"ISO 19014","id":"iso19014","name":"Earth-Moving Machinery - Functional Safety","summary":"Functional safety framework for earth-moving machinery control systems, defining MPL levels."},{"code":"ISO 17757","site_code":"ISO 17757","id":"iso17757","name":"Autonomous Machine Safety - Earth-Moving","summary":"Safety requirements for autonomous and semi-autonomous earth-moving and mining machines."}],"stage":"Series F","size":"1,001-5,000","country":"Canada","region":"North America","location":"Canada","work_mode":"Remote","year":"2026","employment":"Contract","clearance":"No","languages":[],"certifications":[],"tools":["IBM DOORS","Polarion"],"domains":["ADAS / autonomous driving","Robotics & automation","Industrial control","Process safety","Reliability","Safety case & assessment","Hazard analysis","Requirements & traceability"],"employer":true,"text":"System Safety Engineer (ISO 26262, Systems safety) System safety Systems safety Automotive Mid-level ISO 26262 ISO 13849 IEC 62061 ISO 12100 ISO 19014 ISO 17757 The organization, Inc. is powering the future of physical AI. The organization services the automotive, defense, trucking, construction, mining and agriculture industries in three core areas: tools and infrastructure, operating systems, and autonomy. Eighteen of the top 20 global automakers, as well as the United States military and its allies, trust the company’s solutions to deliver physical intelligence. The organization is headquartered in Sunnyvale, California, with offices in Washington, D.C.; San Diego; Ft. Walton Beach, Florida; Ann Arbor, Michigan; London; Stuttgart; Munich; Stockholm; Bangalore; Seoul; and Tokyo. Seeking a Systems Safety Engineer with hands-on experience in system-level safety analysis, hazard identification, risk assessment, and safety case development for autonomous and semi-autonomous heavy machinery. The role focuses on enabling safe deployment of mining and industrial autonomous systems through practical safety engineering activities. Looking for someone who can build and drive machine-level safety cases end-to-end, develop safety requirements from operational hazards, and work directly with engineering teams to close safety gaps through design, validation, and operational controls. Develop and own machine-level safety cases for autonomous mining vehicle deployments and driverless operations Design, develop hazard identification and risk assessment activities for machine functions and operational scenarios, including HAZOP System FMEA Functional Failure Analysis Operational Risk Assessment Safety Gap Analysis Perform safety analysis and derive Machine Safety Requirements (MSRs) for Brake-by-Wire systems Steer-by-Wire systems Throttle-by-Wire systems Shift / Transmission-by-Wire systems Emergency Stop systems Autonomous motion control systems Remote operation functions Analyze hazardous machine behavior, failure modes, and fault propagation paths to identify required prevention, detection, and mitigation measures Translate operational hazards and engineering findings into clear, implementable system safety requirements and verification criteria Support architecture reviews and identify safety gaps across sensing, compute, controls, hydraulics, actuation, communication, and operational processes Work across vehicle functions including braking, steering, propulsion, autonomy, operator controls, machine monitoring, and site integration activities Support development of validation strategies and safety acceptance criteria for machine-level demonstrations and driverless deployments Collaborate with systems, controls, autonomy, software, hardware, and validation teams to ensure safety requirements are implemented and verified end-to-end Participate in machine bring-up, fault injection activities, safety validation, field testing, and site acceptance activities Review HW FMEDAs, reliability analyses, diagnostic coverage assumptions, and fault detection mechanisms to support machine-level safety arguments Support customer safety reviews, regulator discussions, operational readiness reviews, and deployment sign-offs. Bachelor’s or master’s degree in electrical engineering, Mechanical Engineering, Computer Science, Systems Engineering, Software Engineering, or a related technical discipline 3+ years of system safety experience with a primary focus safety per ISO 26262 Part 6 Hands-on experience developing system-level safety analyses and safety artifacts for complex electromechanical systems Strong experience with HAZOP, FMEA, safety requirement derivation, risk assessment, and safety case development Good understanding of vehicle and machine control systems including braking, steering, propulsion, hydraulics, and autonomous control functions Ability to analyze interactions between hardware, software, controls, operators, and operational environments Experience collaborating across software, hardware, and systems engineering teams to implement safety requirements end-to-end Experience defining safety requirements and mitigation strategies from identified hazards and failure modes Experience supporting verification and validation activities for safety-critical systems Hands-on experience producing safety work products across the V-cycle Candidates with automotive functional safety experience, particularly ISO 26262 Part 4, HARA, FSC/TSC development, ADAS, or autonomous driving systems, are considered relevant and transferable to this role Familiarity with requirements management and traceability tools (JAMA, DOORS, Polarion, or equivalent) Working knowledge of machine safety and industrial safety standards such as ISO 19014, ISO 17757, ISO 13849, IEC 62061, and ISO 12100 Experience working with mining, construction, agricultural, industrial, robotics, autonomous vehicle, or heavy equipment programs is desirable Previously worked on OS, Device drivers and Platform level Safety is value added If you require an accommodation please contact. We will work with you!"},{"id":"8f7d798d34","title":"System Safety Engineer (MIL-STD-882)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Mid-level","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Defense space","standards":["MIL-STD-882"],"standards_meta":[{"code":"MIL-STD-882","site_code":"IEC 61508","id":"iec61508","name":"System Safety (US Department of Defense)","summary":"The DoD standard practice for system safety programmes and hazard tracking."}],"stage":"Directory listed","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":["German"],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"System Safety Engineer (MIL-STD-882) System safety Systems safety Cross-industry safety Mid-level MIL-STD-882 WOFÜR WIR SIE SUCHEN WAS SIE MITBRINGEN SOLLTEN Sie beraten interne sowie externe Stakeholder bei der Einhaltung nationaler und internationaler Sicherheitsvorschriften und tragen aktiv zur regelkonformen Ausgestaltung der Projekte bei. Auf Grundlage projektspezifischer Anforderungen erarbeiten Sie ganzheitliche Sicherheitskonzepte und stellen deren strukturierte Umsetzung im Projektverlauf sicher. Die Identifikation, Analyse und Bewertung von Gefährdungen führen Sie eigenständig durch und leiten daraus geeignete Maßnahmen zur Risikominimierung ab. Planung und Durchführung von Sicherheitsunterweisungen gehören ebenso zu Ihrem Aufgabenbereich wie die Organisation und Auswertung von Notfallübungen. In Ihrer Rolle stimmen Sie sich eng mit Werften, der Marineführung sowie externen Partnern ab und gewährleisten einen reibungslosen Informationsfluss. Bei Instandhaltungs- und Wartungsmaßnahmen beraten Sie hinsichtlich sicherheitskritischer Aspekte und unterstützen bei der Priorisierung entsprechender Maßnahmen. Idealerweise verfügen Sie über fundierte Kenntnisse im Bereich MIL-STD-882E und wenden diese sicher in der praktischen Projektarbeit an. Abgeschlossenes Studium im Bereich Technik, Ingenieurswissenschaften, Schiff- oder Maschinenbau oder einer vergleichbaren Qualifikation Erste Erfahrung in einer vergleichbaren Position in der Schiffbauindustrie oder im maritimen Bereich (1-2 Jahre) Fundierte Kenntnisse nationaler und internationaler Sicherheitsvorschriften Eine strukturierte, selbstständige und lösungsorientierte Arbeitsweise Kommunikationsstärke sowie gute Deutsch- und Englischkenntnisse, in Wort und Schrift Sicherer Umgang mit MS Office (Word, Excel, Outlook) Bereitschaft zu gelegentlichen, nationalen Dienstreisen (ca. 20%) 35-Stunden-Woche Urlaubs- und Weihnachtsgeld, Sonderzahlungen Sportangebote 30 Tage Urlaub Willkommensveranstaltung Weiterbildungs- und Entwicklungsmöglichkeiten Firmenevents Mitarbeiterangebote Deutschlandticket für 37,75 Euro Kostenloses Parken Mobiles Arbeiten Betriebliche Mitarbeiterberatung Jobrad Flexible Arbeitsmodelle"},{"id":"12a0de790b","title":"Senior Safety-critical Lead","focus":"Safety-critical","open":true,"status":"Open","role_family":"Systems safety","seniority":"Principal","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Defense space","standards":["IEC 61508","ISO 26262","ISO 12100"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Senior Safety-critical Lead Safety-critical Systems safety Cross-industry safety Principal IEC 61508 ISO 26262 ISO 12100"},{"id":"11183076d8","title":"Senior System Safety Lead (EN 50126)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Principal","industry":"Rail","industries":["Rail","Medical"],"segment":"Other","standards":["EN 50126"],"standards_meta":[{"code":"EN 50126","site_code":"EN 50126","id":"en50126","name":"Railway RAMS","summary":"Specification and demonstration of Reliability, Availability, Maintainability and Safety for railway applications."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Hybrid","year":"2026","employment":"Part-time","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Cybersecurity","Rail signalling","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Senior System Safety Lead (EN 50126) System safety Systems safety Rail Principal EN 50126 At the organization, you can access our global scale, contribute to landmark projects and connect with the brightest minds in your field to do the best work of your life. You can embrace your curiosity in a culture that celebrates new ideas and diverse perspectives. You can experience a world of opportunity and the chance to shape a career as unique as you. Providing system safety support and guidance to our clients on large, complex projects under the direction of our senior team. Taking a leading role on smaller projects, under the mentorship of our senior team. This could include Planning, supporting, and if required, chairing Hazard Identification and / or Risk Assessment workshops. Preparing System Definitions, Safety Plans, Hazard Records and Safety Justification Reports; demonstrating the application of CSM-RA for rail projects that deliver technical, operational and/or organisational change. Working collaboratively with our clients and internal teams in the development of designs, technical standards, specifications and requirements for rail projects. Acting as Project Manager for smaller projects, with the support of our senior team. The organization's System Engineering, Integration and Assurance (SEIA) Group enables integrated, reliable and safe solutions using a holistic approach and proven methodologies delivering benefits, value and confidence to clients and all stakeholders throughout the lifecycle. A degree in a technical engineering related discipline, or extensive relevant experience. Relevant post-graduate experience; in system safety engineering (rail desirable, but not essential). Corporate membership with an appropriate professional institution (e.g. SaRS, IET, IMechE). Professional registration, or working towards registration, as an Incorporated or Chartered Engineer. Familiarity with Engineering Safety Management (e.g. iESM or Yellow Book). Knowledge and experience in the application of the Common Safety Method on Risk Evaluation and Assessment (CSM-RA) Regulation on UK rail projects. Knowledge and background in a mainline or metro railway discipline, e.g. signalling, telecoms, E&P. Knowledge and experience in the application of CENELEC EN 50126/8/9. Familiarity with EN50121 (EMC) and cyber security. Experience as an assessor (either Independent Safety Assessor or with an Assessment Body). Experience and / or formal qualifications in project and commercial management. Experience in the consultancy environment."},{"id":"b1b7ceea16","title":"Senior System Safety Lead (ISO 10218)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Principal","industry":"Robotics","industries":["Robotics"],"segment":"Drones eVTOL","standards":["ISO 10218","ISO/TS 15066","ISO 13849"],"standards_meta":[{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."},{"code":"ISO/TS 15066","site_code":"ISO/TS 15066","id":"ts15066","name":"Collaborative Robots","summary":"Guidance for collaborative robot operation, including power and force limiting thresholds."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Virginia, US","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Senior System Safety Lead (ISO 10218) System safety Systems safety Robotics Principal ISO 10218 ISO/TS 15066 ISO 13849 See the employer posting for the full source description."