Robotics Jobs in Woking

Wayve · London

You'll develop embedded software connecting an AI Driver to vehicle steering, braking and propulsion, working in MATLAB/Simulink on flashing, calibration and drive-by-wire interfaces. The role spans bench and in-vehicle testing, CAN/CAN-FD diagnostics, OTA updates and ADAS/HMI integration, collaborating closely with OEMs, suppliers and controls engineers.

Wayve · London

Owns Wayve's end-to-end data strategy across the AI learning cycle, from foundation model training to production programmes, leading a multidisciplinary Data organisation. Focuses on building the data flywheel, discovering rare and safety-critical scenarios in huge datasets using embeddings, semantic search and model-driven selection, and connecting data investment to model performance.

ABB · Milton Keynes

Drive commercial success and adoption of ABB's welding software portfolio, combining business development, technical consulting and customer success. Own the global sales pipeline with local teams and channel partners, develop account plans, and represent ABB Robotics at industry events. Sits in the Software & Digital division, bridging customer needs, sales and product development.

ABB · Sesto San Giovanni, Italy

Drive commercial success and adoption of ABB's welding software portfolio globally, combining business development, technical consulting and customer success. Own the sales pipeline with local teams and channel partners, develop account plans, and represent ABB Robotics at industry events. Sits in the Software & Digital division, bridging customer needs, sales and product development.

Humanoid · London

Own the hardware test methodology for a humanoid robot platform, defining component, subsystem and whole-robot tests from bench actuators to full walking integration sequences. Hands-on role: bring up prototypes, root-cause failures, and specify fixtures, jigs and production test requirements with Manufacturing Engineering and Quality. Sets pass/fail criteria, tolerances and traceable test data as the programme moves from EVT to production.

Humanoid · London

Own the hardware test methodology for a humanoid robot platform, defining component, subsystem and whole-robot tests and running them hands-on on early prototypes. Partner with automation, manufacturing and quality teams to translate methods into production test rigs, in-process checks and traceable acceptance criteria from EVT toward production.

Wayve · London

Build and operate backend services, APIs and data-processing workflows for a platform that deploys, runs and evaluates ML models over petabytes of driving data on large GPU fleets. Work spans model-execution workflows, versioned outputs, annotation and dataset-catalogue features, plus reliability, scheduling and observability improvements, alongside model engineering and infrastructure teams.

Wayve · London

Builds and operates the CI/CD infrastructure underpinning Wayve's software development lifecycle, maintaining pipelines, build agents, runners and artifact storage. Works with engineering teams to cut build and test feedback times, improving caching, dependency management and reproducible builds. Also develops self-service tooling and automation for pipeline management.

Wayve · London

Develops next-generation generative world models and planners such as GAIA, using diffusion, transformer and hybrid architectures to simulate complex driving environments for training, testing and deployment. The role spans ML research, multi-modal modelling and real-world deployment, with a focus on inference efficiency, closed-loop agent interaction and sim-to-real evaluation.

Wayve · London

Builds virtual vehicle models using physics-based and data-driven techniques, validating them against on-road data and converting them into efficient software components. Runs track and partner experiments to improve model accuracy, and integrates models into simulation, hardware-in-the-loop and correlation pipelines across robotics, simulation and product teams.

Wayve · London

Owns end-to-end supply chain execution across assigned programmes and product builds, covering prototype development, new product introduction and fleet launches. Acts as the primary supply chain lead and strategic liaison between hardware engineering and procurement, managing BOM translation, long-lead items, upfitter and partner relationships, and KPI reporting. Combines strategic programme ownership with hands-on execution in a fast-moving hardware environment.

Wayve · London

Owns validation strategy for ADAS and L2 autonomy functions, translating product, safety and regulatory requirements into test scenarios, metrics, coverage and acceptance criteria. Works hands-on with Python evaluation pipelines, simulation and SQL data analysis, and can be hired as a senior individual contributor or as a manager leading validation delivery.

Wayve · London

Develops, tunes and validates trajectory-generation and motion-control algorithms that translate the AI Driver's outputs into safe, smooth vehicle motion across ADAS and AV platforms. Writes latency-sensitive, production-quality C++ control software and uses simulation, closed-loop evaluation and on-road testing to characterise controller behaviour and diagnose issues.

Wayve · London

Owns the technical architecture and roadmap for LiDAR and cross-sensor 3D sensing, leading development of target-based and targetless calibration, LiDAR-to-camera registration, temporal alignment and motion compensation using LiDAR odometry, nonlinear least-squares optimisation and factor graphs. A senior individual-contributor role combining algorithm development, evaluation methodology and productionisation, with technical leadership and mentorship across the 3D sensing stack.

Wayve · London

Lead functional safety activities for an end-to-end AI automated driving system, building Item Definitions, running HARA/FMEA/FTA analyses, and shaping safety concepts and architectures across vehicle platforms and third-party systems. Define verification and validation, including vehicle-level testing, and construct structured safety cases with claims, arguments and evidence for certification.