Drone Jobs in Luton

Leonardo · Luton

Summer placement students join Electronic Warfare and Future Combat Air teams, working on real projects across software, systems, hardware, firmware, microwave or antenna engineering. They deliver small work packages, design and test products, and collaborate with experienced engineers across the product lifecycle, with mentoring and possible return offers.

Leonardo · Luton

Design and develop microwave and RF circuits operating to and beyond 20 GHz for electronic warfare self-protection systems, covering concept, requirements, detailed design, integration and test. Use EM and circuit simulation tools, hands-on RF test equipment and debug, while providing technical leadership and mentoring within an integrated project team.

Copello · Hitchin · £35,000 – £44,000 pa

Hands-on role building, assembling and maintaining fixed-wing UAVs across R&D and production programmes, including airframe construction with balsa, composite repairs, and integration of propulsion, avionics and flight control systems. Involves testing, fault-finding and prototype development for target drone and counter-drone platforms in a workshop-based aerospace setting.

Leonardo · Luton

Design and deliver complex FPGA/Firmware for self-protection systems on fast jet, UAV, land and naval platforms, covering requirements capture, VHDL/Verilog design, test and integration with PCB designers. Lead and Principal engineers also support and guide several engineers, enhance processes across UK-wide firmware teams, and may travel for technical reviews. Work uses Xilinx, Intel and Microsemi architectures, high-speed interfaces and DO-254-style structured design.

Leonardo · Luton

Designs and develops microwave and RF circuits operating to and beyond 20 GHz for electronic warfare self-protection systems on fast jet, UAV, land and naval platforms. Work spans prototyping, detailed design, simulation with tools like ADS, CST and HFSS, plus hands-on RF test, measurement and debug in laboratory facilities within an Integrated Project Team.

Leonardo · Luton

Responsible for the electronic architecture of high-performance self-protection systems fitted to fast jet, UAV, land and naval platforms, working within an Integrated Project Team alongside Systems, Mechanical and Firmware engineers. Covers the full product lifecycle including qualification, design changes, obsolescence, production support and repairs, with testing of RF, microwave, digital and high-speed designs. Involves technical risk management, documentation and coaching within an international multi-partner team.