Antenna Design Engineer
Are you an innovative engineer with a passion for cutting-edge RF and antenna technologies?
This is an exciting opportunity for an Antenna Design Engineer to join a forward-thinking team developing next-generation antenna systems for high-performance sensing and communications applications.
You'll work on challenging projects that combine advanced electromagnetic design, simulation, prototyping, and testing - helping shape the future of complex electronic systems.
The Opportunity
As part of a dedicated seeker and datalink systems team, you'll contribute to the design and development of novel antennas used in state-of-the-art multi-mode sensor systems.
Your work will involve everything from concept and modelling to prototype build, test, and transition into production, providing a rare opportunity to influence every stage of the product lifecycle.
You'll collaborate closely with multidisciplinary teams - including RF, systems, EO/IR and sensor specialists - while liaising with suppliers and presenting results to project stakeholders.
This is an ideal environment for engineers who thrive on technical challenge, innovation, and continuous learning.
What You'll Be Doing
* Designing novel antenna systems for advanced sensors, exploiting the latest developments in additive layer manufacturing.
* Developing solutions that meet demanding performance requirements in space-limited and harsh environments.
* Conducting electromagnetic modelling using tools such as Ansys HFSS or CST Studio.
* Performing complex antenna simulations, data analysis, and post-processing in MATLAB.
* Supporting anechoic chamber testing and managing the transition of development hardware into pre-production.
* Working cross-functionally with other engineering teams to deliver high-quality, integrated solutions.
What We're Looking For
* Proven experience in antenna design and development.
* Strong understanding of electromagnetic simulation tools (e.g. Ansys HFSS, CST Studio).
* Knowledge of microwave frequencies, ideally UHF and frequencies beyond X-band.
* Proficiency in MATLAB for simulation data analysis.
* Degree or equivalent qualification in Electronic Engineering, Physics, or a related discipline.
* Excellent communication skills and a collaborative approach to problem solving.
What We Offer
* Opportunities for flexible and hybrid working arrangements.
* Excellent training and career development, supporting technical and leadership growth.
* Access to state-of-the-art facilities, including on-site laboratories, test ranges, and simulation suites.
* A comprehensive benefits package, including enhanced leave, flexible working hours, and generous pension contributions.