},{"id":"c474ab3e89","title":"Senior System Safety Lead (ISO 26262)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Principal","industry":"Robotics","industries":["Robotics","Aerospace & defense"],"segment":"Other","standards":["ISO 26262","ISO 21448"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."}],"stage":"Directory listed","size":"Unknown","country":"United Kingdom","region":"Europe","location":"United Kingdom","work_mode":"Hybrid","year":"2026","employment":"Unknown","clearance":"Yes","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Reliability","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Senior System Safety Lead (ISO 26262) System safety Systems safety Robotics Principal ISO 26262 ISO 21448 The organization is one of the UK's leading engineering and consultancy organisations, supporting complex programmes across Defence, Aerospace, Nuclear and other highly regulated sectors. As demand for our services grows, we are looking for a Senior/Principal Autonomous Systems Safety Engineer to help deliver safety-critical solutions for autonomous and AI-enabled systems across the defence sector. Previous experience in safety engineering for software-intensive, autonomous or AI-enabled systems is essential; experience across Land, Maritime, Air or Weapons, Ordnance, Munitions and Explosives (WOME) domains would be beneficial. Your role As an Autonomous Systems Safety Engineer, you will deliver safety engineering and safety assurance activities across complex autonomous, software-intensive and AI-enabled systems. Working with clients and multidisciplinary teams, you will provide authoritative safety advice, develop robust assurance arguments, and support the safe introduction of autonomy into Defence environments. This role combines deep technical expertise with the ability to communicate clearly, influence decision-making and navigate complex stakeholder environments. You will help shape future approaches to autonomous systems safety while contributing to capability growth, technical leadership and mentoring across the team. Leading and supporting the development, maintenance and delivery of Safety Cases, Safety Assessments and assurance arguments for autonomous and AI-enabled systems. Managing Hazard Logs and supporting hazard identification, risk assessment and risk management activities, including techniques such as FHA, STPA and Bow Tie Analysis. Deriving, allocating and verifying safety requirements throughout the lifecycle of complex autonomous, software-intensive and AI-enabled systems. Applying recognised defence safety standards and assurance frameworks, including Def Stan 00-056, Def Stan 00-055 and emerging autonomy and AI assurance approaches. Providing strategic and technical leadership as a Subject Matter Expert for autonomous systems safety across programmes and bids. Engaging with Defence customers, regulators, assurance bodies and industry working groups to support acceptance and certification. Providing safety engineering guidance to systems, software, hardware, integration and data specialist teams. Producing clear, robust and well-structured technical reports, safety documentation and client deliverables. Supporting business development, capability growth and the mentoring of more junior safety engineers and consultants. You are an experienced safety professional with strong expertise in software-intensive, autonomous or AI-enabled systems. You can apply sound engineering judgement, communicate clearly with technical and non-technical stakeholders, and work collaboratively across multidisciplinary teams. Proven experience delivering safety engineering or safety assurance activities within UK Defence, Aerospace or another safety-critical industry. Experience developing and maintaining Safety Cases, Safety Assessments, Hazard Logs and assurance arguments in line with recognised defence standards and good practice. Strong understanding of hazard identification, risk assessment, risk management and safety requirements methodologies. Knowledge of systems engineering principles and their application across the engineering lifecycle. Experience working on safety-critical, mission-critical, high-integrity, software-intensive, AI-enabled or autonomous systems. Knowledge of UK Defence safety frameworks, including Def Stan 00-056, Def Stan 00-055 and associated assurance expectations. Experience supporting certification, assurance or acceptance of safety-critical systems. Experience applying or developing assurance approaches for autonomous or AI-enabled systems, including emerging frameworks such as AMLAS, SACE or equivalent. Ability to influence senior stakeholders, customers, regulators and assurance authorities through clear, evidence-based technical advice. Degree qualified, or equivalent experience, in Engineering, Mathematics, Physics, Computer Science or a related STEM discipline. Experience with advanced safety analysis techniques such as STPA, SOTIF, FMECA, FTA or equivalent methods. Experience developing assurance approaches for uncrewed, robotic or multi-agent autonomous systems. Experience applying simulation, modelling, virtual testing or scenario-based assurance for autonomous systems. Knowledge of recognised functional safety and safety of intended functionality standards, including PAS 8800, ISO 26262 or ISO 21448. Rewards & benefits Rewards and benefits – Careers at the organization We're the organization, a world-class engineering services and nuclear organization. We connect people, data and technology to transform the world's'infrastructure and energy systems. Together, with our industry partners and clients, and our global team of consultants, designers, engineers and project managers, we can change the world. We're committed to leading our clients across our various end markets to engineer a better future for our planet and its people. Additional information"},{"id":"311008a8ba","title":"Senior System Safety Lead (MIL-STD-882)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Principal","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Defense space","standards":["MIL-STD-882"],"standards_meta":[{"code":"MIL-STD-882","site_code":"IEC 61508","id":"iec61508","name":"System Safety (US Department of Defense)","summary":"The DoD standard practice for system safety programmes and hazard tracking."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Senior System Safety Lead (MIL-STD-882) System safety Systems safety Cross-industry safety Principal MIL-STD-882"},{"id":"3663f611e9","title":"System Safety Lead (ARP4754)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Principal","industry":"Aerospace & defense","industries":["Aerospace & defense"],"segment":"Defense space","standards":["ARP4754","ARP4761","DO-178C"],"standards_meta":[{"code":"ARP4754","site_code":"IEC 61508","id":"iec61508","name":"Development of Civil Aircraft and Systems","summary":"Aircraft and systems development process guidance (SAE ARP4754A)."},{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."},{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Virginia, US","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"System Safety Lead (ARP4754) System safety Systems safety Aerospace & defense Principal ARP4754 ARP4761 DO-178C"},{"id":"93482dffaa","title":"System Safety Lead (DO-178C)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Principal","industry":"Medical","industries":["Medical","Aerospace & defense"],"segment":"Defense space","standards":["DO-178C","MIL-STD-882"],"standards_meta":[{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."},{"code":"MIL-STD-882","site_code":"IEC 61508","id":"iec61508","name":"System Safety (US Department of Defense)","summary":"The DoD standard practice for system safety programmes and hazard tracking."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Utah, US","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"Yes","languages":[],"certifications":["Certified Safety Professional (CSP)"],"tools":["C / C++"],"domains":["Product compliance","Hazard analysis","Requirements & traceability"],"employer":true,"text":"System Safety Lead (DO-178C) System safety Systems safety Medical Principal DO-178C MIL-STD-882 The organization Defense Systems is seeking a Systems Safety Engineer / Principal Systems Safety Engineer. This position is located in Roy, UT and supports the Sentinel program. Collaborate with program IPT counterparts to develop supporting systems engineering and design artifacts Work with both technical teams and stakeholders to develop and mature architecture content of large programs design Help develop and incorporate the appropriate requirements for the system and ensure that they are properly represented in the model Contribute to system requirements development, management, and analysis Develop unifying model techniques, procedures, and processes (for model development, tool integration, and team integration) The candidate will have experience in generation or review of design artifacts to support System Safety analyses utilized in maturing weapons system design for safety and support flight test and flight worthiness of complex systems This requisition may be filled at either the Systems Engineer level (T-02) or Principal Systems Engineer level (T-03). Must be a US Citizen with an active U.S Government Secret Clearance, at time of application, current and within scope, with an investigation date within the last 6 years Must have a current or ability to obtain and maintain a Special Access Program (SAP) approval within a reasonable period of time, as determined by the company to meet its business need Experience with C/C++, Java, object-oriented design, or similar experience Experience using MIL-STD-882E or similar processes for hardware and /or software design development Bachelor's degree in a Science, Technology, Engineering or Mathematics (STEM) discipline from an accredited university and 2 years of experience, 0 years of experience with a Master's degree Bachelor of Science degree in a STEM (Science, Technology, Engineering, or Mathematics) discipline and 5 years of related experience; 3 years experience with a Master of Science degree; 1 year experience with a PhD System Safety Engineering experience conducting comprehensive system safety analyses IAW MIL-STD-882E, including Preliminary Hazard Analysis (PHA), Functional Hazard Analysis (FHA), System Hazard Analysis (SHA), and Operating & Support Hazard Analysis (O&SHA) to ensure compliance and mitigate operational risks Execute developed processes in Engineering and Manufacturing Development Phase Software development or coding experience Experience using DO-178 for design development Experience developing in an Agile environment Model Based Systems Engineering experience Experience developing missile flight systems software Associate Safety Professional (ASP) / Certified Safety Professional (CSP) Certificate Weapon System experience (Minuteman III or similar military or industry experience)"},{"id":"aa679d21dd","title":"Senior Functional Safety Engineer (ISO 10218, Systems safety)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Systems safety","seniority":"Senior","industry":"Robotics","industries":["Robotics","Industrial machinery","Aerospace & defense"],"segment":"Drones eVTOL","standards":["ISO 10218","ISO/TS 15066","ISO 13849"],"standards_meta":[{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."},{"code":"ISO/TS 15066","site_code":"ISO/TS 15066","id":"ts15066","name":"Collaborative Robots","summary":"Guidance for collaborative robot operation, including power and force limiting thresholds."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Mississippi, US","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"No","languages":[],"certifications":["TUV Functional Safety Engineer","Certified Machinery Safety Expert (CMSE)"],"tools":[],"domains":["Sensors & perception","Robotics & automation","Product compliance","Hazard analysis"],"employer":true,"text":"Senior Functional Safety Engineer (ISO 10218, Systems safety) Safety-critical Systems safety Robotics Senior ISO 10218 ISO/TS 15066 ISO 13849 The organization is a defense technology company with a mission to transform U.S. and allied military capabilities with advanced technology. By bringing the expertise, technology, and business model of the 21st century’s most innovative companies to the defense industry, the organization is changing how military systems are designed, built and sold. The organization's family of systems is powered by Lattice OS, an AI-powered operating system that turns thousands of data streams into a realtime, 3D command and control center. As the world enters an era of strategic competition, the organization is committed to bringing cutting-edge autonomy, AI, computer vision, sensor fusion, and networking technology to the military in months, not years. Lead machine safety efforts for manufacturing & process equipment at the organization's Solid Rocket Motor production facility in McHenry, MS Be the safety expert during design, commissioning, and validation of automated / semi-automated production equipment Determine the relevant safety standards, conduct hazard analysis / risk assessments, and perform safety buyoff for equipment including conveyance, robotics, process equipment, and lifting systems Architect safety systems including E-Stops, scanners, light curtains, door interlocks, and other relevant hardware Investigate and provide corrective actions for equipment safety failures or workplace injuries Ensure regulatory compliance for production equipment Bachelor's degree in Robotics/Controls, Mechanical Engineering, Electrical Engineering, Manufacturing Engineering, or similar 3+ years of machine safety experience in a production environment Must have completed one of the following certifications: Functional Safety [TUV Rheinland] for Machinery Engineer, Functional Safety Engineer [TUV SUD], or Certified Machinery Safety Expert (CMSE) [TUV NORD] Deep knowledge in selection, integration, and validation of safety hardware Familiar with CAD packages including NX, Solidworks, or AutoCAD Must be a U.S. Person due to required access to U.S. export controlled information or facilities 5+ years of machine safety experience in a production environment Experience with control panel layout, electrical component selection, and cable routing Experience interfacing with regulatory agencies and safety committees Experience with energetic or other highly hazardous production processes"},{"id":"ae413df96a","title":"Senior Functional Safety Engineer (ISO 13849, Systems safety)","focus":"Functional safety","open":false,"status":"Archived","role_family":"Systems safety","seniority":"Senior","industry":"Automotive","industries":["Automotive","Robotics","Industrial machinery"],"segment":"Other","standards":["ISO 13849","IEC 62061","ISO 3691-4"],"standards_meta":[{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."