In this course, students will learn electromagnetic solutions for circuit designs in today‘s semiconductor industry from fundamental mathematical theories and numerical technics.

Following concepts will be introduced step by step through published textbooks and IEEE papers: Poisson‘s equation, Green‘s function, singularity, Gauss-Chebyshev quadrature, complex image theory, matrix pencil method, moment method, boundary condition, microstrip line, capacitance, equivalent model, parasitic RLC extraction, static analyses, full wave analyses partial element equivalent circuit method, spectral domain approach.