Why this course?
Designing a control system is a crucial task of any engineering problem. PID controllers are most widely used in all types of systems including electrical, mechanical, chemical, and more. A PID controller includes proportional, integral, and derivative components with their respective gains. Tuning the PID Controller is to set values of these gains to get desired response of the closed-loop control system.
This course helps to understand the PID controller and its tuning with MATLAB software. PID Controller is most widely used to design a closed-loop control system for various engineering fields. This course is designed for students who want to learn the fundamentals of PID controller and its tuning with MATLAB software.
If you are working with closed-loop control like electric motor speed control, position control, temperature control, control of power electronics converters, or any such engineering simulations in MATLAB, then this course is for you.
This course is designed for beginners to understand closed-loop control systems and PID controllers. It will guide you step-by-step to practice PID controller tuning with MATLAB software.
Who this course is for:
This course is designed to help PID controller tuning process
This course is suitable for those who are working on MATLAB software to design the PID controller of any system.
This course explains requirement of closed-loop controller and role of PID controller in the process.
It explains working of PID controller and modelling of closed-loop system with PID controller.
This course provides guidance and tips to tune the gains of PID controller.
What you'll learn:
Basics of Control system
Open-loop and closed-loop system
Examples of closed-loop control
Modelling of closed-loop system and PID controller
Analysis of PID controller
Tuning the gains of PID controller
Auto-tuning of PID controller
Applications and Limitation of PID Controller
Transfer function model of system
Basic of simulation with MATLAB software
1.1 Course Introduction
1.2: Introduction to Control System
1.3: Open –loop Control System
1.4: Closed-loop Control System
Ch 2: Understanding Control System with an Example
2.1: Mathematical Model of DC Motor
2.2: Mathematical Model of PID Controller
2.3: DC Motor Speed Control System
Ch 3: PID Controller Design with MATLAB
3.1: Simulation Model of DC Motor
3.2: Simulation Model of PID Controller
3.3: Closed-Loop PID Speed Control of DC Motor with MATLAB
Ch 4: Tuning the Gains of PID Controller
4.1 Tuning the Gain of PID Controller
4.2 Summary of Tuning the Gains
4.3: Live Tuning of Gains of the PID Controller - 1
4.4: Live Tuning of Gains of the PID Controller - 2
4.5: Effect of Load Torque on PID Controller
Ch 5: Examples of Closed-loop Control System
5.1: 5 HP DC Motor Speed Control System
5.2: 12V DC-DC Controller for EV Application
5.3: Cruise Control of Automotive Applications
Ch 6: Analysis of the System with MATLAB Programing
6.1: Analysis of First order system with MATLAB Programing
6.2: Analysis of Proportional Controller with MATLAB Programing
6.3: Analysis of PID Controller with MATLAB Programing
Ch 7: Auto-Tuning of PID Controller
7.1: Auto Tuning of PID Controller
Ch 8: Applications & Summary
8.1: Applications of PID Controller
8.2: Summary of PID Controller Tuning
Ph.d, IIT Roorkee
In 2013, Dr. Jignesh Makwana earned a Ph.D. in Electrical Engineering from the Indian Institute of Technology Roorkee. Since the previous 15 years, he has been teaching power electronics, electric drives, control systems, and other subjects in engineering colleges. From 2013 until 2017, he was an associate professor and the head of the Electrical Engineering Department at Marwadi University in Rajkot. He currently works as a product design and development consultant for a number of firms in the fields of electric drives and power electronics. He also assists numerous reputable universities in developing engineering curricula and syllabuses as a BOS member.
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