},{"code":"ISO 3691-4","site_code":"ISO 3691-4","id":"iso3691","name":"Driverless Industrial Trucks","summary":"Safety requirements for driverless industrial trucks and automated guided vehicles."}],"stage":"Directory listed","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":["English","German"],"certifications":[],"tools":["Git","Python"],"domains":["Sensors & perception","Robotics & automation","Product compliance","Reliability","Safety case & assessment","Hazard analysis","Requirements & traceability"],"employer":true,"text":"Senior Functional Safety Engineer (ISO 13849, Systems safety) Functional safety Systems safety Automotive Senior ISO 13849 IEC 62061 ISO 3691-4 As our Senior Functional Safety & Safety Controls Engineer, you will own the end-to-end safety implementation on our mobile robotic platforms — from safety concept and risk assessment through hands-on implementation in SICK safety controllers and validation on the vehicle. You will work on the robot every day, iterate quickly, and ensure our safety behavior remains correct as platforms, sensors, and use cases evolve. This role is highly hands-on and combines functional safety engineering with real-world safety controller programming and software integration. You will collaborate closely with robotics software (navigation/perception/control), electrical and mechanical engineering, and field operations to deliver safety solutions that scale across platforms and deployments. Safety controller architecture and implementation across the organization AMR/AGV platforms, with a strong focus on SICK safety controllers. Day-to-day development, commissioning, troubleshooting, and versioned configuration management of SICK Safety Designer projects. Safety integration points between the safety controller and the robot application stack (status, modes, field switching, diagnostics), including Python-based tooling/software components. Safety verification and validation on the vehicle, including test planning, execution, evidence capture, and documentation maintenance. Support for certifications, audits, and customer/site acceptance related to machinery safety and mobile robot standards (e.g., ISO 3691-4, ISO 13849). Lead and continuously maintain risk assessments for our vehicles and operating modes (e.g., autonomous, manual, service/maintenance) and derive safety requirements and safety functions. Translate safety requirements into an implementable safety concept and safety controller design, including safety I/O definitions, sensor coverage strategy, and safe-state behavior. Define required Performance Levels (PLr) / SIL targets for safety functions and maintain traceability from hazards → safety requirements → implementation → verification evidence. Design, implement, and maintain safety logic in SICK safety controllers using SICK Safety Designer, including diagnostics and safe-state handling. Commission and troubleshoot safety systems on real robots: wiring verification, signal integrity, scanner/encoder configuration, safety I/O checks, and fault analysis. Build a maintainable configuration strategy across product variants: reusable modules, clear naming conventions, version control, and release/deployment procedures for safety configurations. Implement and validate common AMR/AGV safety behaviors such as emergency stop, protective stop, speed reduction, safe direction, safe speed monitoring, and field set switching (as applicable to the platform). Own the integration of safety controller status and commands with the robot application stack while preserving correct separation between safety-rated and non-safety functions. Develop and maintain Python-based tooling/modules that interface with the safety controller (e.g., configuration deployment helpers, log collection, diagnostics, automated reports, or integration services). Work with robotics software engineers to pinpoint root causes across the stack (safety controller, sensors, network, application logic) and drive issues to resolution. Create and execute safety verification and validation plans for new features, new platform types, and customer-specific operating domains; document results clearly and reproducibly. Maintain safety documentation throughout the lifecycle: safety concept, risk assessment, safety requirements, verification/validation evidence, change logs, and customer-facing documentation as needed. Support internal design reviews and external assessments (e.g., notified bodies, TÜV, customer audits) with well-structured technical files and evidence packs. Partner with hardware, mechanical, and software engineering to ensure safety is designed-in from early development through production and field deployment. Support early deployments and customer transitions by diagnosing safety-related field issues, recommending design changes, and improving robustness. Contribute to continuous improvement of safety processes (templates, checklists, test automation, change control) so safety scales with fleet growth. Bachelor’s degree (or higher) in Electrical Engineering or a closely related field. 3+ years of substantial, hands-on experience programming SICK safety controllers using SICK Safety Designer (including commissioning and troubleshooting on real machines/vehicles). 3+ years of experience implementing functional safety solutions for industrial automation, robotics, or mobile machines; strong familiarity with safety lifecycle thinking (hazard analysis → requirements → implementation → verification). Strong working knowledge of relevant safety standards and methods; ideally ISO 3691-4 for AGVs/AMRs, and/or ISO 13849-1 / IEC 62061. Practical experience with safety sensors and safety circuits (e-stops, safety laser scanners, safety encoders, safety I/O, interlocks). Confident Python programming skills and ability to read/debug production Python code in a multi-component robotics system. Comfortable working hands-on with hardware in a lab/warehouse environment and iterating quickly based on test results. Fluent English (German is a strong plus). Demonstrated experience implementing safety solutions for AGVs/AMRs specifically aligned with ISO 3691-4 (from concept through validation). Experience with PL/SIL calculations and tooling (e.g., SISTEMA) and building safety evidence packs/technical files for CE marking. Knowledge of safe communications / fieldbuses commonly used with safety systems (e.g., CIP Safety, PROFIsafe) and industrial networking fundamentals. Experience working with mobile robot software stacks (e.g., ROS/ROS 2, Linux, networking, log analysis) and collaborating with navigation/perception/control teams. TÜV Functional Safety certification (or similar) and/or experience working directly with notified bodies and third-party test labs. SICK Safety Designer (must-have); experience with Flexi Soft ecosystems is highly relevant. Safety-rated sensors and components (safety laser scanners, safety encoders, safety I/O, safety relays/contactors). Python, Git, and modern engineering workflows (issue tracking, code reviews, CI where applicable). Hands-on vehicle testing and commissioning in a robotics lab / customer-like environments. Safety configurations are reliable, diagnosable, and managed like product software: versioned, reviewable, testable, and deployable. New platform types and customer operating domains can be supported quickly with clear safety requirements, robust implementations, and repeatable validation procedures. Safety-related issues are investigated efficiently across the full stack (sensors → safety controller → integration → application logic), leading to rapid root-cause identification and corrective actions. Documentation and evidence are continuously maintained so audits and certifications are predictable rather than disruptive."},{"id":"f0874e6953","title":"Senior System Safety Engineer (ARP4754)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Senior","industry":"Aerospace & defense","industries":["Aerospace & defense"],"segment":"Defense space","standards":["ARP4754","ARP4761","MIL-STD-882"],"standards_meta":[{"code":"ARP4754","site_code":"IEC 61508","id":"iec61508","name":"Development of Civil Aircraft and Systems","summary":"Aircraft and systems development process guidance (SAE ARP4754A)."},{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."},{"code":"MIL-STD-882","site_code":"IEC 61508","id":"iec61508","name":"System Safety (US Department of Defense)","summary":"The DoD standard practice for system safety programmes and hazard tracking."}],"stage":"Directory listed","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Remote","year":"2026","employment":"Contract","clearance":"No","languages":[],"certifications":[],"tools":["IBM DOORS","Jama Connect"],"domains":["Machine learning / AI","Product compliance","Reliability","Safety case & assessment","Requirements & traceability"],"employer":true,"text":"Senior System Safety Engineer (ARP4754) System safety Systems safety Aerospace & defense Senior ARP4754 ARP4761 MIL-STD-882 As Systems Safety Engineer, you will own the application of a comprehensive safety approach within a specific programme, ensuring that safety practices are integrated rigorously across design, development and delivery lifecycles. Working closely with engineering and delivery teams, you will conduct safety assessments against ARP4761A and MIL-STD-882, govern safety requirements traceability and present structured safety cases to programme stakeholders. Your work directly determines whether the organization's systems meet their safety objectives and comply with applicable standards, contributing to both programme-level compliance and the continuous maturation of safety processes across the organisation. Conduct system safety assessments including AFHA/SFHA, PASA/PSSA, ASA/SSA and Particular Risk Analysis in accordance with ARP4761A, and perform hazard analyses and risk assessments at system, subsystem and component level in compliance with MIL-STD-882 Develop, manage and maintain system safety requirements with full traceability, supporting engineering teams in integrating safety considerations into their design and development processes from the outset rather than retrospectively Contribute to the creation and maintenance of a System Safety Programme Plan that aligns with MIL-STD-882 and ARP4754B, ensuring documentation meets the rigour required for regulatory compliance and audit readiness Present safety cases clearly to programme stakeholders, translating complex safety data and risk assessments into structured, decision-ready arguments that directly influence design and programme milestone decisions Support and participate in safety audits to confirm that systems meet defined safety objectives, identifying gaps, driving corrective actions and feeding lessons learned back into the organization's cross-programme safety processes Have conducted system safety assessments, including FHA, PSSA, SSA and PRA, applying ARP4761A and MIL-STD-882 within aerospace, defence or similarly regulated engineering programmes Have developed and managed safety requirements with full traceability using tools such as Jama Software, IBM DOORS or equivalent, with a working knowledge of FMEA, FTA and related safety analysis techniques Have presented safety cases to technical and non-technical stakeholders, translating complex safety arguments into clear, structured documentation that supports audit and regulatory compliance Apply systems engineering best practices including requirements development, verification and validation to integrate safety rigorously across multidisciplinary programme teams Act decisively with minimal guidance, own outcomes end-to-end and initiate solutions without waiting for direction The organization's work is important. You’ll be directly contributing to the protection of democratic countries while balancing both ethical and geopolitical concerns The work is unique. We operate in a domain that has highly unusual technical requirements and constraints, and where robustness, safety, and ethical considerations are vital. You will face unique Engineering and AI challenges that make a meaningful impact in the world Our work frequently takes us right up to the state of the art in technical innovation, be it reinforcement learning, distributed systems, generative AI, or deployment infrastructure. The defence industry is entering the most exciting phase of the technological development curve. Advances in our field of world are not incremental: The organization is part of, and often leading, historic leaps forward In our domain, success is a matter of order-of-magnitude improvements and novel capabilities. This means we take bets, aim high, and focus on big opportunities. Despite being a relatively young company, the organization has already been selected for multiple significant government contracts We actively encourage healthy, proactive, and diverse debate internally about what we do and how we choose to do it. Teams and individual engineers are trusted (and encouraged) to practise responsible autonomy and critical thinking, and to focus on outcomes, not conformity. At the organization you will have a say in how we (and you!) work, the opportunity to engage on what does and doesn’t work, and to take ownership of aspects of our culture that you care deeply about"},{"id":"48c9d5ca13","title":"Senior System Safety Engineer (ARP4761)","focus":"System safety","open":false,"status":"Archived","role_family":"Systems safety","seniority":"Senior","industry":"Medical","industries":["Medical","Aerospace & defense"],"segment":"Defense space","standards":["ARP4761","MIL-STD-882"],"standards_meta":[{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."