Job Type | Temporary / Contract |
Location | Gaydon |
Area | Gaydon, UK |
Sector | Engineering |
Salary | Market related |
Currency | GBP |
Start Date | |
Advertiser | Jack Slater |
Job Ref | 6285 |
Job Views | 10 |
- Description
Our OEM Client based in Gaydon, is searching for a System Safety Engineer to join their team, Inside IR35. This is a contract position until 31st March 2026.
Umbrella Pay Rate: £33.64 per hour.
Duties:
- Reviews product systems, associated support equipment and facilities, functional specifications and operations and establishes safety requirements for assigned systems.
- Independently analyses and recommends safety criteria in system design, equipment and procedures to control or eliminate hazards.
- Develops safety documents as required to support customer and test/operational range requirements.
- Performs audits of operational areas and reports effectiveness of system safety program.
- Participates in accident investigations involving damage to products or related facilities and assists in identification of causes and corrective actions.
- Evaluates the interrelationship of system safety requirements and other aspects of concept design and development requirements to ensure the most cost-effective program.
Skills Required:
- HV system knowledge & ISO 26262 (Functional Safety).
- Knowledge all the parts BEV & PHEV HV system architecture.
- Knowledge of Design Validation (DV) and Production Validation (PV).
- Experience with full Safety Lifecycle from Hazard analysis and risk assessments through to safety validation.
- Ability to Lead safety analysis activities across interdisciplinary teams.
- Strong technical writing and documentation skills.
- Hands on experience with safety verification testing and fault injection testing.
Education Required:
- Master's Degree in Electrical Engineering, Electronics, Mechatronics or related field.
- Additional certification in Functional safety.
- Functional Safety HV System experience.
- ASIL (Automotive Safety Integrity Level) assessments and FMEA (Failure Modes Effects and Diagnostic Analysis).
- Strong understanding of High Voltage Architectures (batteries, inverters, power distribution, charger, DCDC).