Embedded Developer

This role will design, implement, and optimise safety-critical decision-making software that prevents collisions across heavy mobile equipment. Working within a cross-functional autonomy squad, you'll deliver production-grade C/C++ components that integrate sensors, localisation, mapping, and control to ensure reliable fail-operational behaviour in dynamic, mixed-traffic environments.

Key Responsibilities:

• Build collision avoidance components with a focus on performance, safety, modularity, testability, observability, and redundancy.
• Uplift an existing codebase to production standard, including compliance with MISRA or similar guidelines.
• Analyse field data and telemetry to scope and deliver new features that improve real-world performance.
• Produce and maintain technical design documentation, safety cases, interface specifications, and operational guidance.
• Perform hazard analysis and FMEA, and develop and validate safety-related functions and diagnostics.
• Lead reviews of requirements and architecture, defining clear component boundaries and interfaces.
• Run code, design, and test reviews to meet coding standards, safety requirements, and established practices.
• Create and maintain unit, integration, HIL, and simulation-based tests, including regression suites for edge cases and collision scenarios.
• Support field triage and root-cause resolution using logs, telemetry, and simulation reproductions.
• Mentor engineers in modern C/C++, safe concurrency, numerical robustness, and data-driven validation.