11 of 11 Permanent ISO 26262 Jobs in the West Midlands

Strategy & Systems Integration Collaborate with algorithm engineers, embedded software developers, and system architects to define diagnostic requirements Map failure paths and diagnostic coverage in alignment with functional safety standards (ISO 26262, IEC 61508) Ensure system-level diagnostics are accurate, adaptive, and fail-safe Validation & Calibration Define verification and validation protocols for diagnostic features Use hardware-in-the-loop … or battery systems engineering Strong grasp of battery chemistry, electrical characteristics, and degradation mechanisms Skilled in MATLAB/Simulink, Python, and diagnostic tools (e.g., Vector CANape, CANalyzer) Experience with ISO 26262 compliance and diagnostic trouble code (DTC) structures Desirable: Hands-on testing with battery packs, cells, and instrumentation Experience in EV, aerospace, or renewable energy sectors Familiarity with More ❯

drive modes, gear control logic, and regen strategies Conduct cross-domain technical reviews and alignment workshops with embedded SW, hardware, controls, and safety teams 🛡️ Functional Safety Support implementation of ISO 26262 safety lifecycle tasks including HARA, ASIL allocation, and safety goal validation for combined EDU/inverter systems Assist FuSa leads in preparing safety concepts, technical requirements, and … understanding of EDU function design , including software integration, control logic, and diagnostics Hands-on experience with model-based systems engineering , including SysML tools (e.g., Rhapsody, Enterprise Architect) Familiarity with ISO 26262 , TRM methodology, and requirement management systems (DOORS, Polarion, X-ray) 👍 Desirable Experience in gearbox control systems , torque management algorithms, and drivetrain behavior modeling Knowledge of inverter systems More ❯

Software Engineer to support the design, implementation, and validation of safety mechanisms at the microcontroller level for high-integrity embedded systems. This role is critical to ensuring compliance with ISO 26262 and ASPICE standards across the full software development lifecycle Area of Responsibility Design and implement safety mechanisms for base software platforms at the microprocessor level Interpret and … microcontroller/chip safety manuals to guide software architecture and diagnostics Develop and maintain low-level software for real-time embedded systems in safety-critical environments Ensure compliance with ISO 26262 Part 6 and support full ASPICE V- cycle software delivery Collaborate with system architects, hardware engineers, and safety managers to define and validate safety concepts Conduct code More ❯

Hardware Delivery Oversight Oversee development and delivery of hardware components such as cell supervision circuits, wiring harnesses, and gateway modules Align hardware implementation with functional safety and quality standards (ISO 26262, IATF 16949) Coordinate with suppliers and internal teams for timely delivery, documentation, and integration Lifecycle Support & Compliance Support DFMEA/PFMEA activities to assess and mitigate risks More ❯

synchronized execution Continuous Improvement & Best Practices Champion agile tooling, HW traceability, and issue escalation workflows Identify delivery inefficiencies and steer corrective actions across squads Promote knowledge sharing, compliance with ISO 26262, and engineering excellence Knowledge/Experience: Bachelors or Masters degree in Electrical Engineering, Systems Engineering, or related field Extensive experience in BMS hardware integration, embedded systems, or More ❯

best practices across system design, traceability, and agile tools (Jira, Confluence, etc.) Promote excellence in software and hardware release cadence, quality, and functional safety adherence Ensure compliance with ASPICE, ISO 26262, and internal governance frameworks Knowledge/Experience: Bachelors or Masters in Electrical Engineering, Systems Engineering, or a related discipline Extensive experience in BMS architecture, strategy, and integration More ❯

energy storage technologies Familiarity with statistical validation techniques and machine learning concepts Desirable: Hands-on experience with battery hardware, cell instrumentation, or BMS platforms Exposure to functional safety standards (ISO 26262, IEC 61508) Strong documentation and communication abilities In return for bringing your expertise to our business we offer a competitive salary along with excellent benefits including: Pension More ❯

in embedded, real-time environments. Solid understanding of electronics, electrical circuits, and communication protocols (CAN, LIN, RS232, etc.). Knowledge of cybersecurity (UNECE R155/R156) and functional safety (ISO 26262). Familiarity with high-level languages like Python or C#. Experience with engineering processes such as V-model, FMEA, and Waterfall. Degree in Software Engineering, Computer Science More ❯

Strong debugging and problem-solving skills * Prior experience in automotive software development and testing * Good understanding of AUTOSAR architecture * Experience working on safety-critical software projects * Practical knowledge of ISO 26262 Part 6 and full ASPICE V-cycle software development Desirable Skills * Experience with ADI wireless Battery Management Systems (wBMS) or BMS chipsets * Familiarity with diagnostics, CAN tools More ❯

MATLAB, LabVIEW, CANalyzer, INCA, CANoe, and quality management software. Thermal and Mechanical Knowledge: Understanding of thermal management systems for HV components. Safety Standards and Compliance: Knowledge of relevant standards (ISO 26262, IEC 61851, SAE J1772) and safety regulations for HV systems. Diagnostics and Troubleshooting: Strong skills in diagnosing and troubleshooting HV systems and components. Your Profile Essential Skills More ❯

in automotive/EV contexts. Knowledge of battery cell technologies, electrochemical behaviors, system-level requirements, material selection, manufacturing processes, and product development lifecycles, with familiarity in automotive standards (e.g., ISO 26262, UN 38.3). Proficient in advanced CAD modeling (e.g., 3DX) and MS Office; hands-on experience designing automotive parts, tools, and jigs for EV applications. Proven ability More ❯