GATE & ESE - EE, EC

GATE, ESE and SSC JE

Ace the toughest competitive and government exams in India 

Test Preparation

In this course, Ravendra Yadav will be discussing time response analysis in the form of MCQs which is very important for the students preparing for UPSC IES.

(Hindi) 20+ Expected MCQs in Time Response Analysis fro ESE

This course is the chapter 3 of Control Systems and discusses in detail the concept of stability, namely the pole-zero stability concept and Routh Hurwitz criterion. 
A lot of problems are solved for students to be comfortable with the concept. This course is specifically curated taking into consideration the needs of GATE aspirants. 
In addition, a tutorial class is taken to help students understand concepts by simulating the concepts learnt using MATLAB.

Stability Analysis: Control Systems

This course is all about the mathematical modelling of physical systems by finding first differential equations and then Transfer Function for the particular system. Explaination of Servo motor and Synchros made this lesson interesting and very important for an engineering student.

(Hindi) Mathematical Models of Systems - Part 1

Theories,Rules, and questions on Root Locus Diagram

(Hindi) Root Locus Diagram

In this course, Ravi will be discussing an Introductory on State Variable Analysis. The concepts covered will be: State Space Model, Solution of State Equation, State Transition, Matrix, Controllability and Observability of Control System, Obtaining transfer function from State Model and vice-versa.

Introductory Course on State Variable Analysis

This course is about control system and engineering. It is helpful for engineering students of branch having ECE, EE, ME and other branches.

Control System Engineering

In this course we will be discussing about the time response in the control systems and we will see the conditions of first order as well as second order with different types of input.

(Hindi) Time Response in Control Systems for ESE

This course discusses Block Diagram Introduction, Terminologies and  Reduction Techniques along with Signal Flow Graphs, Mason's Gain Formula with implementation and examples.

(Hindi) Mathematical Models of Control Systems Part - 2

In this course, Aparna Dolia covers the time domain stability analysis. The course will be beneficial for Engineering students and GATE aspirants.

Time Domain Stability Analysis

Compensators are responsible for altering phase characterization of a system and hence improves the performance.

Compensators:Gate(Electrical)

This course is about the Root Locus and how to plot it on graph by using different rules and techniques also this course has basic concept of Nyquist criteria . Both the topics are very important for GATE 2018

(Hindi) Control System: Root locus and Nyquist Criteria for GATE Exams

In this course, Anoop Jain discusses Bode plot. The course will be beneficial for Engineering students.

(Hindi) All About Bode Plot

This course is on Transient State Analysis for Gate Electrical aspirants

(Hindi) Transient State Analysis : GATE (Electrical)

In this course, Anoop Jain illustrates the concept of stability with the position of poles and also explained the techniques to find the stability of a system. This course also includes the RH tabulation along with difficulties and remedies. It takes you through Root locus techniques with rules and examples in addition to Inverse Root Locus.

(Hindi) Stability Analysis

In this course Ravi Sharma will be discussing why to study root locus technique,how to construct a root locus,how root locus tells absolute and relative stability,Phase margin and gain margin using root locus.

Introduction to Root Locus Technique - GATE

This course explains the analysis of linear as well as non-linear system with the help of State Space Representation. It also explains the method to find the transfer function, block diagram and SFG from state model.

(Hindi) State Space Analysis

This course explains the concept of one of the methods of frequency response analysis i.e,Polar Plot

POLAR PLOT

This course covers the introduction to bode plot basics and questions.

Bode Plots for Engineering Students

This course covers the most accurate method to draw the bode plot step by step, in Control Systems which will be helpful to students preparing for GATE and college students.

(Hindi) Control Systems - Steps to Draw Accurate Bode Plots

This course has about 20 lesson of complete syllabus of control system,which will be very useful for gate aspirant,sem students for various university,and IES exam

(Hindi) Linear Control System

This course is about the stability theory  and how to find the stability of any pole on the s-plane. You will also see the rules and implementation for the Routh Hurwitz criteria.

(Hindi) Control System: Stability and R.H Criteria

In this course you will learn to find the stability of a control system using Routh stability criterion and solutions to the difficulties encountered in the criterion and relative stability of systems.

Stability in Control Systems

In this course Anil Pal explains about the State Space Analysis which is Modern Approach. It is Universal in Application.

College Notes: State Space Analysis

This course is about Stability,Routh Hurwitz criteria and Time response analysis.

Basics of Control System (Part-2)

This course is very important for the students preparing for UPSC ESE in electrical engineering stream.

