Category 01

Computational Electromagnetics & Field-Based Device Modelling

First-principles electromagnetic and device-level models built from Maxwell’s equations, vector calculus, and nonlinear semiconductor theory — each result cross-checked against symmetry arguments, closed-form solutions, and measured waveforms.

Electromagnetic Device Modelling for High-frequency Semiconductor Applications

Field-based modelling track spanning vector integro-differential descriptions, to hardware-validated high-frequency power electronics, building electromagnetic device models from open-ended physical phenomena rather than lumped-circuit abstractions. Work spans analytical field derivations, visualisation tool development, and SPICE-to-breadboard validation — each result cross-checked against symmetry arguments, closed-form solutions, and measured waveforms rather than accepted from a single method.

MATLAB (Antenna, RF, PDE toolboxes, Simscape electrical, Simulink)·LTspice & OrCad·SymPy (closed-form, symbolic solvers)·breadboard and geometry-aware PCB deployments
See Work