
Electrical Systems Engineer - Submarines
- Derby
- Permanent
- Full-time
- To capture and agree relevant high-level electrical requirements
- To capture applicable design constraints and quality attributes
- To translate requirements into an architecture for the Rolls-Royce AMR Electrical Power System, being cognisant of:
- Defence in depth
- Single failure criteria
- Common cause failure
- Black out conditions
- Loss of power conditions
- Hazards (internal and external)
- To make design decisions relating to the electrical subsystems
- To define and oversee development of critical technologies
- To implement appropriate standards, regulations and best practice in the architecture for the Rolls-Royce AMR Electrical Power System
- To carry out appropriate technical reviews and provide the required electrical engineering inputs to the project technical review gates
- To provide support to the broader EC&I Team and the wider Novel Nuclear and Special Projects area as required
- To discuss the architecture for the AMR electrical systems with external organisations including the nuclear safety regulator, potential customers and suppliers
- Qualified to degree level or equivalent in Electrical Engineering or a related discipline
- Working knowledge of common electrical design codes, standards and processes. Knowledge of BS EN IEC 63046 and IEEE 15288 will be beneficial
- Working knowledge of electrical power systems and components
- Membership of a professional engineering institution or working towards membership
- Experience of working in the nuclear industry is desirable, experience within a regulated industry would be beneficial
- Experience in leading the development of design solutions from initial concept through to detailed design definition using a robust design process, including experience of trade-off studies to ensure an optimum design solution is produced
- Experience in planning and executing technical work packages and reporting progress as required
- Experience applying appropriate analysis methods to underpin concept definitions and support the justification of design solutions