IIT Video Lectures on "Engineering Electromagnetics" by Dr. Sheel Aditya sir

Video Lecture Series from IIT Professors :

Engineering Electromagnetics by Dr. Sheel Aditya sir

Dr. Sheel Aditya received his B.Tech. and Ph.D. in Electrical Engineering from IIT Delhi in 1974 and 1979, respectively. He was a staff member in the Electrical Engineering Department, IIT Delhi, from 1974-2001 and held academic positions ranging from lecturer to professor. Since 2001 he is an Associate Professor in the School of Electrical and Electronic Engineering, Nanyang Technological University, Singapore. Dr. Aditya has published more than 90 papers in international journals, has presented more than 100 papers in international conferences, has contributed one encyclopaedia article, and has co-edited one international conference proceedings. He has been the Principal Investigator in a number of research & development projects. He jointly holds three patents in India and one in Singapore. He has held visiting assignments at Chalmers University of Technology, Sweden, Indian Institute of Science, Bangalore, India, Florida State University, USA, and Nanyang Technological University, Singapore. He was the General Co-Chair for ICICS 2011 (8th International Conference on Information, Communication, and Signal Processing, 13-16 December, 2011, Singapore). Dr. Aditya is a Senior Member of IEEE and a Fellow of IETE (India).

Previous Positions (Held at IIT Delhi)

Aug. '97 - Oct.’01:	Professor
Oct. '95 - July '97:	Associate Professor
March '86 - Oct. '95:	Assistant Professor
July '80 - Feb. '86:	Lecturer
July '77 - July '80:	Senior Scientific Officer
July '74 - July '77:	Senior Research Assistant

Telephone: (65) 6790 4198
Fax: (65) 6793 3318
Email: esaditya@ntu.edu.sg





 Lecture Videos :

1	Introduction
2	Transmission Lines: Wave Propagation
3	Transmission Lines: Reflection, Transmission
4	Transmission Lines: Travelling Waves (Contd.); Sinusoidal Signals; Impedence Transformation
5	Transmission Lines: Standing Wave Ratio; Measurement of Impedence
6	General Transmission - Line Equations, Low Loss Transmission Lines, Transmission Lines as Circuit Elements
7	Transmission Line Sections as Circuit Elements
8	Transmission Lines : 1) Velocities of Wave Propagation 2) Transmission Line Charts
9	Transmission Lines (Contd.) Smith Chart
10	Transmission Lines (Contd.) Impedance Matching Using Stub- Lines
11	Transmission Lines (Contd.) Transmission Line Parameters (Primary Constants)
12	Wave Propagation
13	Wave Propagation (Contd.) Properties of Uniform Plane Waves, Sinusoidal Time Variations
14	Wave Propagation (Contd.) Polarization, Poynting Vector
15	Wave Propagation (Contd.) Power Flow, Complex Poynting Vector, Wave Equation For a Conducting Medium
16	Wave Propagation (Contd.) Conducting Medium- Conductors & Dielectrics Depth of Penetration- Surface Impedence
17	Wave Propagation (Contd.) Surface Impedance, Power Loss in a Conductor, Reflection at a Perfect : Conductor (Normal Inc.)
18	Reflection & Refraction of Waves- Reflection at the Surface of a Conducting Medium, Reflection at a Perfect Conductor (Oblique Inc.)
19	Reflection & Refraction of Waves (Contd.)
20	Reflection & Refraction of Waves (Contd.)
21	Reflection & Refraction of Waves (Contd.) - The Plane Slab­
22	Reflection & Refraction of Waves (Contd.); Transmission Lines Analogy for Plane Waves
23	Wave Guides
24	Wave Guides ( Contd. ): Parallel Plane guide, Transverse Electric Waves, Field Distribution, Superposition of Plane Waves
25	Waves Guides (Contd.)
26	Waves Guides (Contd.) Parallel Plane Guide- Characteristics of TE & TM Waves, TEM Waves - Wave Impedences
27	Wave Guides (Contd.)
28	Wave Guides (Contd.)
29	Wave Guides (Contd.) Rectangular Wave Guides
30	Wave Guides (Contd.)
31	Wave Guides (Contd.) Rectangular Wave Guides
32	Resonators General Properties
33	Resonators (Contd.) Transmission Line Resonators
34	Resonators (Contd.) Wave Guide Resonators
35	Radiation
36	Radiation (Contd.)
37	Radiation (Contd.)
38	Radiation (Contd.)
39	Radiation (Contd.) Monopole Antennas, Half Wave Dipole Antenna
40	Radiation (Contd.)
41	Radiation (Contd.); 2- Element Arrays, Yagi- Uda Array