Advanced concepts in Electrostatics and Electromagnetism (Theory)  Coordinate Systems and Vector Calculus, Electric and Magnetic Fields in matter, Electrodynamics

Electrostatics  Part 1: Theory, definitions and problems Columb's law. Electric Field Intensity, principle of superposition, gauss theorem, electrostatic potential, electric field intensities due to common charge distributions, capacitors and calculating capacitance. Solved problems.  Electrostatics  Part 2: More solved problems. More solved problems related to the concepts introduced above.  Electromagnetism  Part 1: Theory and Definitions Lorentz Force, BioSavart law, Ampere's force law, basic laws related to Magnetic fields and their applications. Magnetic field intensities due to common current distributions. Electromagnetic Induction. Self and mutual induction.  Electromagnetism  Part 2: Solved problems Solved problems related to the concepts introduced above. 
Advanced concepts in Electrostatics and Electromagnetism ( Theory only ) Advanced concepts related to electrostatics and electromagnetism (theory only). 