},{"code":"MIL-STD-882","site_code":"IEC 61508","id":"iec61508","name":"System Safety (US Department of Defense)","summary":"The DoD standard practice for system safety programmes and hazard tracking."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Ohio, US","work_mode":"Hybrid","year":"2026","employment":"Unknown","clearance":"Yes","languages":[],"certifications":[],"tools":["Jama Connect","Cameo / MagicDraw"],"domains":["Product compliance","Aerospace","Safety case & assessment","Hazard analysis","Requirements & traceability"],"employer":true,"text":"Senior System Safety Engineer (ARP4761) System safety Systems safety Medical Senior ARP4761 MIL-STD-882 The ISR (Intelligence, Surveillance & Reconnaissance), Aviation, and Security (IAS) business area is a leader in ISR and aviation, it is a leading prime manned and unmanned aircraft systems integrator for innovative, high-performance ISR and aviation systems. Its end-to-end Command, Control, Computers, Communications and Intelligence, Surveillance & Reconnaissance (C4ISR) capabilities encompass design, integration, test, certification, ground/flight training and complete logistics support. IAS tailors solutions to customer cost, performance, and schedule requirements and designs to consistently exceed expectations – with an unrivaled record of on time and on (or under) budget deliveries. Lead the System Safety engineering effort for small and medium sized programs Advise Engineering on all aspects of System Safety engineering Communicate status of the System Safety engineering program to the customer Plan, perform, and author qualitative and quantitative System Safety engineering analyses that fulfill customer requirements Communicate and collaborate effectively to drive project success Bachelor's degree in Systems Engineering, Electrical Engineering, Mechanical Engineering, or related field. 10+ years of experience in systems engineering or related field. Experience with aerospace programs. Experience applying MIL-STD-882 or ARP4761 to the development of systems, hardware, or software. Experience with creation of System Safety analyses such as the Functional Hazard Analysis (FHA) or System Safety Assessment (SSA). Experience creating qualitative and quantitative System Safety analyses. Experience independently executing functional responsibilities Experience using AC 25.1309 or AC 23.1309 for design development Experience developing System Safety analyses for software systems Experience with Model Based Systems Engineering (MBSE) using Cameo, Jama, or similar Experience mitigating System Safety risks through design changes, fault detection, usage restrictions, and training Experience in aircraft systems development Experience writing analyses to meet regulation- or customer-driven requirements Experience tailoring analyses or requirements to fit size, complexity, schedule, and budget of program Experience writing and implementing policy Ability to work on a computer for extended periods. Hand/finger dexterity for system modeling and documentation. Ability to work in a hybrid environment with occasional travel. SNC offers annual incentive pay based upon performance that is commensurate with the level of the position. This position requires the ability to obtain and maintain a Secret U.S. Security Clearance. U.S. Citizenship status is required as this position needs an active U.S. Security Clearance for employment. Non-U.S. citizens may not be eligible to obtain a security clearance. The Department of Defense Consolidated Adjudications Facility (DoD CAF), a federal government agency, handles the adjudicative aspects of the security clearance eligibility process for industry applicants. Adjudicative factors which affect the outcome of the eligibility determination include, but are not limited to, allegiance to the U.S., foreign influence, foreign preference, criminal conduct, security violations and illegal drug use."},{"id":"6a6760f724","title":"Senior System Safety Engineer (DO-178C)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Senior","industry":"Aerospace & defense","industries":["Aerospace & defense","Energy & process"],"segment":"Defense space","standards":["DO-178C","DO-254","MIL-STD-882"],"standards_meta":[{"code":"DO-178C","site_code":"IEC 61508","id":"iec61508","name":"Software Considerations in Airborne Systems","summary":"Design assurance levels for airborne software certification."},{"code":"DO-254","site_code":"IEC 61508","id":"iec61508","name":"Design Assurance for Airborne Electronic Hardware","summary":"Design assurance for complex airborne electronic hardware."},{"code":"MIL-STD-882","site_code":"IEC 61508","id":"iec61508","name":"System Safety (US Department of Defense)","summary":"The DoD standard practice for system safety programmes and hazard tracking."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Missouri, US","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"Yes","languages":[],"certifications":[],"tools":[],"domains":["Embedded software","Product compliance","Aerospace"],"employer":true,"text":"Senior System Safety Engineer (DO-178C) System safety Systems safety Aerospace & defense Senior DO-178C DO-254 MIL-STD-882 At the organization, we innovate and collaborate to make the world a better place. We’re committed to fostering an environment for every teammate that’s welcoming, respectful and inclusive, with great opportunity for professional growth. Find your future with us. Our teams are currently hiring for a broad range of experience levels including Experienced (Level 3) or Senior (Level 4) Aircraft Safety Engineers. A successful candidate will perform system software safety engineering work on a Proprietary Air Dominance program, drive hazard analyses, demonstrate compliance to MIL‑STD‑882E and other standards, and influence system architecture to reduce safety risk. The selected candidate will provide technical guidance and perform critical Software System Safety Engineering work. In addition to working with System Safety personnel, the individual will work extensively with design, development, and test to incorporate robust safety features and reduce project safety risk. Analyzes the integration of complex airplane systems and their corresponding airplane-level effects, failure indications, and flight crew actions as part of a system of systems analysis Documents safety analyses, hazard mitigation, validation, and verification activities in compliance with relevant customer and regulatory safety standards such as MIL-STD-882E, MIL-HDBK-516C, AC-17-01, DO-178C, and DO-254. Demonstrates safety hazard risk mitigation and control methods to the customer and regulators Identifies safety issue systemic root causes and recommends corrective actions using industry best practices Collaborates with internal and external stakeholders to define, validate, and integrate safety requirements Participates in tests and analyses to verify that systems meet the defined safety requirements Resolves multi-functional technical issues Bachelor of Science degree in Engineering, Engineering Technology (including Manufacturing Technology), Computer Science, Data Science, Mathematics, Physics, Chemistry or non-US equivalent qualifications directly related to the work statement Level 3: 5+ years of experience working in an engineering, engineering technology, or related technical discipline Ability to obtain a U.S. Security Clearance for which the U.S. Government requires U.S. Citizenship This position must meet U.S. export control compliance requirements. To meet U.S. export control compliance requirements, a “U.S. Person” as defined by 22 C.F.R. 120.62 is required. “U.S. Person” includes U.S. Citizen, U.S. National, lawful permanent resident, refugee, or asylee. US based job, US Person required Bachelor's Degree or Equivalent Required Level 4: 9+ years of experience working in an engineering, engineering technology, or related technical discipline 3+ years of experience with the design and technical development of hardware, firmware or software for Military, Space, or Commercial airplane systems 3+ years of experience in software verification & validation and safety analysis 3+ years' experience general working level knowledge of tactical aircraft hydro-mechanical subsystems, and components, including at least one of the following areas of focus: flight controls, landing gear, ejection seats, fuel, hydraulics, power plant (engines & APU's), environmental controls The specific programs and options available to any given employee may vary depending on eligibility factors such as geographic location, date of hire, and the applicability of collective bargaining agreements. Pay is based upon candidate experience and qualifications, as well as market and business considerations."},{"id":"d8731c6275","title":"Senior System Safety Engineer (EN 50126)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Senior","industry":"Rail","industries":["Rail"],"segment":"Other","standards":["EN 50126","EN 50128","EN 50129"],"standards_meta":[{"code":"EN 50126","site_code":"EN 50126","id":"en50126","name":"Railway RAMS","summary":"Specification and demonstration of Reliability, Availability, Maintainability and Safety for railway applications."},{"code":"EN 50128","site_code":"EN 50128","id":"en50128","name":"Railway Software","summary":"Software for railway control and protection systems, defining software SIL requirements and lifecycle."},{"code":"EN 50129","site_code":"EN 50129","id":"en50129","name":"Railway Signaling Safety Cases","summary":"Safety-related electronic systems for railway signaling, including the structure of the safety case."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Unknown","work_mode":"Hybrid","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Senior System Safety Engineer (EN 50126) System safety Systems safety Rail Senior EN 50126 EN 50128 EN 50129"},{"id":"2b3b867550","title":"Senior System Safety Engineer (IEC 61508)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Senior","industry":"Rail","industries":["Rail","Medical"],"segment":"Other","standards":["IEC 61508","EN 50126"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"EN 50126","site_code":"EN 50126","id":"en50126","name":"Railway RAMS","summary":"Specification and demonstration of Reliability, Availability, Maintainability and Safety for railway applications."