This role involves leading the development of electrical, instrumentation, control, and automation (EICA) designs for complex, high-value projects. Responsibilities include producing electrical calculations, schematics, and technical specifications, managing the electrical scope across multiple projects, and providing technical support during installation and commissioning.
This role involves leading the deployment and optimization of robotic welding, assembly systems, and collaborative robots within a defence-sector manufacturing environment. The engineer will program and improve PLC-controlled automation systems, support commissioning of new automated cells, and help establish technical standards for Industry 4.0 initiatives. A key focus is driving reliability, performance, and knowledge transfer across production and maintenance teams.
Develop and lead validation strategies for ADAS functions within Wayve’s AI Driver, using simulation and real-world testing to ensure safety and performance. Define metrics, test coverage, and acceptance criteria while collaborating across engineering, data, and product teams. Work in a fast-paced environment to validate end-to-end learned autonomous driving models.
This role involves programming, setting, and operating advanced Fanuc-controlled CNC lathes to produce precision components for robotics applications. The specialist will work from engineering drawings and CAD models, focusing on high-accuracy machining with live tooling and twin-spindle capabilities. Emphasis is placed on process optimisation, automated production, and collaboration with engineering teams to refine manufacturability and support lights-out machining.
In this role, you will develop core modules within an engineering design platform, integrate them into a cloud compute environment, and streamline complex engineering processes through high-quality automation. You will work in a cutting-edge, rapidly expanding team that tackles unique challenges and pushes the boundaries of high-performance engineering.
The Technical Configuration Manager at Wayve is responsible for establishing and operating configuration and change management processes across the engineering lifecycle. This role involves defining and improving configuration management practices, ensuring compliance with automotive standards, and supporting requirements management and engineering process activities.
The role involves maintaining and improving the reliability of Autonomous Mobile Robots (AMRs) and other plant equipment in a busy automotive manufacturing environment. Responsibilities include root cause analysis, preventative maintenance, and supporting production goals.
Senior Mechanical Design Engineer £60–80k Base + BenefitsSouth East | Ref: ABJ7662Join a leading R&D team as a Senior Mechanical Design Engineer, applying your expertise in mechanical design, industrial design, and design for manufacturing (DFM, DFMEA) to develop innovative, high-performance...
Project Engineer – Hydraulics £38-50k Base + Benefits South East | Ref: ABJ6484Perm: onsite 5 daysAn excellent opportunity has arisen for a Project Engineer specialising in hydraulic systems to join a leading engineering and R&D team delivering advanced industrial equipment....
This role involves leading automation upgrades, system integration, and troubleshooting within a highly automated manufacturing environment. The engineer will support PLC, HMI, SCADA, and control systems, optimising performance of advanced production equipment such as robotics and automated material handling. Focus is on reliability, continuous improvement, and mentoring technical staff in a state-of-the-art facility.
This role involves defining and owning the end-to-end autonomy architecture for uncrewed surface vessels, including onboard systems, mission management, and remote operations. You will lead the roadmap delivery, govern system integration, and provide technical leadership across multidisciplinary teams, ensuring operational readiness and safety.
This senior individual-contributor role involves delivering electromechanical projects from concept to operational hardware, including UAV and UGV platforms, payload integration, and ground-support equipment. Responsibilities span mechanical design, prototyping, testing, and documentation, with opportunities to mentor junior engineers.
This role involves designing, implementing, and tuning control laws and estimators for air and ground platforms, working on autopilot modification, simulation, and flight testing. You will join a team focused on autonomy and software, taking ownership of GNC systems from initial modelling to field trials and real flight data analysis.
The Autonomy Solution Architect will lead the technical vision for complex, software-defined uncrewed surface vessels, overseeing the architecture, safety, and integration of modular software, remote operations, and mission payloads. This role involves hands-on engagement in field trials and collaboration with multidisciplinary teams to ensure robust and resilient maritime autonomy solutions.
Develop and test safety-critical flight control software for unmanned aerial systems using MATLAB/Simulink, from algorithm design through simulation, hardware deployment, and real-world flight testing. Contribute to requirements, verification, and team process improvement within a multidisciplinary engineering environment focused on autonomous systems innovation.
