vom 04.02.2026
We are seeking an experienced RAMS Engineer to support the development, design, verification, and delivery of a High Voltage Direct Current (HVDC) Converter Station project. In this role, you will ensure that all reliability, availability, maintainability, and safety (RAMS) requirements are fully integrated into the engineering lifecycle of the HVDC system, including converter stations. You will collaborate with multi-disciplinary engineering teams, OEMs, certification bodies, and project stakeholders to secure high system availability, optimized maintenance strategies, and compliance with applicable standards throughout the entire lifecycle of the project.
Tasks: Perform RAM analyses for HVDC converter stations and their subsystems. Execute FTA, FMEA/FMECA for converter valves, transformers, cooling systems, auxiliary services, control & protection, and switching equipment. Conduct failure rate estimation, calculations, and determine critical failure modes impacting system availability. Perform safety hazard identification, risk assessments, and contribute to Safety Integrity Level. Ensure RAMS compliance with project standards. Assist in defining maintenance concepts and spare strategies. Engage with clients, TSOs, OEMs, and certification bodies. Coordinate with suppliers to ensure RAMS inputs are captured in technical specifications and procurement processes.
Requirements: Degree in Engineering (Electrical, Power Systems, Systems Engineering, Reliability Engineering, or similar). RAMS experience in transmission systems, HVDC, HV equipment, grid infrastructure, offshore wind, rail, or energy projects. Strong knowledge of RAMS methods: FTA, FMEA/FMECA, RBD, RCM, reliability modelling. Experience in HVDC control & protection, grid compliance, or transmission operations. RAMS experience in offshore HVDC platforms or converter stations. Very good written and spoken English skills and German is a plus. Successful candidate must have eligibility to work in the EU, along with the outlined qualifications.
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