Embedded Safety-Critical Verification Engineer — Hybrid

Profile 29; Greater London; Híbrido; GBP 54.000 - 66.000; Tempo integral

Benefícios oferecidos por esta vaga

EV Car Scheme

Cycle to Work Scheme

Company socials

Thu rday in-office lunch

Resumo da vaga

Profile 29 is hiring a Verification Engineer in a hybrid role with on-site days in Witney, Oxfordshire. You will contribute to design, development, verification and certification of embedded safety-critical systems for autonomous platforms, delivering mathematically verifiable software foundations for high safety assurance.

Responsibilities include defining verification strategies, test frameworks, DO-178C objectives alignment, and certification evidence generation while collaborating closely

Qualificações

• Strong background in safety-critical verification and validation.
• Experience in regulated engineering environments.
• Knowledge of embedded systems and real-time software.

Responsabilidades

• Define and execute verification strategies for safety-critical software and systems.
• Develop test frameworks, verification plans and certification evidence.
• Support software verification activities aligned with DO-178C objectives.
• Perform requirements-based verification and validation.
• Support certification artefact generation and traceability.
• Conduct integration, system and qualification testing.
• Work with software engineers to ensure safety objectives compliance.
• Advance the company's assurance framework and verification capabilities.
• Demonstrate leadership toward achieving certification objectives.

Conhecimentos

Safety-critical verification

Validation

Regulated environments

Requirements-based testing

DO-178C

SORA/Aviation frameworks

Real-time software

Embedded systems

Descrição da vaga

Profile 29 is hiring a Verification Engineer in a hybrid role with on-site days in Witney, Oxfordshire. You will contribute to design, development, verification and certification of embedded safety-critical systems for autonomous platforms, delivering mathematically verifiable software foundations for high safety assurance.

Responsibilities include defining verification strategies, test frameworks, DO-178C objectives alignment, and certification evidence generation while collaborating closely