Job Description

The Opportunity

We are looking for a hands-on Verification Engineer to join our Verification, Testing & Approval team and help ensure the performance, reliability, and safety of our robotic platforms.

The team supports verification across our existing products and new development programmes. As our technology and product portfolio grow, you will add critical engineering capacity, helping us increase testing coverage across the development V-cycle while maintaining the pace of innovation.

Working within an established verification framework, you will own defined testing work packages from setup and execution through to data analysis and documentation. This is an ideal opportunity for an early-career engineer who enjoys working directly with hardware, investigating complex technical problems, and using software and data to understand how systems behave.

The Market & Our Technology

Your Impact

Plan and execute verification activities for robotic components, subsystems, and integrated platforms


Build and maintain test rigs, measurement setups, sensors, and laboratory equipment


Develop automated test procedures and data-processing tools using Python and Ubuntu


Analyse telemetry, sensor data, and system logs to identify performance limits, unexpected behaviour, and failure modes


Investigate issues across mechanical, electrical, and software boundaries in close collaboration with engineering teams


Document test methods, results, and conclusions clearly, helping turn verification evidence into design and product decisions

Your Profile

Degree in Robotics, Mechatronics, Mechanical Engineering, Electrical Engineering, or a related technical field


Initial professional, internship, research, or substantial project experience with complex mechatronic or electromechanical systems


Strong hands-on mindset and enthusiasm for building, testing, troubleshooting, and repairing physical systems


Experience using Python and Linux, ideally Ubuntu, for test automation, data processing, or engineering analysis


Ability to interpret mechanical designs, electrical schematics, technical requirements, and system documentation


Methodical and analytical approach, with clear written and spoken English and the ability to communicate findings across disciplines

Bonus Points

Experience testing robots, drones, vehicles, industrial machinery, medical devices, or other complex physical products


Familiarity with C++, ROS, ROS 2, robotics simulation tools, or SolidWorks


Experience with test benches, data-acquisition equipment, environmental testing, or hardware-in-the-loop systems


Understanding of motors, actuators, sensors, power electronics, PCB systems, or cabling architectures


Driving licence