(Hindi) Final Practice Session on Time Domain Analysis for ESE 2019

Controllers have a history of more than 300 years. PID control is used in almost 80   percent of Industrial applications. Therefore  this course is designed to throw light on the working of Controllers and thus develop a very basic understanding of Control Systems

College Notes : The Story of Controllers(Control Systems)

This course contains the objectives to read time response analysis, in addition to the list of topics that will be covered during this course.

(Hindi) Time Response Analysis

English

All questions

Stability Analysis

Math model, Block Diag & SF Graph

Root Locus Techniques

Compensators

Frequency Response Analysis

Time Response Analysis

State Space Analysis

Control Systems

Electrical Engineering

Feedback Characteristics of CS

This is Abhishek Thakur instructor for gate syllabus of ECE EE IN.

Abhishek Thakur

PhD   Research Scholar in Control Systems at IIT-BHU l M.Tech in Control Systems from IIT-BHU l B.E. in E&TC from BIT,Durg l 

Anil Pal

Electrical engineer. Preparing for IES exams. Love to study new things .

Ankush Chhikara

Design Engineer| M.tech in Power Electronics at NIT Trichy | Secured AIR 1305 in GATE'16 | Placed in Redpine Signals | TFI Campaign Lead

Anoop Jain

AFCAT 2018 (prelims)cleared | Engineering student in electronics and communications.| Keen learner and a Passionate teacher. 


Aparna Dolia

#BE in Electrical and Electronics Branch .
#M-tech in power system and Control.
# PHD In Electrical Branch.
#UPSC Aspirant .
#Assistant prof

Chitransh Tiwari

Asst. prof. in Electrical and Electronics Engg with excellent academic record.  Gold medalist in M.Tech in control Engineering. 

Hari Mohan Rai

BACHELOR OF ENGINEERING (ELECTRICAL)
2017 BATCH

GATE 2017, GATE 2018, GATE 2019 QUALIFIED

Jitendra Kumar Soni

MTech (Systems and Control) from IIT Roorkee | GATE 2017 score of 740 | 9.5+ GPA  |  Researcher and an aspiring professor.

Mahathi Anand

B.tech(ECE) with CGPA-8.5/10,GATE(2017)  qualified, teaching experience-3 years,love playing badminton.

Ruhika Ruhi

I am an engineer by passion want to be a good researcher.I love to do Mathematics.optimistic by nature,love to help people,believe in fun le

Ravi Sharma

Siddhartha Mukherjee

Control Engineer | Electrical and Electronics Graduate | 996th rank in KCET |

Vidhya T

Pursuing Bachelor of Engineering in Electrical Engineering.I am a gate aspirant.I like teaching and researching.

SELF STUDY

Control Systems

Math model, Block Diag & SF Graph

Time Response Analysis

Stability Analysis

Root Locus Techniques

Frequency Response Analysis

Compensators

State Space Analysis

Math model, Block Diag & SF Graph

(Hindi) Time Response Analysis

4.6

(Hindi) Mathematical Models of Systems - Part 1

4.6

(Hindi) Mathematical Models of Control Systems Part - 2

4.6

Control System Engineering

4.9

Time Response Analysis

(Hindi) Final Practice Session on Time Domain Analysis for ESE 2019

5

(Hindi) 20+ Expected MCQs in Time Response Analysis fro ESE

4.6

(Hindi) Transient State Analysis : GATE (Electrical)

5

(Hindi) Time Response in Control Systems for ESE

4.9

Stability Analysis

Time Domain Stability Analysis

4.7

Stability in Control Systems

4.7

(Hindi) Control System: Stability and R.H Criteria

4.7

Stability Analysis: Control Systems

5

Root Locus Techniques

(Hindi) Stability Analysis

4.9

Introduction to Root Locus Technique - GATE

3.5

(Hindi) Control System: Root locus and Nyquist Criteria for GATE Exams

4.5

(Hindi) Root Locus Diagram

5

Frequency Response Analysis

Bode Plots for Engineering Students

4.1

POLAR PLOT

5

(Hindi) Control Systems - Steps to Draw Accurate Bode Plots

4.7

(Hindi) All About Bode Plot

4.3

Compensators

(Hindi) Linear Control System

4.9

Compensators:Gate(Electrical)

4.5

Basics of Control System (Part-2)

5

State Space Analysis

Introductory Course on State Variable Analysis

4.8

College Notes : The Story of Controllers(Control Systems)

5

(Hindi) State Space Analysis

4.4

College Notes: State Space Analysis

4.3