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Control Systems

Neso Academy via YouTube

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Details

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Provider

YouTube
Pricing

Free Video
Languages

English
Effort

8 hours
Sessions

Self-Paced
Level

Intermediate

Found in

Control Theory Courses

This course introduces the theory and practical application of control systems engineering. It develops foundational analysis skills through solved problems involving transfer functions, time response, block diagrams, signal-flow graphs, and related topics for college students and competitive engineering exams.

Syllabus

Introduction to Control Systems.
System Response Characteristics.
Open Loop Systems.
Closed Loop Systems.
Review of Laplace Transform (Part 1).
Review of Laplace Transform (Part 2).
Review of Laplace Transform (Part 3).
Review of Laplace Transform (Part 4).
Review of Laplace Transform (Part 5).
Review of Laplace Transform (Part 6).
Review of Laplace Transform (Part 7).
Review of Linear Time-Invariant (LTI) Systems.
Introduction to Transfer Function.
Transfer Function (Solved Problem 1).
Transfer Function (Solved Problem 2).
Transfer Function (Solved Problem 3).
Transfer Function (Solved Problem 4).
Transfer Function (Solved Problem 5).
Transfer Function (Solved Problem 6).
Transfer Function (Solved Problem 7).
Zeros and Poles of a Transfer Function.
Transfer Function of a Closed Loop System.
Types of Systems.
Initial Value and Final Value Theorems.
Final Value Theorem (Solved Problem).
Time Constant Form of a Control System.
Time Constant Form (Solved Problem).
DC Gain of a System.
DC Gain of a System (Solved Problem).
The Concept of Dominant Pole.
Dominant Pole (Solved Problem).
Sensitivity of Control System (Part - 1).
Sensitivity of Control System (Part - 2).
Sensitivity of Control System (Part - 3).
Sensitivity of Control System (Solved Example).
Sensitivity of Control System (Solved Problem).
Step Response of a System.
Ramp Response of a System.
Basics of Control Systems (Solved Problem 1).
Basics of Control Systems (Solved Problem 2).
Basics of Control Systems (Solved Problem 3).
Basics of Control Systems (Solved Problem 4).
Basics of Control Systems (Solved Problem 5).
Introduction to Block Diagrams.
Block Diagram Reduction Rules - Part 1.
Block Diagram Reduction Rules - Part 2.
Block Diagram Reduction (Solved Example 1).
Block Diagram Reduction (Solved Example 2).
Block Diagram Reduction (Solved Problem 1).
Block Diagram Reduction (Solved Problem 2).
Block Diagram Reduction (Solved Problem 3).
Block Diagram Reduction (Solved Problem 4).
Introduction to Signal Flow Graphs.
Mason’s Gain Rule.
Mason’s Gain Rule (Solved Example 1).
Mason’s Gain Rule (Solved Example 2).
Signal Flow Graphs (Solved Problem 1).
Signal Flow Graphs (Solved Problem 2).
Signal Flow Graphs (Solved Problem 3).

Taught by

Neso Academy

Reviews

5.0 rating, based on 3 Class Central reviews

Start your review of Control Systems

Kalpesh Patil

It was an exceptionally good course, as it provided me with a wealth of fundamental and practical information about control systems that has fundamentally strengthened my engineering foundation. The curriculum did an excellent job of building from…

It was an exceptionally good course, as it provided me with a wealth of fundamental and practical information about control systems that has fundamentally strengthened my engineering foundation. The curriculum did an excellent job of building from the ground up, starting with the core mathematical concepts like Laplace transforms and transfer functions, which are the essential language of control theory. This strong theoretical base was then seamlessly connected to real-world applications through detailed modules on various controllers—from simple Proportional-Integral-Derivative (PID) controllers to more advanced state-space models and modern digital control techniques.

What made the course particularly valuable was its hands-on approach; using simulation software like MATLAB and Simulink allowed me to move beyond abstract equations and actually visualize and manipulate system responses. I learned how to model dynamic systems, analyze their stability using tools like Root Locus and Bode plots, and design compensators to achieve desired performance specifications such as reduced settling time or improved overshoot. This practical experience demystified complex concepts and gave me the confidence to apply these principles to actual engineering problems. Ultimately, the course was more than just informative; it was transformative, equipping me with a critical toolkit for understanding and designing the automated systems that are integral to so many modern technologies, from robotics to aerospace.
THOKA.RAMESH
1

One of the best and easiest course for the beginners ,those who are learning the control systems online platform....
Lamya Fadlulmola Hamed Ali

was a highly enriching experience. The course covered the fundamental concepts of control theory, including system modeling, stability analysis, and controller design. I particularly appreciated the practical examples and case studies, which helped bridge the gap between theoretical knowledge and real-world applications.

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