Review of vector fields, Coulomb's law, divergence, Gauss's law and much more.

1. Review of Vectors Fields
2. Energy in the Field
3. Introduction to Vector (cont.)
4. Electro Static Potential
5. Example Problems in Eletro Statics
6. Coulomb's Law
7. Electric Field
8. Inductance
9. The Gradient
10. Gauss's Law
11. Poisson's Equation
12. Fields in Materials
13. Fields in Material Bodies
14. Displacement Vector
15. Capacitors
16. Method Of Image
17. Poisson's Equation 2Dimensions
18. Field near Sharp Edges and Points
19. Magnetic Field 1
20. Magnetic Field 2
21. Stokes Theorems
22. The Curl
23. Field Due to Current Loop
24. Ampere's Law
25. Examples of Ampere's Law
26. Mutual Inductance
27. Faraday's law
28. Magnetic Energy
29. Magnetic Energy 1
30. Magnetic Energy 2
31. Generalised Ampere's Law
32. The Wave Equation
33. The Wave Equation 2
34. Poynting Theorem
35. Skin Effect
36. Skin Effect (Cont.)
37. Radiation & Circuits
38. Phasor Form of Poynting Theorem
39. Reflection at Dielectric Boundaries
40. Reflection at Dielectric Boundaries (Cont.)
41. Transmission Lines
42. Transmission Lines (cont.) & Conclusion

This course introduces students to the many applications of electromagnetic fields in the field of engineering. The course contains a total of 42 video lectures by Prof. Harishankar Ramachandarn from the Department of Electrical Engineering, at the Indian Institute of Technology, Madras.