Overview
In this role you will design and optimize antenna arrays, feeds and printed RF structures to support beam-steering systems for communications and radar. You will work across design, prototyping, and lab measurement, collaborating with hardware, software and mechanical teams to move ideas from prototype to deployable product. Through hands-on measurement and comparison with simulations, you’ll improve performance and robustness of antenna systems. This position offers hybrid working and exposure to cutting-edge RF design, simulation, and verification in a growing technology area.
Pay / Benefits
- competitive salary
- pension contribution
- 25 days’ holiday
- 8 bank holidays
- flexible working arrangements
Responsibilities
- Design and optimize antenna arrays, feeds and printed RF structures
- Assemble prototypes and measure performance using VNAs and measurement equipment
- Investigate differences between simulated and measured results
- Support subsystem integration, verification and design improvements
- Contribute to engineering reviews and improve simulation workflows, measurement methods and product robustness
Key requirements
- Master’s degree in electronic engineering, RF, physics or electromagnetics
- Experience designing, simulating and experimentally evaluating antennas or antenna arrays
- Familiarity with RF measurements and analysis tools such as MATLAB or Python
- Experience with printed antennas, feed networks or beam-steering systems (useful)
- CST Microwave Studio or HFSS
- RF measurements and analysis
- MATLAB
- Python
- printed antennas
- feed networks
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