I am an E&Tc Engineer, technical freelancer, I like to teach, write, explore new places. 

Vinod Singh Jadon

In this course, Vinod will discuss Electromagnetic Theory. The course covers Vector Concepts, Static Electromagnetic Fields   and other topics. This course is targeted for GATE and other examinations.

GATE (Graduate Aptitude Test in Engineering) 2020 & 2021 complete preparation with best educators. Know about the detailed syllabus, best books, exam pattern and dates, previous year question papers a

GATE & ESE

English

VISION | Electromagnetic Theory for GATE Examination

Static Electric Fields

Electromagnetics

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

Electromagnetic Theory | Quick view | Introduction to the course

Course Overview

Vector Analysis for EM theory, with the concept of curl, divergence,and gradient, also various types of coordinate systems.

Electromagnetic Theory: Concept of Vector Analysis

Introduction to static Fields, concept of Electromagnetic fields, various charge and current distributions, and Maxwell's equations in integral and Point form.

Static Electromagnetic Fields: Formulas - Part 1

Applications of Maxwell's equations and various interpretation with respect to field intensity, and density.

Static Electromagnetic Fields: Application to Maxwell's Equations - Part 2

Poisson's and Laplace equations, Boundary conditions, continuity equations and, definition of capacitor and inductor in EMT.

Static Electromagnetic Fields: LaPlace's and Poisson's Equations - Part 3

Time varying Electromagnetic Fields, Modified Maxwell's equations, Concept of harmonic function and EM wave representation for time variency

Time varying Electromagnetic Fields | Part I

Material classification, Wave polarization, pointing vector.

Time varying Electromagnetic Fields |Material classification

various wave incidences on surfaces, reflection coefficient, transmission coefficient, critical angles and Brewster's angle concept.

Time varying Fields | Wave Incedence

Transmission lines | Primary constants, Impedances(input,load,and charactersic)
Relationship of impedance,path length, and primary constant.
Conditions for lossless and distortion less lines.

Transmission lines | Line specifications and Impedance

Reflection coefficient, Standing wave ratio, Smith chart Introduction,and matching techniques.

Transmission lines | Reflection and Impedance matching

Wave Guides

Antenna theory short notes and Introduction

Antenna Quick View

✓Persuing Ph.D ( Research Scholar)
✓M.Sc Physics (Central University) & B.Ed
✓FDP NITTTR , MHRD ( Quantum & Energy Mat.)
✓Experience: 5 year

Rahul Mehla

This Course Basically Covers All The GATE Previous Year Questions Of EMT With Detailed Solution (in Hindi)

(Hindi) Idea To Tackle The GATE Previous Year Questions Of EMT With Formulas

IITian 12 years of exp EX. ACE FACULTY ,  to get 10% discount use the referral code : BVREDDY

B V Reddy

In this course we are discussing about the brief overview of the Electromagnetic Theory, its model. This course is a part of complete series of EMT lectures and it  is all about concepts in EMT.

Electromagnetic Theory: GATE (ECE)

In this course, the educator discusses the calculations of equivalent resistance. The course will be beneficial for  IIT JEE Aspirants.

Electricity and Magnetism: GATE

5 years of teaching experience, M.Tech in CE from NITK Surathkal, B.Tech In ECE from Calicut university

Abhisha C M

In this course, the educator discusses about basic concepts of Electromagnetic, vector algebra and orthogonal coordinate systems.

Introduction to Electromagnetic Field Theory - GATE(ECE)

Assistant Professor at Eshan college of Engg , M.Tech in Digital Communication from IIITM Gwalior, Qualified UGC NET 2018, Gate 2016.



Lessons

12 lessons • 2h 10m