Radio Frequency System Engineer

Radio Frequency System Engineer focuses on the culture is highly collaborative and technically rigorous, bringing together specialists across rf, signal processing, electronics, firmware, and software to develop integrated.

What the role involves

• The culture is highly collaborative and technically rigorous, bringing together specialists across RF, signal processing, electronics, firmware, and software to develop integrated.
• Engineers are trusted to lead technical direction, influence innovation, and engage directly with customers and stakeholders.
• As a Lead RF Systems Engineer, you will provide technical leadership across the development of RF systems, operating at system level from early‑stage research through to advanced d.
• This role is well suited to a senior engineer who enjoys shaping architectures, making trade‑offs, and leading multidisciplinary teams to deliver complex RF‑based solutions.
• Lead the development of RF system architectures, balancing performance, cost.

Skills and requirements

• Strong experience in RF systems engineering , ideally within radar, electronic warfare, or related sensing domains.
• Experience taking early‑stage concepts through to demonstrators, prototypes, or operationally relevant systems.
• Strong communication skills, with experience presenting complex technical solutions to customers and stakeholders.
• Experience with radar and/or electronic warfare techniques and threat‑driven environments.

Confirmed role details

• Salary is truly dependable on your experience.
• Hybrid working is supported, balanced with time on‑site to enable effective collaboration and system integration.

Candidate fit

• technical judgement, safe working habits, careful diagnostics, and practical problem-solving

Additional role context

• Schedule, and risk, while guiding teams working across antennas, RF front‑ends, signal processing, electronics, firmware, and software.
• Proven capability developing RF system architectures , including trade‑off studies and performance modelling.
• Deep understanding of RF subsystems , including antennas, front‑end electronics, signal processing chains, and integration.