Wayve
Software Engineer - Platform Integration, Robot Software
Salary not disclosedHybrid
- Engineering
- London
- Full time
- Today
About the role
The Platform Integration team works at the boundary between onboard software and vehicle hardware to bring up new platforms and build reusable components. As a Software Engineer, you will combine hands-on vehicle and bench work with production software development to enable safe, scalable deployment across multiple vehicle programs. You will play a key role in bridging the gap between software and hardware to improve integration speed and reliability.
Responsibilities
- Support software bring-up on benches, HiL systems, and vehicles, including work at international test locations.
- Develop and maintain vehicle-facing software components and shared frameworks.
- Diagnose integration issues across software and hardware boundaries and drive them through resolution.
- Identify architectural improvements that reduce bespoke work and improve reuse.
- Build diagnostics, tooling, and metrics for robot-software reliability and performance.
- Produce clear documentation and runbooks for long-term supportability.
- Collaborate with hardware, safety, controls, calibration, and reliability teams.
Required skills
- C++
- Python
- Rust
- Linux
- ROS2
- Embedded systems
- Distributed systems
- Vehicle sensors
- Networking
Nice to have
- Drive-by-wire systems
- CAN
- HiL
- Simulation
- Functional safety
- Observability
Benefits
- Health insurance
- Dental insurance
- Enhanced maternity leave
- Enhanced paternity leave
- Retirement or pension
- Access to therapists
- Wellbeing partnerships
- Learning and development budget
- Relocation support
- Visa sponsorship
About the Company
Wayve is building the leading AI platform for autonomous driving, pioneering an end-to-end AI approach that enables vehicles to learn directly from real-world experience. The company aims to make autonomy universal by developing technology that navigates complex urban environments with intelligence, precision, and natural flow.