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Control System Course

Electrical Engineering Course

₹ 5000

Upto 30% discount

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Description

This course will help students who could not afford offline coaching due to money and time constraint.

This course will help both students and professionals to prepare for competitive exams like GATE, IES, PSU's in electrical engineering.

This course will clear the doubts and provide students great conceptual clarity and Numerical-solving ability.

This course will definitely help college appearing BTech students and aspirants by tracking and analyzing each individual's performance on a regular interval and their assessment based on assignments, tests, and mock tests, etc.

The contents provided by this course will try to cover each and every area to deliver high-quality teaching. The syllabus of the subject is totally competitive exam oriented (GATE-focused).

What will you learn?
  • This course will cover engineering syllabus and provide assignments and tests to upgrade the students level.
  • This course will clear the students each and every doubt and increasing their conceptual ability and problems solving skill. Also, to understand the engineering concepts by visualizing and applying theory to practical applications.
  • This course deeply focuses on delivering basic and advanced level knowledge to students or professionals to achieve their dream of cracking exam of government jobs and Mtech.
What knowledge and tools are required?
  • This course requires Btech from Electrical Engineering Background.
  • The tools like internet connectivity and web cam facility is required to complete this course.
Who should take this course?
  • Any aspirant belongs to Electrical or Electronics Engineering Background.
Lecture 1 :- Introduction to Control System and Analysis

Students will be able to prepare their preparation strategy, syllabus known.

  • Topics

  1. 1. Syllabus and strategy discussion
  2. 2. Basics of Control system
Lecture 2 :- Basics of Control and Time domain Response calculation

Students will get to learn how to deal with this subject and get detailed explanation of each basic and advanced topics and Numerical solving technique.

  • Topics

  1. 1. Types of Signal and System
Lecture 3 :- Time domain Response calculation-I

Students will get to learn how to deal with this subject and get detailed explanation of each basic and advanced topics and Numerical solving technique.

  • Topics

  1. 1. Block Diagram reduction
Lecture 4 :- Time domain Response Calculation-II

Students will get to learn how to deal with this subject and get detailed explanation of each basic and advanced topics and Numerical solving technique.

  • Topics

  1. 1. Problems on Block Diagram Reduction
Lecture 5 :- Signal Flow Graph

Students will get to learn how to deal with this subject and get detailed explanation of each basic and advanced topics and Numerical solving technique.

  • Topics

  1. 1. Mason theorem and Problems
  2. 2. How to use SFG to solve Block diagram reduction problems
Lecture 6 :- Time domain Response Calculation-III

Students will get to learn how to deal with this subject and get detailed explanation of each basic and advanced topics and Numerical solving technique.

  • Topics

  1. 1. First order and second order system analysis
  2. 2. Time constant nature for different types of input signal
Lecture 7 :- Steady State Error Calculation

Students will get to learn how to deal with this subject and get detailed explanation of each basic and advanced topics and Numerical solving technique.

  • Topics

  1. 1. How to calculate steady state error for different orders of system
Lecture 8 :- Steady State Error Calculation and Error Coefficients

Students will get to learn how to deal with this subject and get detailed explanation of each basic and advanced topics and Numerical solving technique.

  • Topics

  1. 1. Error coefficients Positional error, velocity error and acceleration error
Lecture 9 :- Problems on Steady State Error and Error Coefficients calculation

Students will get to learn how to deal with this subject and get detailed explanation of each basic and advanced topics and Numerical solving technique.

  • Topics

  1. 1. Previous year GATE, IES questions practice
Lecture 10 :- Controllers- types and characteristics

Students will get to learn how to deal with this subject and get detailed explanation of each basic and advanced topics and Numerical solving technique.

  • Topics

  1. 1. Design of Controllers and its applications
Lecture 11 :- Problems on Controller design

  • Topics

  1. 1. Previous year GATE, IES question paper
Lecture 12 :- Stability and RH-criterian

  • Topics

  1. 1. Problems on RH-criterian
Lecture 13 :- Root Locus-I

  • Topics

  1. 1. Use of Root Locus in stability
Lecture 14 :- Root Locus-II

  • Topics

  1. 1. Rules for sketching Root Locus and its observations
Lecture 15 :- Root Locus Problems

  • Topics

  1. 1. Previous year GATE, IES question practice
Lecture 16 :- Bode Plot-I

  • Topics

  1. 1. Use of Bode Plot and How to design
Lecture 17 :- Bode Plot-II

  • Topics

  1. 1. Problems on Bode Plot
Lecture 18 :- Polar Plot

  • Topics

  1. 1. Use of Polar Plot and its applications
Lecture 19 :- Nyquist Plot-I

  • Topics

  1. 1. Use of Nyquist plot and How to design
Lecture 20 :- Nyquist Plot-II

  • Topics

  1. 1. Rules for plotting Nyquist diagram
Lecture 21 :- Nyquist Plot Problems

  • Topics

  1. 1. Previous year GATE, IES question practice
Lecture 22 :- Nyquist Plot Problems

  • Topics

  1. 1. Previous year GATE, IES question practice
Lecture 23 :- Compensator- Types and Characteristics

  • Topics

  1. 1. Types of Compensators
  2. 2. Characteristics of Compensator
Lecture 24 :- Compenstaors design

  • Topics

  1. 1. Rules of Compensators designing
Lecture 25 :- State space model representation-I

  • Topics

  1. 1. State Transition Matrix
Lecture 26 :- State space model representation-II

  • Topics

  1. 1. Properties of State Transition Matrix
Lecture 27 :- State space model representation-III

  • Topics

  1. 1. Transfer Function representation
  2. 2. State model representation
Lecture 28 :- Problems on State space model representation

  • Topics

  1. 1. Previous year GATE, IES question practice
Lecture 29 :- Problems on State space model representation

  • Topics

  1. 1. Previous year GATE, IES question practice
Lecture 30 :- Revision of each topics and doubt clearing

  • Topics

  1. 1. Revision of each topic
  2. 2. Doubts clearing
Lecture 31 :- Doubts clearing session

  • Topics

  1. 1. Doubts clearing
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Instructor Profile

Prashant Kr Singh

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Skills: ELECTRICAL MACHINESPOWER SYSTEM AND ENGINEERINGCONTROL SYSTEMTEACHINGMOTIVATORAUTOCAD ELECTRICALCIRCUIT DESIGNINGCIRCUIT DESIGNINGPDMS MODELLINGDIALUXCOMMUNICATION SKILLLEADERSHIPPUBLIC SPEAKING

Myself Prashant Kr Singh pursued Btech in Electrical Engineering with 1st Div honors. I have 2plus years of teaching experience in the technical field to prepare students for government jobs like Gate, IES, SSCJEE, RRBJEE, etc. I have a qualified gate and have industrial experience in the field of Power plant and Engineering Design. This experience helps me to bring out practical knowledge to provide a better quality of teaching. It makes the course more interesting, meaningful, and target-oriented.


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