}],"stage":"Directory listed","size":"Unknown","country":"Canada","region":"North America","location":"Canada","work_mode":"Hybrid","year":"2026","employment":"Contract","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Product compliance","Reliability"],"employer":true,"text":"Senior System Safety Engineer (IEC 61508) System safety Systems safety Rail Senior IEC 61508 EN 50126 At the organization, a privately held AEC firm, we innovate where transportation, water, power, and buildings converge. We call this the Infrastructure of Life. We measure our success by the strength of our relationships – that’s why we’re the employer of choice for 5,000+ of the industry’s brightest engineers, planners, architects, inspectors, designers, and more. Our clients choose us for our expertise and prefer us for our nimble approach, creativity, and personal touch. Backed by over a century’s experience, together, we’re building a lasting legacy for future generations: stronger communities, a healthier planet, and better lives. Local candidates will be given preference. Employment Status: Full-Time Working on the transportation team at the organization offers the opportunity to engage in transformative projects that enhance transportation infrastructure and improve community connectivity. Whether working on highways and bridges or traffic engineering, our team excels in resilient, sustainable design and construction, delivering innovative solutions that address the complexities of modern, multimodal roadway systems and ensure safe, efficient, and reliable travel for all. Explore some of our signature transportation projects here. Under limited supervision, the Senior Safety Engineer independently leads safety assurance and safety certification activities for major rail transit projects. The individual serves as a technical authority on safety matters and provides leadership in hazard management, safety engineering, safety assurance, and regulatory compliance activities. The Senior Safety Engineer should possess strong knowledge of safety engineering methodologies and a working understanding of RAM principles sufficient to coordinate integrated RAMS activities and interface effectively with RAM specialists. In this capacity, the successful candidate will be responsible for the following Lead project safety programs and safety assurance activities. Define project safety plans and safety management processes. Lead hazard identification, risk assessments, and hazard management processes. Lead preparation and review of Safety Cases and Safety Assurance Reports. Act as technical lead for safety certification programs. Establish safety requirements and acceptance criteria. Interface directly with clients, regulators, assessors, and project stakeholders. Lead contractor safety reviews and acceptance activities. Ensure integration of safety activities with systems engineering, integration, testing, and RAM programs. Mentor junior engineers and provide technical leadership. Support business development and proposal activities. Serve as trusted advisor on safety matters for clients and project teams. Bachelor's degree in Engineering, Science, or related STEM discipline. Professional Engineer (P.Eng.) designation in Canada highly desirable. 15+ years of experience in system safety engineering. Experienced IEC 61508 and/or EN 50126 practitioner. Skilled at dissecting complex stakeholder needs and articulating an assurance case based on reasoned logic and well-rounded judgement. Experience leading the execution of safety management programmes, and supporting Independent Safety Assessments. Working knowledge of RAM principles and RAM analyses. Strong client-facing and stakeholder management skills. Demonstrated experience leading multidisciplinary technical teams."},{"id":"9688a4e1b7","title":"Senior System Safety Engineer (IEC 61511)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Senior","industry":"Energy & process","industries":["Energy & process","Testing & certification services"],"segment":"Other","standards":["IEC 61511","IEC 61508","IEC 62443"],"standards_meta":[{"code":"IEC 61511","site_code":"IEC 61511","id":"iec61511","name":"Process Industry Safety Instrumented Systems","summary":"Application of IEC 61508 to safety instrumented systems in the process industries."},{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"IEC 62443","site_code":"IEC 62443","id":"iec62443","name":"Industrial Automation and Control Systems Security","summary":"The industrial cybersecurity standard family: security levels, zones and conduits, and secure development for control systems. Security and safety programs increasingly certify together."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"United States","work_mode":"Unknown","year":"2026","employment":"Contract","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Electrification / battery","Embedded software","Explosive atmospheres","Product compliance","Reliability","Hazard analysis"],"employer":true,"text":"Senior System Safety Engineer (IEC 61511) System safety Systems safety Energy & process Senior IEC 61511 IEC 61508 IEC 62443 the organization and the organization is working with a leader in the pipeline services industry based in the Central United States to identify and evaluate a Sr. System Safety Engineer The Senior System Safety Engineer is a hands-on technical leader responsible for identifying and reducing electrical, mechanical, and environmental risks in in-line inspection tools and associated equipment. This is a product-level engineering role, not a general environmental health and safety or workplace safety role. The engineer will perform safety-related design reviews, make design recommendations, support test planning, review test results, and communicate system risk, unresolved assumptions, and residual risk to management. This role operates as a product-safety function with cross-disciplinary review responsibility. It should not be embedded under a discipline-specific design manager whose team owns the designs being reviewed. The role informs risk acceptance but does not accept product risk on behalf of the company. The role requires independent judgment, clear communication, and practical risk-based decisions grounded in sound engineering principles, accepted practices, and applicable standards. Establish and maintain a formal safety evaluation process for tool design. Develop and maintain documented safety rationales for pipeline inspection tools. Facilitate hazard analyses such as Failure Mode and Effects Analysis (FMEA), fault-tree analysis, and related system safety activities. Define and document credible threats, including the basis for excluding severe consequences from further analysis. Identify applicable safety standards and accepted engineering practices. Review mechanical, electrical, and control-system designs and make recommendations to achieve safety goals set by executive management. Work with design and test teams to ensure safety recommendations are incorporated and verified. Manage and technically review safety-related supplier or contractor work. Communicate safety-case status, unresolved assumptions, verification gaps, mitigation options, and residual risk to design teams and executive management. 8+ years of experience in electrical engineering, product safety, functional safety, compliance engineering, certification engineering, or safety-critical product development. Experience applying structured safety methods to complex engineered products, systems, or equipment. Working knowledge of hazard analysis, risk reduction, safety requirements, verification planning, validation evidence, and residual-risk communication. Direct experience designing electrical or electronic equipment used in hazardous locations (preferred). Experience with lithium battery packs and battery management systems (BMS)/protection circuits (preferred). The organization is a national executive the organization firm that connects companies with exceptional talent across engineering, manufacturing, finance, supply chain, information technology, sales, legal, and human resources."},{"id":"e73fffda2e","title":"Senior System Safety Engineer (IEC 62304)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Senior","industry":"Medical","industries":["Medical","Aerospace & defense"],"segment":"Other","standards":["IEC 62304","ISO 14971","IEC 60601"],"standards_meta":[{"code":"IEC 62304","site_code":"IEC 62304","id":null,"name":"Medical Device Software - Software Life Cycle Processes","summary":"Software safety classes and lifecycle requirements for medical device software."},{"code":"ISO 14971","site_code":"ISO 14971","id":null,"name":"Medical Devices - Application of Risk Management","summary":"Risk management process for medical devices across the product lifecycle."},{"code":"IEC 60601","site_code":"IEC 60601","id":null,"name":"Medical Electrical Equipment - Basic Safety and Essential Performance","summary":"Safety and performance requirements for medical electrical equipment."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Alabama, US","work_mode":"Onsite","year":"2026","employment":"Contract","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":["Sensors & perception","Product compliance","Aerospace","Process safety","Reliability","Safety case & assessment","Hazard analysis","Requirements & traceability"],"employer":true,"text":"Senior System Safety Engineer (IEC 62304) System safety Systems safety Medical Senior IEC 62304 ISO 14971 IEC 60601 This position within the Safety and Mission Assurance (SMA) organization at NASA's Marshall Space Flight Center (MSFC) provides for design compliance insight/oversight of the Space Launch System (SLS) Avionics subsystem (flight hardware) and associated test equipment and facilities throughout the Design, Development, Test, and Evaluation (DDT&E) lifecycle. The position supports independent assessment of system safety analysis products developed by the Prime Contractor and determining the technical risk posture for avionics hardware and associated support equipment and facilities, including (but not limited to) avionics emulators, simulators, Systems Integration Labs (SIL), and System Integration Test Facilities (SITF). The selected candidate, in concert with subject matter experts from Software Assurance/Software Safety, Engineering, and Facilities, will be responsible for the development and maintenance of System Safety Analysis Reports (SSARs) for test equipment and associated facilities. Independently evaluate Prime Contractor-provided avionics hazard analyses and associated safety products (e.g., hazard reports, SSAR content, FMEA/FFA/FTA artifacts, CIL impacts, safety data packages), ensuring technical rigor and traceability to requirements. Verify hazards, failure modes, severities, and likelihood characterizations are consistent with applicable SLS risk frameworks and program expectations (e.g., risk matrix alignment). Assess mitigation strategies and control effectiveness, including evidence of verification/validation, test data, and operational constraints; ensure findings are captured in the appropriate hazard analysis/hazard tracking repositories and elevated through SMA channels as needed. Use authoritative sources (requirements, design documentation, drawings, test plans/procedures, operational products) to understand avionics architectures and interfaces prior to assessment. Periodically review hazard control verification data for adequacy and completeness. Lead/author and document hazard analysis for avionics support equipment and facilities, including Hardware-in-the-loop (HIL) and avionics testbeds. Emulators/simulators and ground support software/hardware used for integration and checkout. SIL/SITF operations, test configurations, and facility procedures. Identify credible hazardous scenarios involving electrical energy, RF, software-commanded operations, stored energy, mechanical hazards, human factors, and interface hazards (flight-to-ground, facility-to-flight hardware). Define and verify controls (design, procedural, operational, and administrative), ensuring controls are implementable for both routine test operations and off-nominal conditions. Review ECRs, deviations, waivers, test configuration changes, and procedure updates impacting avionics safety requirements, hazard controls, risk posture, or certification basis; document concurrence positions and required actions. Participate in program/element milestone reviews, safety reviews (including tabletop and test readiness contexts), and engineering task teams; submit formal comments/RIDs as appropriate with focus on integration and risk significance. Provide SME support to boards as needed (e.g., configuration control, problem/material review, discipline boards). Evaluate verification plans and compliance evidence to ensure safety requirements are explicitly included and demonstrated through objective data. Periodically review hazard control verification closure data for adequacy, completeness, and traceability. Deliver real-time safety assessments during launches, countdowns, and operations at the Huntsville Operations Support Center (HOSC). Support flight readiness posture by providing risk-informed input and recommendations consistent with SMA leadership expectations (including pre-CoFR issue discussions and real-time support when required). This position requires US Citizenship due to the sensitivity of customer related information. Must have a bachelor's degree in engineering (electrical, computer, aerospace, systems, or related). Must have 10+ years of recent and related work experience in system safety engineering. Demonstrated hands-on experience developing/reviewing: FTA, FMEA/FFA, hazard analyses/hazard reports, SSAR content, and safety data packages. Avionics domain depth (typical examples): flight computers, data buses, power distribution, sensors, command/telemetry, redundancy management, GNC interfaces, timing/synchronization, and avionics software-commanded operations in integrated test environments. Proficiency in system safety methods and tools (e.g., CAFTA/SAPHIRE or equivalent), and hazard analysis techniques (FTA/FMEA/HAZOP or equivalent). Ability to identify, evaluate, and mitigate lifecycle risks for complex engineering systems and integrated test facilities. Strong analytical and problem-solving skills for complex issues. Ability to work in multidisciplinary teams. Strong work ethic, organization, time management, and flexibility for surge demands. Commitment to professional development (e.g., NASA SATERN courses and STEP Level training). Systems-thinking ability to assess complex interdependencies and interactions. Experience with integrated avionics test environments (SIL/SITF), including facility safety integration, procedure/test constraint development, and operational readiness. Familiarity with NASA-STD-8739.8 for software assurance. Expertise in additional safety methods beyond core requirements. Ability to facilitate collaboration across disciplines. Experience with aerospace/ complex systems direct experience supporting NASA programs/ projects strongly preferred. This position is located onsite and offers a 9/80 schedule with every other Friday off; some travel may be required. Schedules are subject to change based on the requirements of the position and/or customer needs. All the organization employees must be able to pass a national agency check and some positions require clearance and will require an extensive background verification/check process. Must have experience with Microsoft Office Suite, Word, Excel, PowerPoint, and TEAMS. All of the organization's employees must be team players with strong work ethics and must be culture oriented. Able to communicate effectively, verbally and in written form, with internal and external customers. Able to follow company programs, processes, procedures, practices, requirements, goals, and objectives. Must be organized with good time management skills and must be able to work outside normal schedule and adjust schedule to meet peak periods and surge requirements. Generally, an office environment, but can involve inside or outside work depending on the task. Work may involve sitting or standing for extended periods (90% of the time) and may require lifting and carrying up to 25 lbs. (5% of the time). Regular attendance in accordance with an established work schedule is critical."