GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

In this course Dipesh Kumar Sing shall teach some important concepts of digital electronics for various engineering competitive examination.

Digital Electronics

This course will provide complete GATE level preparation of the topic for Z Transform. It covers the complete syllabus, Concept Analysis, GATE Questions, Discussion about the variety of question that may be asked in GATE

Students are requested to make notes properly for the basic understanding and revision perspective

GATE- Signals and Systems- Z Transform

This course develops concepts of Fourier Series representation in an easy and interesting way for gate aspirants and engineering students. The course will be beneficial for GATE aspirants.

Fourier Series: GATE (Electrical)

In this course entire Laplace transform with short cut trick for solving the problem is being discussed.

(Hindi) Laplace Transform for GATE

The course provides a detailed explanation of the transition from continuous time to the discrete system. It emphasizes on all important concepts of DT-domain asked in Gate/IES.

Signals and Systems: Discrete - Time (IES/GATE)

This Course Covers Laplace Transform - ROC,Properties, Inverse Laplace Transform,  Initial value and Final value theorem and important numericals.

Part 3 Signals and Systems Laplace Transform : GATE (Electrical)

This course consists of previous years papers of the following courses where review is done about which questions to select and what important things should be taken care of while writing exams. The courses included are : Antennas and types of antennas , Probability , Microprocessor and controllers, Analog electronics, Signals and Systems.

Previous Years Test Paper Review for Electrical , Electronics, Electronics and Telecom Engineering

This course will cover Z-TRANSFORMATION and inverse Z-Transformation, properties of Z.T., damping rule convolution Theorem, ROC, solution of difference equations, questions practice and PYQs on these topics.

(Hindi) Z-Transformation : GATE

In this course entire concepts of linear time in variant system is discussed along with previous year questions from Gate examination.

Signal and System :Part 2 - GATE

it is all about how to find the inverse Z transform and also stability and causality of Z transform with numericals.

Z Transformation for GATE

In this course entire basics of Z-transform is discussed along with previous year problems based on it.

Z-Transform :Part 1 - GATE (Electrical)

it contains complete explanation of Linear time invarient system from basic i. e.  impulse function to the most relevant questions ask in exams.

(Hindi) Linear Time Invarient System

This course is all about fourier representation of signals, having major topics- Fourier series, Continuous time and discrete time fourier transform.

(Hindi) Fourier Representation of Signals

In this course entire concepts of system classification and linear time in variant system is discussed along with previous year questions.

(Hindi) Signal and System Part 2 - GATE(Electrical)

Convolution theorem, static and dynamic system, Linear and nonlinear systems, Stable and unstable systems and linear time invariant systems are discussed.

(Hindi) Signal and Systems (Part-2) Linear Time-Invariant Systems (GATE)

In this course we will learn the complete concept of Laplace Transform, and solve all the previous year GATE, PSU problem.  During the course we will complete the following lesson in the course Part 1: Laplace Transform.
1. Introduction to Laplace Transform
2. Definition of Laplace Transform
3. Concept of ROC in Laplace Transform
4. Part 1: GATE Problem Series
5. Part 2: GATE Problem Series
6. Laplace Transform of Standard signal
7. Part 1 : Properties of Laplace Transform
8. Part 2 : Properties of Laplace Transform
9. Part 3: Properties of Laplace Transform
10. Initial and Final Value Theorem

(Hindi) Part 1: Laplace Transform GATE

This course deals with each and every concept of graph theory and network topology along with topological equation for loop current and nodal voltage and also discusses the duality aspects.

(Hindi) Learn Graph Theory

In this course entire Fourier transform is discussed along with short tricks.

(Hindi) Fourier Transform

In this course, the entire concepts of Fourier Transform are discussed along with shortcut techniques and previous year problems based on it.

Fourier Transform: GATE (Electrical)

English

All questions

Z-Transform

Signals

Systems

Fourier Series

Laplace Transform

Fourier Transform

Sampling

Digital Filters

Random Variables

Discrete Cosine Transform (DCT)

Discrete Time Fourier Transform

Signals & Systems

Electrical Engineering

Gate 2019 - AIR 97 electrical engineering | 2 years teaching experience | Cracked RSEB Jen |

Sonali Mangal

Major in Electrical Engineering from IIT-K. A DPSite. KVPY scholar. Avid aeromodeller. Spirituous learner. Taking ESE/GATE/Aptitude Courses.

Chirag Jha

Shaym Shah

Electrical engineering (Thapar university)
Part of T.I.E.T. , Trainee at BBMB Grid substation 
Chandigarh

Dhruv Sharma

I am an electrical and electronics engineer . currently working in Crompton Greaves as an electrical engineer .

Dipesh Kumar Singh

i have done my btech in electrical engineering, and pursuing mtech in VLSI design.
i enjoy reading , gardening and painting .

Rahat Naz

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


Kumari Sarita

Name-: Sakcham Saxena-
Education-: Done B.Tech (ECE) from AMITY UNIVERSITY Lucknow campus.
Father's name-: Rajeev Kumar saxena

Sakcham Saxena

Use Referral Code :SanjayYadav1 and get 10% discount on Unacademy Plus. 
Faculty of GATE. Top Educator - GATE (Engineering Mathematics). 

Sanjay Yadav

Assistant professor in PSIT kanpur |M.tech with power systems at NIT Trichy| qualified  GATE 6 times |



Santosh Yadav

Unless you dive into the depth of the most difficult problem, you can't turn impossible into possible. 

Himanshu Sen

M Tech from NIT Calicut || 5 times GATE qualified || 4 years of teaching experience

Sithara M

Gate aspirant, Youtuber, Teach engineering students, Branch topper, sports and dance lover.

SELF STUDY

Signals & Systems

Signals

Systems

Fourier Series

Laplace Transform

Z-Transform

Signals

Signals and Systems: Discrete - Time (IES/GATE)

4.8

Previous Years Test Paper Review for Electrical , Electronics, Electronics and Telecom Engineering

5

(Hindi) Learn Graph Theory

5

Digital Electronics

4.9

Systems

(Hindi) Linear Time Invarient System

5

(Hindi) Signal and Systems (Part-2) Linear Time-Invariant Systems (GATE)

5

Signal and System :Part 2 - GATE

5

(Hindi) Signal and System Part 2 - GATE(Electrical)

5

Fourier Series

Fourier Series: GATE (Electrical)

4.6

(Hindi) Fourier Representation of Signals

5

(Hindi) Fourier Transform

4.9

Fourier Transform: GATE (Electrical)

5

Laplace Transform

(Hindi) Laplace Transform for GATE

4.9

(Hindi) Part 1: Laplace Transform GATE

4.6

Part 3 Signals and Systems Laplace Transform : GATE (Electrical)

5

Z-Transform

Z Transformation for GATE

5

GATE- Signals and Systems- Z Transform

5

(Hindi) Z-Transformation : GATE

4.9

Z-Transform :Part 1 - GATE (Electrical)

4.8