Jobs at Wayve

The ADAS Feature Engineer will develop C++ software for ADAS features, working with AI outputs and vehicle behavior, conduct testing, and collaborate with various teams to ensure quality and safety in automated driving systems.

The role involves refining algorithms for stability in autonomous vehicle platforms, troubleshooting system issues, and providing technical support for customer programs.

The Talent Partner will manage full-cycle recruitment in Japan, focusing on attracting top technical talent for a growing AI company. Responsibilities include stakeholder collaboration, employer branding, market insights, and ensuring a positive candidate experience.

Lead the Controls team managing vehicle motion technology, overseeing technical direction, delivery ownership, and team development in autonomous vehicle systems.

Lead and grow a Japan-based AV engineering team to localise and deliver autonomy features for Japanese roads. Drive end-to-end development, align with HQ and OEMs, hire and mentor engineers across robotics, ML, controls and systems integration, and represent Wayve in technical and product discussions.

The Strategic Partnerships Manager will oversee commercial execution for robotaxi partnerships in London and Tokyo, ensuring successful pilot launches and scaling operations.

The Principal Software Engineer - Robot Software leads architectural design, mentors engineers, and influences technical strategy for autonomous vehicle capabilities at Wayve.

The Customer Program Manager will lead complex automotive software development programs, manage project plans, and collaborate with customers and internal teams to ensure successful delivery of tailored solutions.

The Technical Product Manager is responsible for defining and delivering L4 autonomous driving solutions, aligning with stakeholders and overseeing product development from concept to deployment.

The Talent Coordinator will manage interview scheduling, support candidates throughout the hiring process, and assist with hiring operations tasks.

The role involves advising on commercial matters, drafting contracts, supporting strategic transactions, and building legal processes as Wayve scales globally.

Lead the architecture and technical roadmap for Remote Assistance in robotaxi systems, ensuring safety, reliability, and effective cross-team collaboration.

Lead the autonomy performance for Robotaxi, connecting technical metrics to product outcomes, while overseeing performance measurements, debugging, and cross-functional team execution.

As a Partner Integration Engineer, you will work directly with OEM partners, developing integrations, resolving issues, and building solutions in a fast-paced environment. Responsibilities include improving APIs, monitoring tools, and providing customer support during UK off-hours.

The Machine Learning Engineer will develop AI driver models, manage training algorithms, and conduct on-road evaluations to enhance automated driving safety and performance.

The role involves building and scaling the reliability of AI cloud platforms, overseeing GPU compute infrastructure, incident response, and operational excellence while collaborating with various teams to enhance system efficiency and resilience.

As a Certification Engineer at Wayve, you will ensure compliance of AV technology with Japanese regulations, collaborating with various teams to integrate regulatory requirements into product development.

As a Customer Integration Engineer, you will support customers during the development lifecycle, provide technical support, troubleshoot issues, and ensure seamless integration of AI technology into vehicles while collaborating with both internal teams and customers.

As a Customer Integration Engineer at Wayve, you'll support clients with the integration and validation of AI technology in vehicles, troubleshoot technical issues, and collaborate with both customer and internal engineering teams.

Build and maintain Wayve's bespoke embedded Linux distribution and kernel drivers for the on-road development fleet. Develop high-reliability C/C++ systems, enable remote observability and diagnostics, optimize fault tolerance and performance, and collaborate with product, hardware, and field teams to support data collection and on-road experimentation.