},{"id":"2e0c87dbf0","title":"Senior System Safety Engineer (ISO 26262)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Senior","industry":"Aerospace & defense","industries":["Aerospace & defense"],"segment":"Defense space","standards":["ISO 26262","IEC 61508","ISO 21448","ARP4754","ARP4761","MIL-STD-882"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."},{"code":"ARP4754","site_code":"IEC 61508","id":"iec61508","name":"Development of Civil Aircraft and Systems","summary":"Aircraft and systems development process guidance (SAE ARP4754A)."},{"code":"ARP4761","site_code":"IEC 61508","id":"iec61508","name":"Safety Assessment of Civil Airborne Systems","summary":"Methods for the aircraft safety assessment process (FHA, PSSA, SSA)."},{"code":"MIL-STD-882","site_code":"IEC 61508","id":"iec61508","name":"System Safety (US Department of Defense)","summary":"The DoD standard practice for system safety programmes and hazard tracking."}],"stage":"Directory listed","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Remote","year":"2026","employment":"Contract","clearance":"No","languages":["English","German"],"certifications":[],"tools":["IBM DOORS","Jama Connect"],"domains":["Machine learning / AI","Product compliance","Reliability","Safety case & assessment","Hazard analysis","Requirements & traceability"],"employer":true,"text":"Senior System Safety Engineer (ISO 26262) System safety Systems safety Aerospace & defense Senior ISO 26262 IEC 61508 ISO 21448 ARP4754 ARP4761 MIL-STD-882 As a (Senior) System Safety Engineer at the organization, you will be responsible for defining, implementing, and executing a comprehensive System Safety and Functional Safety program for our advanced AI-driven defense software and hardware platforms. In this role, you will apply rigorous safety methodologies to identify hazards, mitigate risks, and ensure that our cutting-edge technologies are safe for deployment. You will collaborate closely with systems, software, hardware, and delivery teams to embed safety into the architecture from day one, while helping to mature and standardize the organization's internal safety processes across all product lines. Safety Program Execution: Establish, implement, and maintain the System Safety Program Plan (SSPP) in strict accordance with MIL-STD-882E tasks and methodologies. Functional Hazard & Risk Assessment: Lead and execute comprehensive system-level hazard analyses, including Preliminary Hazard Analysis (PHA), System Hazard Analysis (SHA), Subsystem Hazard Analysis (SSHA), and Operating and Support Hazard Analysis (O&SHA) per MIL-STD-882E. Functional Safety Engineering: Define Functional Safety Concepts (FSC) and Technical Safety Concepts (TSC). Identify safety-critical functions (SCF) and map software/hardware safety integrity levels to ensure robust fail-safe and fault-tolerant architectures Safety Requirements Management: Derive, flow down, and manage software and hardware functional safety requirements. Ensure end-to-end traceability from hazard mitigation down to verification and validation (V&V) test cases using engineering tools. Safety Case Deliverables: Author and compile comprehensive Safety Assessment Reports (SAR), Hazard Logs, and Functional Safety Cases to demonstrate that risks have been mitigated Cross-Functional Collaboration: Act as the primary safety point of contact for engineering teams. Guide developers, system architects, and test engineers on how to design-in safety, ensuring compliant software development lifecycles. Stakeholder & Audit Management: Present safety cases, hazard analyses, and risk-acceptance arguments to internal stakeholders, customers, and regulatory authorities. Support safety reviews, audits, and certification processes. Expertise in Military standard: Deep, hands-on experience applying MIL-STD-882E processes, tasks, and risk assessment matrices in a defense or aerospace environment. Expertise in Aviation standard: Deep, hands-on experience applying ARP4761A and ARP4754B (for programs requiring mixed military and civil-derived certifications) Functional Safety Principles: Strong understanding of functional safety standards and concepts (e.g., IEC 61508, ISO 26262) particularly regarding software-intensive systems, software safety critical indices, and hazard mitigation techniques. Systems Engineering & Requirements Traceability: Strong background in systems engineering, including experience capturing, decomposing, tracing, and verifying safety requirements using tools such as Jama Software, IBM DOORS, or similar. Analytical Tools & Methodologies: Proficiency in classical safety analysis techniques, including Fault Tree Analysis (FTA), Failure Mode and Effects Analysis (FMEA/FMECA), and Functional Hazard Assessment (FHA). Communication & Influence: Excellent written and verbal communication skills, with a proven ability to translate complex safety concepts into clear, actionable design requirements for multidisciplinary engineering teams. Language Skills: Fluency in English is required; German is a strong asset. Experience in Model-Based Systems Engineering (MBSE) or Model-Based Safety Analysis (MBSA) Experience in innovative safety methodologies or safety analysis disciplines (e.g., STPA, SOTIF) The organization's work is important. You’ll be directly contributing to the protection of democratic countries while balancing both ethical and geopolitical concerns The work is unique. We operate in a domain that has highly unusual technical requirements and constraints, and where robustness, safety, and ethical considerations are vital. You will face unique Engineering and AI challenges that make a meaningful impact in the world Our work frequently takes us right up to the state of the art in technical innovation, be it reinforcement learning, distributed systems, generative AI, or deployment infrastructure. The defence industry is entering the most exciting phase of the technological development curve. Advances in our field of world are not incremental: The organization is part of, and often leading, historic leaps forward In our domain, success is a matter of order-of-magnitude improvements and novel capabilities. This means we take bets, aim high, and focus on big opportunities. Despite being a relatively young company, the organization has already been selected for multiple significant government contracts We actively encourage healthy, proactive, and diverse debate internally about what we do and how we choose to do it. Teams and individual engineers are trusted (and encouraged) to practise responsible autonomy and critical thinking, and to focus on outcomes, not conformity. At the organization you will have a say in how we (and you!) work, the opportunity to engage on what does and doesn’t work, and to take ownership of aspects of our culture that you care deeply about"},{"id":"0a287134ea","title":"Senior System Safety Engineer (MIL-STD-882)","focus":"System safety","open":true,"status":"Open","role_family":"Systems safety","seniority":"Senior","industry":"Rail","industries":["Rail","Medical","Aerospace & defense"],"segment":"Defense space","standards":["MIL-STD-882"],"standards_meta":[{"code":"MIL-STD-882","site_code":"IEC 61508","id":"iec61508","name":"System Safety (US Department of Defense)","summary":"The DoD standard practice for system safety programmes and hazard tracking."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Texas, US","work_mode":"Unknown","year":"2026","employment":"Contract","clearance":"Yes","languages":[],"certifications":["Certified Safety Professional (CSP)"],"tools":["IBM DOORS","Cameo / MagicDraw","Windchill","Jira"],"domains":["Product compliance","Rail signalling","Aerospace","Process safety","Reliability","Safety case & assessment","Hazard analysis","Requirements & traceability"],"employer":true,"text":"Senior System Safety Engineer (MIL-STD-882) System safety Systems safety Rail Senior MIL-STD-882 We are seeking a Senior System Safety Engineer to lead system safety activities across the product lifecycle. This role focuses on system safety architecture, data-driven analysis, comprehensive documentation, and test planning for safety verification. You will engage directly with customer counterparts on System Safety Reviews and Panels including THAR (Technical Hazard Assessment Review) and NNMSB (Nuclear Navy Material and Safety Board). Develop and maintain System Safety Program Plan and safety architecture documentation Lead Functional Hazard Analysis (FHA), Fault Tree Analysis (FTA), and System Safety Assessments Identify, document, and manage hazards, risks, and mitigation measures throughout the lifecycle Draft System Safety Analysis Reports and maintain traceability between safety requirements, hazards, and mitigations Lead Safety Critical Functional Thread Analysis (SCFTA) and support HAZOP/ETA activities Establish data collection and analysis frameworks for safety metrics and trending Develop technical documentation including safety standards, specifications, procedures, and user guides Create and execute test plans for safety verification and validation Lead development of Built-In Test (BIT) plans and support Qualification Test Plan development Define test requirements, acceptance criteria, and success metrics for safety-critical functions Review test data to confirm safety requirements compliance Serve as primary point of contact with customers on system safety matters Lead and participate in THAR, NNMSB, and other customer System Safety Reviews and Panels Present safety analysis findings, risk postures, and mitigation strategies to customers Support milestone reviews (PDR, CDR, QDR, MRR) representing system safety Coordinate responses to customer safety data items and deliverables Lead safety corrective actions from Root Cause Corrective Action (RCCA) investigations Host corrective action reviews and ensure lessons learned implementation Coordinate risk mitigation with Manufacturing Engineering, Logistics, and Deployment Operations Develop and implement system safety processes and tools Ensure compliance with MIL-STD-882E and other applicable safety standards 7+ years as a System Safety Engineer or equivalent safety-critical engineering role Bachelor's degree in Mechanical, Aerospace, Systems, or Electrical Engineering, or Physics Expertise with MIL-STD-882E and military safety standards Experience creating and executing test plans for safety verification Proven experience engaging with customers on System Safety Reviews (THAR, NNMSB, or similar) Strong system architecture knowledge and safety requirements decomposition Extensive FHA, FTA, and SCFTA experience Failure investigation with proven corrective action implementation Technical writing for reports, procedures, and documentation Hazard/risk management and tracking to closure Design review experience (PDR, CDR, MRR) with strong presentation skills Data collection, analysis, and trending for safety metrics U.S. Citizenship Master's degree in engineering or related field 10+ years progressive system safety experience System Safety certification (ASP, CSP, CSEP) DoD or Navy safety programs experience Quantitative FTA with probabilistic risk assessment FMEA/FMECA, HAZOP, and ETA experience Safety analysis software tools (Relyence, Windchill, PTC Integrity) Requirements management tools (JIRA, JAMA, Cameo, DOORS) Aircraft, spacecraft, or UAV systems experience Active U.S. Security Clearance or ability to obtain"},{"id":"f39bcacbce","title":"Functional Safety Engineer (ASPICE)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Test & verification","seniority":"Mid-level","industry":"Automotive","industries":["Automotive"],"segment":"AV trucking","standards":["ASPICE","AUTOSAR"],"standards_meta":[{"code":"ASPICE","site_code":"ISO 26262","id":"iso26262","name":"Automotive SPICE","summary":"Process assessment model for automotive software and systems development."