Join a hands-on engineering team developing advanced robotic systems designed for real-world applications. You'll help turn new concepts into working hardware, contributing to the design, integration and deployment of next-generation robotics technology. This is an opportunity to solve complex engineering challenges and see your work move from prototype to practical application.

What's in it for you

  • Direct impact on product development and real-world performance.

  • End-to-end involvement across design, prototyping, integration, testing and deployment.

  • Technical variety spanning electronics, mechanical systems, embedded hardware and robotics.

  • The opportunity to build, test and refine innovative hardware in a fast-moving engineering environment.

The role

You'll take a practical, multidisciplinary approach to developing robotic hardware, helping design, assemble and integrate the systems that bring complex machines to life. Responsibilities will include:

  • Designing and integrating electrical and mechanical subsystems, including custom circuit boards and hardware interfaces.

  • Developing and refining robotic hardware configurations for different operational requirements.

  • Building prototypes, carrying out hands-on testing and troubleshooting issues across mechanical, electrical and embedded systems.

  • Supporting the integration and deployment of robotic platforms, improving reliability and performance through iterative development.

  • Working with hardware components, external suppliers and technical documentation to support product development and ongoing improvements.

Experience needed

  • A degree in Electrical Engineering, Mechanical Engineering, Robotics, Computer Science or a related technical discipline, alongside practical experience with robotics or electromechanical systems.

  • Strong hands-on engineering skills across electrical and mechanical hardware, including PCB development, 3D CAD, ECAD tools, hardware assembly and troubleshooting.

  • Familiarity with Linux-based systems and robotics environments, ideally ROS 2, alongside embedded systems and computer hardware interfaces such as USB, PCIe and CAN bus.

  • Experience with electronics testing equipment, robotic actuators, battery systems and engineering documentation. Knowledge of GD&T, reliability standards, environmental protection requirements and component sourcing is beneficial.