Principal Safety Engineer

Advanced Resource Managers; Greater London; On-site; GBP 80,000 - 110,000; Full time

Job summary

Advanced Resource Managers is seeking an experienced Principal Safety Engineer to lead safety assurance across the design, development and maintenance of Platform Management Systems for naval vessels, including surface ships and submarines. You will work across multi-disciplinary engineering teams, influencing system design and ensuring projects meet customer and safety requirements.

You will lead safety reviews, risk assessments and produce compelling safety arguments while mentoring junior

Qualifications

• Experience in safety-related engineering environment.
• Experience leading technical activities.
• Knowledge of IEC 61508, Def Stan 00-056 and defence standards.
• Experience with safety assurance of COTS processor-based systems and/or high-integrity software.
• Strong understanding of hardware and software failure modes.
• Experience with hazard analysis, FMECA, FTA and Functional Failure Analysis.
• Experience with risk assessment and ALARP.
• Ability to work effectively within multi-disciplinary teams.
• Master’s degree, degree, HND or HNC in Engineering, Safety Management or a related discipline.

Responsibilities

• Lead safety engineering activities and deliver agreed project milestones.
• Ensure safety targets are achieved through effective hardware, software and firmware design.
• Lead safety reviews, audits and safety committee meetings.
• Carry out and oversee safety analysis, including HAZOP, FFA, FTA, FMECA and LOPA.
• Lead risk assessments and develop ALARP justifications.
• Produce high-quality technical documentation and safety arguments.
• Present safety cases and recommendations to internal and external stakeholders.
• Work closely with systems, hardware, software, ILS, project and customer teams.
• Keep up to date with relevant standards and industry best practice.
• Support and mentor junior engineers where required.

Skills

Safety engineering

Hazard analysis

ALARP

Safety case

Risk assessment

Stakeholder communications

Education

Master’s degree (Engineering/Safety)

HND or HNC (Engineering/Safety)

Job description

We’re looking for an experienced Principal Safety Engineer to lead safety assurance activities across the design, development and maintenance of Platform Management Systems for naval vessels, including surface ships and submarines.

You’ll work across multi-disciplinary engineering teams, influencing system design and ensuring projects meet customer and safety requirements.

Key Responsibilities

• Lead safety engineering activities and deliver agreed project milestones.
• Ensure safety targets are achieved through effective hardware, software and firmware design.
• Lead safety reviews, audits and safety committee meetings.
• Carry out and oversee safety analysis, including HAZOP, FFA, FTA, FMECA and LOPA.
• Lead risk assessments and develop ALARP justifications.
• Produce high-quality technical documentation and safety arguments.
• Present safety cases and recommendations to internal and external stakeholders.
• Work closely with systems, hardware, software, ILS, project and customer teams.
• Keep up to date with relevant standards and industry best practice.
• Support and mentor junior engineers where required.

What We're Looking For

• Experience working in a safety-related engineering environment.
• Experience leading technical activities.
• Knowledge of IEC 61508, Def Stan 00-056 and relevant defence standards.
• Experience with safety assurance of COTS processor-based systems and/or high-integrity software.
• Strong understanding of hardware and software failure modes.
• Experience with hazard analysis, FMECA, FTA and Functional Failure Analysis.
• Experience with risk assessment and ALARP.
• Ability to work effectively within multi-disciplinary teams.
• Master’s degree, degree, HND or HNC in Engineering, Safety Management or a related discipline.

This is a great opportunity to join a technically challenging defence environment and play a key role in the safety of complex naval systems.