General Technical topics (coming soon)

Engineering Education and Learning

• What engineering students ought to know.
• Challenges with teaching electromagnetism.

 

Engineering Mathematics

• Machinery behind Engineering Mathematics (the mathematics engineers do not know).
• Engineering Systems as Operators
  • The Linear Time Invariant systems.
  • State Space and Convolution Pictures: Complementary views.
  • Normal (Eigen) modes of a dynamic system.
  • Why is the exponential function a big thing in EE?
  • Frequency Domain.
• Signals & Systems
  • Geometrical Aspects of the Discrete Fourier Transform.
  • Animation and Brief explanation of the Central Limit Theorem.
• (Abstract) Linear Algebra.
• Fourier Transforms.
• Real Analysis.
• Recommended Advanced Mathematics Books.

Electromagnetism

• Fundamentals of Electromagnetism
  • Main Fields.
  • What do we actually solve?
  • Matter-Fields Interaction: Merging Electromagnetism with Mechanics.
  • Interaction of EM with matter: Polarization and Dielectric Materials.
  • Including material (what do permittivity, permeability and conductivity mean?).
• Two Dimensional form.
  • Phase velocity greater than speed of light.
  • 2D form, 2D cavities and animation of the fields.
• RF and Microwave.
• S parameters: What they represent and how to work with them.
• Waveguides
  • Theory of guided propagation.
• General
  • Helmholtz Theorem.

About me:

• CV
• Publications
• My current projects
  • Computational Electrodynamics (where antennas move).
    • Motivations.
  • Wireless Power Transfer.
  • Space-time systems.
  • High Speed communications.
• Old Projects
  • Interferometry and image processing.
  • Semiconductor Devices Modelling.
  • Industrial Automation and Control.