Lead electronics design across the full lifecycle, from architecture to detailed PCB layout and manufacturing.
Design, construct, and validate high-performance electronic modules for advanced EW applications.
Execute rigorous testing and characterisation using high-frequency measurement equipment and lab infrastructure.
Contribute to system-level hardware integration, ensuring precision, resilience, and operational reliability.
Collaborate closely with cross-functional engineering teams to translate mission needs into robust hardware solutions.
Proven expertise in PCB electronics design and layout for complex, high-performance systems using Altium designer.
Hands-on proficiency with high-frequency testing equipment and measurement techniques.
Full-stack electronics engineering capability, spanning analogue, digital, and embedded domains.
Strong understanding of electromagnetic, RF, or communications-related hardware and simulation.
RF and signal chain design: filters, amplifiers, mixers, oscillators, ADC/DAC integration.
Ability to work with precision, discipline, and a strong security mindset.
Telecommunications, satellite systems, or advanced communications engineering.
Antenna design, aerospace engineering, or high-reliability mission-critical electronics.
Analogue or mixed-signal hardware development for defence or aerospace applications.
Experience in high-frequency RF electronics design, with expertise in the 18 GHz range.
EMI/EMC design and mitigation for high-speed digital and RF systems to ensure reliable operation in contested environments.
For junior candidates: high-frequency electronics capability is considered essential and will be developed intensively.