About the role
The Senior Technical Safety Engineer will act as the primary safety liaison among third‑party consultants, Seatrium, and engineering contractors on offshore wind, substation, and new energy projects. Responsibilities include reviewing technical bid evaluations, analyzing safety studies, developing safety strategies for alternative fuels and energy storage, coordinating design safety philosophies, and mentoring junior engineers. The role requires a bachelor's degree in a relevant engineering discipline and 5‑7 years of technical safety experience in offshore wind or related sectors.
IndustrialOnsite
Key Responsibilities
- Serve as the main liaison for safety‑related matters between third‑party consultants, Seatrium, and engineering contractors on offshore wind, substation, and new energy projects
- Review and evaluate Technical Bid Evaluations (TBEs) from third‑party safety consultants
- Analyze safety study reports and provide critical technical feedback and risk mitigation recommendations
- Develop and implement safety strategies for hydrogen, ammonia, and other alternative fuels aligned with project decarbonization goals
- Address technical safety aspects of integrating Energy Storage Systems (ESS) into offshore platforms
- Manage interface coordination with topside contractors on safety‑related engineering and design matters
Requirements
- Bachelor's degree in Safety Engineering, Process Safety, Electrical Engineering, or a related field
- Minimum of 5–7 years of experience in technical safety engineering with focus on offshore wind, offshore substations, or new energy projects
- In‑depth knowledge of safety standards and regulations relevant to the offshore wind industry, including IEC 61400 and offshore substation safety requirements
- Experience developing and reviewing safety cases, fire protection strategies, and emergency response plans for offshore wind farms and substations
- Proven experience managing safety aspects of offshore substation engineering, including high‑voltage electrical safety, lightning protection, and emergency shutdown systems
- Strong background in safety study methodologies such as HAZOP, HAZID, and QRA in the context of new energies, offshore wind, and substations