Independent applied electromagnetics
Full-wave simulation, antenna design and RF engineering for aerospace, defence, satellite and industrial clients — solved in simulation before you cut more hardware.
prior research collaborations, University of Sheffield
Simulation is what makes concept-to-prototype a controlled process instead of a series of expensive guesses.
Full-wave modelling of complex structures: predict real-world behaviour and optimise thoroughly before any hardware exists. Primarily Remcom XFdtd, and I can work inside your own environment where a licence is available.
Antennas for demanding environments where off-the-shelf parts fall short — integration, mutual coupling reduction, impedance matching and pattern optimisation.
I can also work in your existing environment when a licence is available, including CST Microwave Studio.
Antenna and Electromagnetic Simulation Specialist
Nearly a decade as a Research Associate in Electronic and Electrical Engineering at the University of Sheffield, working across the full stack: full-wave simulation, antenna and RF design, PCB layout, embedded firmware, FPGA integration and physical prototyping.
My research covered electromagnetic scattering surfaces, both active and passive, frequency-selective surfaces and metasurfaces, and RF propagation in difficult environments — inside a Rolls-Royce Trent 900 aero engine, and in maritime conditions. In both cases high-fidelity simulation was validated against measured data.
Throughout that time I worked with industrial and government partners including QinetiQ, BAE Systems, DSTL and Rolls-Royce, which gave me academic rigour paired with real industry constraints.
In 2024 I completed my Ph.D. in metasurfaces and frequency-selective surfaces at the Czech Technical University in Prague, and moved into independent consultancy.
Free to use
Browser-based tools I built to make electromagnetic problems visible. No sign-up, and nothing leaves your machine.