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Faculty of GATE. Top Educator - GATE (Engineering Mathematics). 

Sanjay Yadav

This course will complete all the aspects of Electromagnetic Theory. From the basic level to moderate level we will understand all the concept during this course. We will complete most of the problem after completing each module. The course covers Vector Analysis, Electrostatic Field, Electric Field in Matter, Magnetostatic Field, Magnetic Field in Matter, Time-Varying Field and Maxwell's Equation, Electromagnetic Waves, Transmission Lines, Waveguide and Antenna and Radiating System.

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

Electromagnetic Theory for GATE

Electrostatics

Electromagnetic Field Theory

Electrical Engineering

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

In this particular lesson students will understand the overview of the course, who are targeted audience here, what are the lessons we are going to cover during the Electromagnetic Theory.

Electromagnetic Theory Overview

In this lesson you will understand the concept of why we need to understand the concept of Electromagnetic Theory, and how the Vector analysis would assist us to solve the three space problem. Concept of Electric Field and Magnetic Field is explained in very detailed way. All the basic notations which are very important for the GATE examination is also explained.

Introduction to Electromagnetic Theory

In this lesson we will understand the concept of dot product. It also helps to understand how the dot product would assist to identify the projection of a vector, components of a vector in a given direction, divergence effect.This lesson also covered the concept of cross product and it's application.

Vector Analysis

In this lesson we will learn the concept of Del Operator. Concept of Gradient, concept of Directional derivatives are throughly described. This lesson also covered the basic of divergence, and how we can find the divergence of any vector.

Vector Analysis Cont.

In this lesson you will understand the concept of curl, and how to find a curl of a given vector. The conept of Laplacian scalar function and Laplacian vector function is also covered in this lesson.

Concept of Curl

In this lesson the basics of coordinates system is explained. The parameters and their range for the Cartesian, cylinder and spherical coordinates are covered throughly. You will aslo understand how the Cartesian coordinates parameters can be converted to cylinder coordinates

Coordinates System

In this lesson we will understand the concept of spherical coordinates system, concept of point transformation, concept of unit vector as a parameter for Cartesian, cylindrical and Spherical coordinate system.

Coordinates System - Spherical Coordinates System

In this lessons we will understand the concept of Line as a vector in the co-ordinate system, how we can determine the line components for Cartesian, cylinderical and spherical coordinates system. We will also understand the generalized formula to remember this concept.

Coordinates System : Line as a Vector

In this lesson learner will understand the concept of a surface as a vector and surface formulae for Cartesian, cylindrical and Spherical coordinate system.
At the end of the lesson generalized formula is derived to remember the concept in easy way.

Coordinates System : Surface as a Vector and Volume as a Scalar

In this lesson learner will understand the concept of volume as a scalar and it's formula. Parallel we have also derived the divergence of a vector for Cartesian, cylindrical and Spherical coordinate system using the generalized formula.

Divergence of Vector

In this lesson we will understand the concept of curl of vector and tips to remember divergence theorem and stokes theorem. 
We will also understood the relationship between the volume to surface integral and surface to line integral respectively.

Divergence and Stokes Theorem

Electrical Engineering Graduate & Masters from Jadavpur University, Kolkata || GATE Qualified || Worked in a PSU Org || Bibliophile || Trave

Saibal Ghosh

Electrostatic Fields is a very important & fundamental part of the section Field Theory for the GATE aspirants in Electrical Engineering. In this course we will thoroughly discuss about Electrostatic Fields & solve problems from previous year GATE EE papers.

Electrostatic Fields for GATE (Electrical)

B.tech graduate in EE-department. GATE Qualified twice. 

Yatin Gupta

In this course we will discuss following topics.
1. Voltage, Current, Power
2. Resistance, ohms law, concept of Open circuit & Short circuit
3. inductor and capacitor
4. Type of sources- Independent & Dependent
5. KVL, KCL, mesh analysis
6. Nodal Analysis
7. Series/Parallel combination
8. Star-Delta conversion

(Hindi) Basics of Network Theory

This course will give you a basic overview of Electromagnetic Theory. Topics which are important considering the GATE syllabus. Introduction to Electromagnetic Theory and concept of vector Analysis and Co-ordinate system are described in very lucid way,  so that students can able to score marks from this area. At the end of the course we will solve plenty number of numerical from this area so we can score easily from this topic.
Please note that this course is covered in Hindi.

(Hindi) Vector Analysis and Coordinate System - GATE

B.Tech in EEE 
Qualified gate 2017 and gate 2018
M.Tech-EE, PhD- EMD(EE)


Kumari Sarita

This course will cover:
* strategy to study magnetic coupling for GATE
* self and mutual inductances
* coefficients of coupling and dot rule
* Leq of coils in series and parallel connection
* Questions practice and PYQs on these topics

(Hindi) Magnetic Coupling - GATE

Magnetostatic Fields is a very important & fundamental topic from the part of field theory for the GATE aspirants in Electrical Engineering. In this course we will thoroughly discuss about Magneto static Fields & solve problems from previous year GATE electrical papers.

(Bengali) Electromagnetic Fields - GATE (Electrical)

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Ravendra Yadav

This course contains 50 questions 2 marks each total test consists of 100 marks.

Lessons

11 lessons • 1h 45m