Offered Courses:

Engineering Electromagnetics,

Schedule: Saturdays, Mondays 9:00-10:30

Office Hours:

Learning about 0's and 1's is much easier than learning about Electromagnetics. Robert MacIntosh

For the contemporary physicist the electromagnetic field is as real as the chair on which he sits. Albert Einstein

 

Electricity, Magnetism and their splendid unification into the Maxwell's equations are the major themes of our course in this semester, during which the following topics will be expounded:

  1. Etymology of 'Electro' and 'Magnetics', wherethorugh the instructor confides the gist of the subject to gentle students and auditors. He didactically endeavors to share his electromagnetic passion.
  2. Vector Analysis, which paves the way for a confident entry in the most intriguing labyrinth of electromagentics.
  3. Electrostatic and Magentostatic fields,  which includes the static case and whets your electromagnetic appetite.
  4. Maxwell's Equations, which includes the dynamic case and warms you up for the final chapter on plane wave propagation and tricks are atoned.
  5. Uniform Plane Wave Propagation, which is a prefatory approach toward the wonders of electromagnetic waves.

Textbooks

[1] Field and Wave Electromagnetics, David K. Cheng

[2] Introduction to Electrodynamics, D. J. Griffiths

[3] Classical Electrodynamics, J. D. Jackson

[4] Feynman Lectures on Physics, vol. 2

Homeworks:

HW#1, proposed by M. A. Abbasi, due date: Monday, 3 Esfand

HW#1, proposed by M. A. Abbasi, due date: Monday, 17 Esfand