5 of 5 FMECA Jobs in England

Reliability, Radiation Assessment, Hazard or Safety Analysis. Complex product development experience of thermal design and equipment selection using Failure Modes Effects and Criticality Analysis (FMECA). Intelligent, logical approach to problem solving. Degree, Masters or higher qualification in Engineering, Aerospace, Mechanical or Electrical Engineering. You will own the overall engine ...

CONOPS and derive system requirements Lead mission analysis and spacecraft modelling Manage system budgets (mass, power, data, fuel) Deliver mission-level V&V including FMECA, FTA, FDIR Support feasibility studies and bid activities Coordinate across subsystem teams (GNC, propulsion, comms, software) Support integration and test activities What You ll Need ...

overall supportability. Lead the development of optimal support solutions aligned to customer needs and product roadmaps. Conduct life-cycle cost modelling, LORA, sparing analysis, FMECA, and other supportability/risk analyses. Define and validate support requirements, ensuring robust verification and assurance approaches. Produce supportability cases and lead analysis activities ...

shape safety engineering practices, tooling and standards from the ground up.? Key responsibilities Lead and perform safety analyses such as HAZOP, FHA, FTA and FMECA for the company's autonomy assurance products and components.? Develop safety requirements, safety cases and safety-critical system architectures in line with relevant industry standards … domains such as aerospace, robotics, autonomous systems, automotive or similar regulated industries.? Strong knowledge of safety engineering methods and tools (e.g. FHA, FTA, HAZOP, FMECA, safety case development).? Deep understanding of safety-critical software and hardware development and certification standards (e.g. DO-178C ...

shape safety engineering practices, tooling and standards from the ground up. Key responsibilities Lead and perform safety analyses such as HAZOP, FHA, FTA and FMECA for the company’s autonomy assurance products and components. Develop safety requirements, safety cases and safety‐critical system architectures in line with relevant industry standards … domains such as aerospace, robotics, autonomous systems, automotive or similar regulated industries. Strong knowledge of safety engineering methods and tools (e.g. FHA, FTA, HAZOP, FMECA, safety case development). Deep understanding of safety‐critical software and hardware development and certification standards (e.g. DO‐178C ...