Communication & RF Engineering Researcher
Combining rigorous theoretical foundations with hands-on engineering
5G/6G signal processing & optimization
Antenna & circuit design via EM simulation
Wave analysis & numerical simulation
Theory underlying modern communication & EM
A rigorous analysis of guided modes in optical fibers using Sturm–Liouville theory and first-order perturbation methods, with validated numerical solutions for index, radius, and absorption perturbations.
An exploration of how geometry, probability, and sequential estimation converge on the elegant solution to linear regression, revealing deep connections across machine learning.
A complete implementation and validation of the Finite-Difference Time-Domain (FDTD) method for simulating electromagnetic wave propagation in a 2D Perfect Electric Conductor (PEC) cavity with sub-1% accuracy.