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EE5390 ELECTROMAGNETIC ANALYSIS USING FINITE-DIFFERENCE TIME-DOMAIN

 

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Lecture Notes (PDF)

Recorded Lectures on YouTube

Note: The notes above may differ from the recordings due to revisions made after they were recorded.

  • Lecture 0 -- Rules and policies
  • Lecture 1 -- Introduction to FDTD
  • Lecture 2 -- MATLAB introduction and graphics
  • Lecture 3 -- Building geometries in data arrays
  • Lecture 4 -- Review of EM and Introduction to FDTD
  • Lecture 5 -- Formulation of 1D FDTD
  • Lecture 6 -- Implementation of 1D FDTD
  • Lecture 7 -- Learning from 1D FDTD
  • Lecture 8 -- Review and walkthrough of 1D FDTD
  • Lecture 9 -- Examples of 1D FDTD
  • Lecture 10 -- Enhancing 1D FDTD
  • Lecture 11 -- Formulation of 2D FDTD without a PML
  • Lecture 12 -- Windowing and grid techniques
  • Lecture 13 -- The Perfectly Matched Layer
  • Lecture 14 -- 3D update equations with a UPML
  • Lecture 15 -- Implementation of 2D FDTD
  • Lecture 16 -- Gratings and the plane wave spectrum
  • Lecture 17 -- Power flow and PML placement in FDTD
  • Lecture 18 -- Metals and alternative grids
  • Lecture 19 -- Periodic structures in FDTD
  • Lecture 20 -- Waveguide analysis using FDTD
  • Lecture 21 -- Grating simulation walkthrough
  • Lecture 22 -- Waveguide simulation walkthrough
  • Lecture 23 -- 3D FDTD
  • Other Resources