MICRO-CREDENTIAL IN ROOT LOCUS ANALYSIS AND DESIGN

About this Module

What you will learn

Welcome to Mastering Root Locus Analysis and Design Are you ready to dive into the fascinating world of control systems engineering? This course is designed to equip you with the essential knowledge and skills to master Root Locus Analysis and Design, a fundamental technique used to analyze and design control systems. Course Overview: In this course, you will embark on a journey to understand the principles and applications of Root Locus Analysis. Whether you're an engineering student, a professional looking to enhance your skills, or an enthusiast with a passion for control systems, this course has something for you. What You'll Learn: Introduction to Root Locus: Gain a solid foundation in the basics of Root Locus, including its mathematical underpinnings and significance in control systems. Plotting Root Locus Diagrams: Learn step-by-step methods to plot Root Locus diagrams, both manually and using software tools. System Stability and Performance: Understand how to use Root Locus to assess and ensure system stability and performance. Controller Design: Explore the design of various controllers (PID, Lead, Lag) using Root Locus techniques. Software Tutorials: Get hands-on experience with common software tools used in Root Locus analysis and design. Learn how to leverage these tools to enhance your understanding and application of Root Locus techniques.

What skills you will gain

Analysing and designing control systems using root locus technique

Total contents and assessments

13 videos with learning activities and assessments

Module Details

CLUSTER : Science & Technology ( ST )
MODE/DURATION : Flexible
LENGTH : 10 days
EFFORT : 4
LEVEL : Beginner
LANGUAGE : English
CERTIFICATE : Yes
CPD POINT : 0
PRICE : Free

Associated Course (s) :
No Course

 Syllabus

This section provides a series of instructional videos that demonstrate how to sketch root locus plots using both basic and refined rules. Each video includes step-by-step examples to enhance understanding and application.
Video 1 - What is root locus?
Video 2 - Properties of root locus

This section features video tutorials on how to utilize the root locus method to adjust system gain in order to meet specific performance requirements. It also explains how to determine the allowable range of gain (K) to ensure system stability.
Video 3 - Basic rules to sketch root locus
Video 4 - Break-in/away point (Refine rule 1)
Video 5 - Imaginary axis crossing (Refine rule 2 )
Video 6 - Angle of arrival (Refine rule 3)
Video 7 - Angle of departure (Refine rule 3)

This section features video tutorials on how to utilize the root locus method to adjust system gain in order to meet specific performance requirements. It also explains how to determine the allowable range of gain (K) to ensure system stability.
Video 8 - Gain adjustment

This section includes video tutorials on designing compensators using the root locus method to meet specific system performance requirements, such as overshoot, settling time, and steady-state error. The tutorials cover the design of lag and lead compensators.
Video 9 - Introduction to compensator design
Video 10 - Lag compensation design
Video 11 - Lead compensation design procedure

This section provides video tutorials on using MATLAB for root locus analysis and control system design. It covers how to plot root locus diagrams, analyze system behavior, and design compensators using MATLAB tools and functions.
Video 12 - MATLAB for Root Locus Analysis and Design
Video 13 - SISOTOOL for Root Locus Analysis and Design

Our Instructor

DR. AFAF ROZAN BINTI MOHD RADZOL

Course Instructor
UiTM Kampus Permatang Pauh
4.3 (average sufo) instructor rating 10 course(s)

DR. ZURAIDA BINTI MUHAMMAD

Course Instructor
UiTM Kampus Permatang Pauh
4.3 (average sufo) instructor rating 18 course(s)

PROFESOR MADYA IR DR IZA SAZANITA BINTI ISA

Course Instructor
UiTM Kampus Permatang Pauh
4.3 (average sufo) instructor rating 15 course(s)

PROFESOR MADYA DR MUHAMMAD KHUSAIRI BIN OSMAN

Course Instructor
UiTM Kampus Permatang Pauh
4.3 (average sufo) instructor rating 12 course(s)

TS. DR. SAIFUL ZAIMY BIN YAHAYA

Course Instructor
UiTM Kampus Permatang Pauh
4.3 (average sufo) instructor rating 18 course(s)