},{"code":"AUTOSAR","site_code":"ISO 26262","id":"iso26262","name":"Automotive Open System Architecture","summary":"Standardised automotive software architecture and methodology."}],"stage":"Directory listed","size":"Unknown","country":"Vietnam","region":"Asia-Pacific","location":"Vietnam","work_mode":"Unknown","year":"2026","employment":"Contract","clearance":"No","languages":["English"],"certifications":[],"tools":["Vector (CANoe/CANape)","Python","C / C++"],"domains":["Embedded software","Sensors & perception","Requirements & traceability"],"employer":true,"text":"Functional Safety Engineer (ASPICE) Safety-critical Test & verification Automotive Mid-level ASPICE AUTOSAR This position will be contracted through the organization's external vendor under a one-year agreement. The VnV Engineer creates high quality Software/SiL test specifications considering various relevant test scenarios, ensuring early defect detection in the Software Development Life-Cycle. VnV Engineer ensures test automation by writing test scripts based on the test specifications and within the defined automated test environment, ensures test execution as per test plan, documentation of defects/issues and reporting in a timely manner. Analyses Software design / Software architecture / Software requirements / Software Interfaces including security, legal, safety to check testability. Creates test specification (Test implementation – Test Cases) according to VnV Strategy. Establishes bidirectional traceability & consistency between Software requirements / Software architecture / Software Interface and Software test specification (test cases). Applies the appropriate test design techniques and guidelines to implement the required test specifications. Considers and apply proper boundaries of test environment (SIL, HIL, etc.) Initiates and participate into required review: Requirement review, Test specification review, Test report review, etc. Baselines the test specification as per the configuration management strategy and tool Automate the test cases (test scripts) based on the test specifications Ensures that automated test scripts are reusable (e.g., creation of libraries etc.), understandable and maintainable by other users Ensures that all automated testing related activities are carried out as per the process defined in test strategy Establish the bi-directional traceability and consistency between test implementation and test specification Participate and support debug sessions (as per need) and ensures the test automation is successfully running in the test environment Ensure the test scripts are reviewed and review findings are addressed Baselines the test scripts as per the configuration management strategy and tool Test Execution Performs the test execution (manual or automated) as per the defined procedures or steps in the test specification Analyze and evaluate the test results, report the defects and prepare reports related to the testing performed Ensure that all testing related tasks are carried out as per the defined standards and process Ensures bidirectional traceability and consistency between test cases included in the test specification and test results Ensures bi-directional traceability and consistency between the change request (tasks) and the work products (testcases and test reports) affected by the change request Supports V&V Architect for creating the Test summary report and assess the remaining the risk due to unsolved defects Bachelor / Master degree, major in electronics or mechatronics or computer science. Experience in Automotive SW development Good understanding of Microcontroller & embedded system. Good hold on reading customer specifications. Good knowledge about AUTOSAR. Self-discipline, self-motivation and strong teamwork spirit. Good communication skills and English both in oral and written. Technical experience in system and/or software testing, aligned with the scope of the Feature/Function Team. Experience with Embedded C, C-programming, Python-programming and AUTOSAR Architecture. Experience with CAN/LIN/UWB/NFC/BLE protocols. Experience with JTAG & CAN-Flash, as well as Flashing sequence. Hands-on experience with test tools and facilities such as ETAS CoSym / Vector vVirtualTarget (or equivalent), CANoe, ARXML, DBC-format and debuggers. Experience with Software Development Life-Cycle as well as vECU standard: FMU, FMI, DLL or equivalent. Experience with V-model and ASPICE is preferred. Experience with Automation – Automated test & AI-powered automation test is preferred. Knowledge of security and safety concepts is an advantage."},{"id":"89ff47d567","title":"Functional Safety Engineer (IEC 61508, Test & verification)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Test & verification","seniority":"Mid-level","industry":"Cross-industry safety","industries":["Cross-industry safety"],"segment":"Other","standards":["IEC 61508","ISO 26262","ISO 13849"],"standards_meta":[{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."}],"stage":"Directory listed","size":"Unknown","country":"United States","region":"North America","location":"Texas, US","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Functional Safety Engineer (IEC 61508, Test & verification) Safety-critical Test & verification Cross-industry safety Mid-level IEC 61508 ISO 26262 ISO 13849"},{"id":"b0f1a5264c","title":"Functional Safety Engineer (IEC 62061, Test & verification)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Test & verification","seniority":"Mid-level","industry":"Industrial machinery","industries":["Industrial machinery","Aerospace & defense"],"segment":"Unknown","standards":["IEC 62061"],"standards_meta":[{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."}],"stage":"Not listed in company directory","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"Yes","languages":["English","German"],"certifications":[],"tools":["Simulink","MATLAB","Python"],"domains":["Embedded software","Industrial control"],"employer":false,"text":"Functional Safety Engineer (IEC 62061, Test & verification) Safety-critical Test & verification Industrial machinery Mid-level IEC 62061 Find more English Speaking Jobs in Germany on Arbeitnow"},{"id":"6eb7b886cb","title":"Functional Safety Engineer (ISO 26262, Test & verification)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Test & verification","seniority":"Mid-level","industry":"Automotive","industries":["Automotive","Semiconductor","Robotics","Industrial machinery","Medical","Aerospace & defense","AI & software platforms"],"segment":"Unknown","standards":["ISO 26262","ISO 21448","ISO/SAE 21434"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."},{"code":"ISO/SAE 21434","site_code":"ISO 21434","id":"iso21434","name":"Road Vehicles - Cybersecurity Engineering","summary":"Automotive cybersecurity lifecycle: threat analysis and risk assessment (TARA), security requirements, and post-production monitoring. The security companion to ISO 26262."}],"stage":"Not listed in company directory","size":"Unknown","country":"Switzerland","region":"Europe","location":"Switzerland","work_mode":"Unknown","year":"2026","employment":"Full-time","clearance":"No","languages":[],"certifications":[],"tools":["Python","C / C++"],"domains":["ADAS / autonomous driving","Sensors & perception","Robotics & automation","Reliability"],"employer":false,"text":"Functional Safety Engineer (ISO 26262, Test & verification) Safety-critical Test & verification Automotive Mid-level ISO 26262 ISO 21448 ISO/SAE 21434 You will own the path a code change takes from commit to robot, and the evidence behind every gate on that path. Today the honest answer to \"is this build safe?\" is \"it worked on the test robot.\" You will replace that with a system: the simulation environment the team tests against, the regression suites that run on every change, the hardware-in-the-loop rigs, and the release gates that decide whether a build can go onto a robot that will patrol a customer site alone tonight. This is the first engineer dedicated to reliability and test infrastructure, and it sits in our Robot Autonomy team, next to the engineers building perception, localisation, planning and locomotion. Our robots patrol security sites, critical infrastructure and defence facilities without a human present, so a bad release is not a rollback: it is a customer incident. Within six months, nothing should reach a customer robot without passing something you built. Release pipeline: code change, automated tests, simulation at scale, staging robot, pilot site, full rollout, with explicit pass criteria at every gate and nothing advancing without meeting them. Simulation as infrastructure: a GPU-backed simulation environment (Isaac Sim today) running continuously, so engineers test against scenarios instead of queueing for the one robot in the lab. Scenario libraries and regression suites: coverage across the whole on-robot stack, perception through locomotion, and the infrastructure to run thousands of scenarios on every change. Hardware-in-the-loop: bench rigs and test procedures on the physical robots for what simulation cannot tell you. Failure injection: drop sensors, degrade LiDAR returns, kill the network link, corrupt odometry, then verify the system degrades and recovers the way we tell customers it does. Field incidents to tests: when a robot misbehaves on site, reproduce it deterministically and turn it into a permanent regression test. Reproducibility: log capture, replay tooling, deterministic seeds, versioned scenarios, and coverage metrics that are honest about what they do not cover. Acceptance criteria: turn product and customer requirements into measurable tests, and report against them without softening the numbers. A test, validation or reliability engineer who has shipped a product where failure had consequences, and who has seen what changes when a fleet goes from one unit to fifty. You treat simulation and CI as production infrastructure that you own, not tools you consume. You have judgment about what is worth testing: we want a safety net, not a wall of green ticks that hides the real risk. And you are comfortable being the person who says a build is not going out. 4+ years in test, validation, reliability, SRE or platform engineering on a product that shipped to customers. Experience with a complex system at scale: autonomous driving, drones, industrial automation, medical devices or similar. Strong Python and/or C++, with solid CI/CD and containerised infrastructure skills. Hands-on with a robotics simulator run as production infrastructure: Isaac Sim preferred, Gazebo, MuJoCo or equivalent accepted. Comfortable owning cloud infrastructure and GPU orchestration, not just consuming it. Enough hardware literacy to read a timing problem or a flaky sensor trace, and the judgment to know when to hand it to Hardware. ROS 2. Hardware-in-the-loop rigs and bench automation. Fleet telemetry and observability (Grafana, Prometheus, OpenTelemetry). Functional safety or comparable standards work. On-prem, air-gapped or defence deployment experience. Having been on call for hardware in the field."},{"id":"bce26ecc60","title":"Safety-critical Lead (ISO 26262, Test & verification)","focus":"Safety-critical","open":false,"status":"Archived","role_family":"Test & verification","seniority":"Principal","industry":"Automotive","industries":["Automotive","Semiconductor","AI & software platforms"],"segment":"Sensors","standards":["ISO 26262","ISO 21448","ISO/SAE 21434"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"ISO 21448","site_code":"ISO 21448","id":"iso21448","name":"SOTIF - Safety of the Intended Functionality","summary":"Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems."},{"code":"ISO/SAE 21434","site_code":"ISO 21434","id":"iso21434","name":"Road Vehicles - Cybersecurity Engineering","summary":"Automotive cybersecurity lifecycle: threat analysis and risk assessment (TARA), security requirements, and post-production monitoring. The security companion to ISO 26262."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Zürich","work_mode":"Hybrid","year":"2026","employment":"Full-time","clearance":"No","languages":[],"certifications":[],"tools":["Python"],"domains":["Embedded software","Product compliance"],"employer":true,"text":"Safety-critical Lead (ISO 26262, Test & verification) Safety-critical Test & verification Automotive Principal ISO 26262 ISO 21448 ISO/SAE 21434 Find Jobs in Switzerland on Arbeitnow"},{"id":"ae190df844","title":"Safety-critical Architect (ISO 26262, Test & verification)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Test & verification","seniority":"Senior","industry":"Automotive","industries":["Automotive"],"segment":"AV trucking","standards":["ISO 26262","AUTOSAR"],"standards_meta":[{"code":"ISO 26262","site_code":"ISO 26262","id":"iso26262","name":"Road Vehicles - Functional Safety","summary":"Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle."},{"code":"AUTOSAR","site_code":"ISO 26262","id":"iso26262","name":"Automotive Open System Architecture","summary":"Standardised automotive software architecture and methodology."