The Software Engineer will work on the complete development lifecycle of flight safety and navigation systems, from concept and algorithm design to system integration and testing. You will collaborate with a multidisciplinary team to deliver high-performance solutions, maintain high-quality code, and produce comprehensive documentation.
This role focuses on defining, integrating, and verifying the software and autonomy systems for a humanoid robot platform. The engineer will translate operational needs into system requirements, manage cross-component interfaces, and lead verification across perception, navigation, planning, and controls—working closely with software teams and using ROS 2, simulation, and distributed systems. The position emphasizes architectural coherence, integration readiness, and system-level validation in real-world robotic applications.
The role involves working on-site in Cambridgeshire to develop and optimize an autonomous robotic platform. Responsibilities include tuning motor performance, troubleshooting motion-control issues, and improving the reliability and performance of the robotic system. The position requires strong hands-on experience with C++, ROS, stepper motors, and motor controllers.
Develop and deploy software for industrial robotic systems using a modern ROS 2 Jazzy stack, with responsibilities spanning feature development, debugging, and integration on physical hardware. Work closely with robotics and controls engineers in a collaborative environment, contributing to modular, testable components and improving engineering processes. The role involves hands-on work with real-world automation challenges and deployment onto physical robots.
Develop and deploy software for industrial robotic systems using a modern ROS 2 Jazzy stack, working across simulation and real hardware. Collaborate with robotics and controls engineers to deliver modular, testable components and resolve complex system issues in manufacturing environments. Contribute to tooling and processes while ensuring robust integration with physical systems.
Develop and refine vehicle trajectory and motion controllers that translate AI outputs into safe, smooth vehicle motion across diverse platforms. Work on real-time control systems using C++, leveraging simulation and on-road testing to validate performance. Collaborate across teams to integrate controllers with AI-driven systems and support both ADAS and autonomous vehicle applications.
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.
A Staff Controls Software Engineer will lead the development and industrialization of real-time control systems for humanoid robots, translating research prototypes into robust, production-grade software. The role involves designing modular control architectures, implementing safety-critical mechanisms, and ensuring deterministic performance across locomotion and manipulation systems. The engineer will also mentor teams, drive testing and release practices, and shape the long-term control software roadmap in a high-performance robotics environment.
Develop and test control systems for robotic ground and aerial vehicles using C++ and Python. Integrate sensors and actuators, support simulation and validation, and collaborate with cross-functional engineering teams. Focus on building robust software for real-world autonomous platforms.
Leads and develops Controls Engineering, Electrical Build, and Workshop teams to deliver robotic and automated systems. Oversees design, build, testing, and commissioning activities while ensuring compliance with safety and quality standards. Drives technical excellence in PLC, HMI/SCADA, robotics, and machine safety across industrial automation projects.
This role involves coordinating and leading controls activities across multiple automation projects, including PLCs, robotics, safety systems, and vision systems. You will work closely with engineering, project management, and installation teams to ensure professional and efficient delivery of solutions, while also mentoring and supporting engineers.
This role involves designing, programming, and commissioning PLCs and motion systems, developing functional safety systems, and delivering SCADA/HMI solutions. The engineer will lead automation projects, troubleshoot faults, and support production and maintenance teams.
Controls EngineerEast Midlands£45,000 – £60,000 overtime37.5 hours per weekPermanentControls EngineerAre you an experienced Controls Engineer with a strong background in PLC programming and industrial automation?An established engineering business is looking for a Controls Engineer to join its controls team.You’ll work...
This role involves commissioning, testing, and supporting advanced industrial machinery and automated equipment. Responsibilities include configuring control systems, performing functional testing, and providing technical support to customers and internal teams. The position offers hands-on experience with PLC, HMI, and motion control systems, as well as travel opportunities within the UK and overseas.
Electrical Design EngineerLocation: OxfordJob Type: Permanent | Full-Time | Office-BasedAre you an experienced Electrical Design Engineer looking to work on cutting-edge automation and advanced manufacturing technology?We're looking for an Electrical Design Engineer to join an innovative engineering company developing bespoke...
Lead the automation and controls function across industrial machinery projects, overseeing PLC development, robotics integration, and vision systems. Provide technical leadership on control system architecture and software standards while supporting commissioning and troubleshooting. Work cross-functionally with engineering teams and customers to deliver custom automated solutions to high safety and quality standards.