}],"stage":"Directory listed","size":"Unknown","country":"India","region":"Asia-Pacific","location":"India","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":["IBM DOORS","Polarion","Vector (CANoe/CANape)","dSPACE"],"domains":["ADAS / autonomous driving","Sensors & perception","Product compliance","Hazard analysis","Requirements & traceability"],"employer":true,"text":"Safety-critical Architect (ISO 26262, Test & verification) Safety-critical Test & verification Automotive Senior ISO 26262 AUTOSAR Strong experience in AUTOSAR BSW testing (with sensors camera, video, radar, ultrasonic), including MCAL, ECU Abstraction, OS, and Services layers. Hands-on testing of communication protocols – CAN, LIN, Ethernet, FlexRay, and diagnostics (UDS/DoIP). Strong knowledge of ADAS sensors (camera, video, radar, ultrasonic). Good understanding of sensor data interfaces, BSW integration, AUTOSAR know-how, Test architecture design for System Test (SIL/HIL/Vehicle). Define and own end-to-end safety test architecture for ADAS Radar (Gen6/Gen7), ensuring compliance with ISO 26262 across sensor, ECU, and vehicle levels. Develop ASIL-driven test strategies (ASIL B–D) for radar functions such as object detection, tracking, and classification, aligned with safety goals, HARA, and FSC/TSC. Architect BSW safety testing approach covering MCAL, communication stacks (CAN, Ethernet), diagnostics, and OS, ensuring robustness of safety mechanisms. Lead verification & validation (V&V) of radar safety functions including latency, signal integrity, interference handling, and degraded mode behavior. Design and execute advanced fault injection strategies (sensor-level, ECU-level, and network-level) to validate diagnostic coverage and safety mechanisms. Establish SIL/MIL/HIL-based validation frameworks using tools like Vector CANoe, dSPACE, and radar-specific simulators for corner-case validation.Integrate AI/ML-driven testing approaches (GenAI, anomaly detection, test optimization) to improve coverage, automate test generation, and enhance defect prediction. Ensure end-to-end traceability and compliance using tools like IBM DOORS and Polarion, linking safety requirements to test cases and results. Collaborate with system, safety, and SW teams to validate radar perception chain safety, including edge cases like multipath reflections, ghost objects, and environmental disturbances. Lead safety audits, assessments, and release readiness, working with certification and mentor teams on best practices in safety, automation, and AI adoption. ISO26262 Safety certification (preferred), Strong know-how of FUSA, HW Fault injection Test, Security know-how B.E / B.Tech / ECE / EEE / CS"},{"id":"1e863df114","title":"Senior Machine Safety Engineer","focus":"Machine safety","open":false,"status":"Archived","role_family":"Test & verification","seniority":"Senior","industry":"Industrial machinery","industries":["Industrial machinery"],"segment":"Other","standards":["ISO 12100","ISO 13849","IEC 62061"],"standards_meta":[{"code":"ISO 12100","site_code":"ISO 12100","id":"iso12100","name":"Safety of Machinery - Risk Assessment and Risk Reduction","summary":"The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."},{"code":"IEC 62061","site_code":"IEC 62061","id":"iec62061","name":"Safety of Machinery - Functional Safety of Control Systems","summary":"Machinery-sector implementation of IEC 61508 for safety-related electrical control systems."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Multiple locations","work_mode":"Hybrid","year":"2026","employment":"Unknown","clearance":"No","languages":["English"],"certifications":[],"tools":["Python"],"domains":[],"employer":true,"text":"Senior Machine Safety Engineer Machine safety Test & verification Industrial machinery Senior ISO 12100 ISO 13849 IEC 62061 You will join a small, senior system test team in our Safety, Sensing and Industrial Components business. Own system test end to end for your products: turn requirements into risk-based test plans, then execute functional, interoperability, timing and fault-injection tests. Build and improve hardware test rigs with safety controllers, safety light curtains, IO-Link masters and EtherNet/IP networks. Validate that the system enters a safe state and reports the right diagnostics when faults occur. Root-cause complex, cross-domain issues together with development and drive them to closure. Grow our test automation and contribute to test strategy and coverage. Bachelor's degree in Electrical, Electronics, Automation, Mechatronics, Controls or Computer Engineering, or equivalent professional experience in system, integration or hardware test. Professional experience testing electronic or industrial automation products, hands-on with test hardware. English language skills at CEFR B2 level or above. Three or more years in system or integration test of industrial automation, machine safety or electronics products. Experience with an industrial network — EtherNet/IP and CIP, or a comparable one such as PROFINET or EtherCAT. Experience with safety or smart-device technologies such as GuardLink, OSSD safety outputs, IO-Link or safety light curtains. Test automation experience with Python, LabVIEW or TestStand, and comfort with lab instruments such as an oscilloscope and programmable power supply."},{"id":"67e9907e7f","title":"Senior Product Safety Engineer (ISO 10218)","focus":"Product safety","open":true,"status":"Open","role_family":"Test & verification","seniority":"Senior","industry":"Robotics","industries":["Robotics"],"segment":"Medical robotics","standards":["ISO 10218","ISO/TS 15066","ISO 13849"],"standards_meta":[{"code":"ISO 10218","site_code":"ISO 10218-1/-2","id":"iso10218","name":"Robots and Robotic Devices - Safety Requirements","summary":"Safety requirements for industrial robots (part 1) and robot systems and integration (part 2)."},{"code":"ISO/TS 15066","site_code":"ISO/TS 15066","id":"ts15066","name":"Collaborative Robots","summary":"Guidance for collaborative robot operation, including power and force limiting thresholds."},{"code":"ISO 13849","site_code":"ISO 13849-1","id":"iso13849","name":"Safety-Related Parts of Control Systems","summary":"Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts."}],"stage":"Directory listed","size":"Unknown","country":"Germany","region":"Europe","location":"Germany","work_mode":"Unknown","year":"2026","employment":"Unknown","clearance":"No","languages":[],"certifications":[],"tools":[],"domains":[],"employer":true,"text":"Senior Product Safety Engineer (ISO 10218) Product safety Test & verification Robotics Senior ISO 10218 ISO/TS 15066 ISO 13849"},{"id":"df1be83dee","title":"Functional Safety Engineer (IEC 61511, Functional safety engineering, Energy & process, Mid-level)","focus":"Safety-critical","open":true,"status":"Open","role_family":"Functional safety engineering","seniority":"Mid-level","industry":"Energy & process","industries":["Energy & process"],"segment":"Other","standards":["IEC 61511","IEC 61508","IEC 62443"],"standards_meta":[{"code":"IEC 61511","site_code":"IEC 61511","id":"iec61511","name":"Process Industry Safety Instrumented Systems","summary":"Application of IEC 61508 to safety instrumented systems in the process industries."},{"code":"IEC 61508","site_code":"IEC 61508","id":"iec61508","name":"Functional Safety of E/E/PE Safety-Related Systems","summary":"The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems."},{"code":"IEC 62443","site_code":"IEC 62443","id":"iec62443","name":"Industrial Automation and Control Systems Security","summary":"The industrial cybersecurity standard family: security levels, zones and conduits, and secure development for control systems. Security and safety programs increasingly certify together."}],"stage":"Directory listed","size":"Unknown","country":"Unknown","region":"Unknown","location":"Muscat","work_mode":"Unknown","year":"2024","employment":"Contract","clearance":"No","languages":["French"],"certifications":[],"tools":[],"domains":["Explosive atmospheres","Product compliance","Fire & gas","Process safety","Safety case & assessment","Hazard analysis"],"employer":true,"text":"Functional Safety Engineer (IEC 61511, Functional safety engineering, Energy & process, Mid-level) Safety-critical Functional safety engineering Energy & process Mid-level IEC 61511 IEC 61508 IEC 62443 Roles and Responsibilities DEM 1 / DEM 2 Identification & compliance report HSE philosophy HAZID, DR & HAZOP workshop HAZID, Design review and HAZOP close out Hazardous area classification schedule and layout Fire protection design basis SCE identification and Performance standards VCA & HFE workshop Closeout Fire, gas, dispersion and Explosion analysis Facility Siting modelling and Report Vent Dispersion and Flare radiation analysis Fire risk assessments (FRA) Fire and gas mapping study (F&G) Passive Fire protection analysis (PFP) H2S mapping and sour facility classification Firefighting and Life Saving Equipment layout Quantitative Risk assessment (QRA) Active fire protection – Fire water & Foam system design Emergency Escape and evacuation Philosophy HSE action and concern register ALARP demonstration report SHELL FRED & SHEPHERD DNV PHAST & SAFETI INSIGHT NUMERICS DETECT 3D FLARESIM PIPENET Desired Candidate Profile Degree in Engineering (Chemical / Petrochemical) 3+ years of Experience with minimum 1 year in hydrocarbon industry, including design/operations support. Experience in Safety in Design, Risk management, HAZOP, QRA, F&G Mapping Study. Accommodation Type: Company Accommodation on Sharing Basis. Job Location Muscat, Oman No. of Vacancies The organization Careers Form Applying for Name Email Phone/Mobile 244 results found Afghanistan+93 Åland Islands+358 Albania+355 Algeria+213 American Samoa+1 Andorra+376 Angola+244 Anguilla+1 Antigua & Barbuda+1 Argentina+54 Armenia+374 Aruba+297 Ascension Island+247 Australia+61 Austria+43 Azerbaijan+994 Bahamas+1 Bahrain+973 Bangladesh+880 Barbados+1 Belarus+375 Belgium+32 Belize+501 Benin+229 Bermuda+1 Bhutan+975 Bolivia+591 Bosnia & Herzegovina+387 Botswana+267 Brazil+55 British Indian Ocean Territory+246 British Virgin Islands+1 Brunei+673 Bulgaria+359 Burkina Faso+226 Burundi+257 Cambodia+855 Cameroon+237 Canada+1 Cape Verde+238 Caribbean Netherlands+599 Cayman Islands+1 Central African Republic+236 Chad+235 Chile+56 China+86 Christmas Island+61 Cocos (Keeling) Islands+61 Colombia+57 Comoros+269 Congo - Brazzaville+242 Congo - Kinshasa+243 Cook Islands+682 Costa Rica+506 Côte d’Ivoire+225 Croatia+385 Cuba+53 Curaçao+599 Cyprus+357 Czechia+420 Denmark+45 Djibouti+253 Dominica+1 Dominican Republic+1 Ecuador+593 Egypt+20 El Salvador+503 Equatorial Guinea+240 Eritrea+291 Estonia+372 Eswatini+268 Ethiopia+251 Falkland Islands+500 Faroe Islands+298 Fiji+679 Finland+358 France+33 French Guiana+594 French Polynesia+689 Gabon+241 Gambia+220 Georgia+995 Germany+49 Ghana+233 Gibraltar+350 Greece+30 Greenland+299 Grenada+1 Guadeloupe+590 Guam+1 Guatemala+502 Guernsey+44 Guinea+224 Guinea-Bissau+245 Guyana+592 Haiti+509 Honduras+504 Hong Kong SAR China+852 Hungary+36 Iceland+354 India+91 Indonesia+62 Iran+98 Iraq+964 Ireland+353 Isle of Man+44 Israel+972 Italy+39 Jamaica+1 Japan+81 Jersey+44 Jordan+962 Kazakhstan+7 Kenya+254 Kiribati+686 Kosovo+383 Kuwait+965 Kyrgyzstan+996 Laos+856 Latvia+371 Lebanon+961 Lesotho+266 Liberia+231 Libya+218 Liechtenstein+423 Lithuania+370 Luxembourg+352 Macao SAR China+853 Madagascar+261 Malawi+265 Malaysia+60 Maldives+960 Mali+223 Malta+356 Marshall Islands+692 Martinique+596 Mauritania+222 Mauritius+230 Mayotte+262 Mexico+52 Micronesia+691 Moldova+373 Monaco+377 Mongolia+976 Montenegro+382 Montserrat+1 Morocco+212 Mozambique+258 Myanmar (Burma)+95 Namibia+264 Nauru+674 Nepal+977 Netherlands+31 New Caledonia+687 New Zealand+64 Nicaragua+505 Niger+227 Nigeria+234 Niue+683 Norfolk Island+672 North Korea+850 North Macedonia+389 Northern Mariana Islands+1 Norway+47 Oman+968 Pakistan+92 Palau+680 Palestinian Territories+970 Panama+507 Papua New Guinea+675 Paraguay+595 Peru+51 Philippines+63 Poland+48 Portugal+351 Puerto Rico+1 Qatar+974 Réunion+262 Romania+40 Russia+7 Rwanda+250 Samoa+685 San Marino+378 São Tomé & Príncipe+239 Saudi Arabia+966 Senegal+221 Serbia+381 Seychelles+248 Sierra Leone+232 Singapore+65 Sint Maarten+1 Slovakia+421 Slovenia+386 Solomon Islands+677 Somalia+252 South Africa+27 South Korea+82 South Sudan+211 Spain+34 Sri Lanka+94 St. Barthélemy+590 St. Helena+290 St. Kitts & Nevis+1 St. Lucia+1 St. Martin+590 St. Pierre & Miquelon+508 St. Vincent & Grenadines+1 Sudan+249 Suriname+597 Svalbard & Jan Mayen+47 Sweden+46 Switzerland+41 Syria+963 Taiwan+886 Tajikistan+992 Tanzania+255 Thailand+66 Timor-Leste+670 Togo+228 Tokelau+690 Tonga+676 Trinidad & Tobago+1 Tunisia+216 Turkey+90 Turkmenistan+993 Turks & Caicos Islands+1 Tuvalu+688 U.S. Virgin Islands+1 Uganda+256 Ukraine+380 United Arab Emirates+971 United Kingdom+44 United States+1 Uruguay+598 Uzbekistan+998 Vanuatu+678 Vatican City+39 Venezuela+58 Vietnam+84 Wallis & Futuna+681 Western Sahara+212 Yemen+967 Zambia+260 Zimbabwe+263 Current Status Notice Period Knowledgeable in Process Safety and Equipment design. Should be able to read PFS/ PSFS /P&IDs Report Preparation for Safety Studies Choose File Confirm I hereby declare that the information furnished above is true to the best of my knowledge."}]}