Control Systems: From Fundamentals to Analysis and Design
أنظمة السيطرة والتحكم الآلي: من الأساسيات إلى التحليل والتصميم
Understand feedback, stability, mathematical modeling, time and frequency responses, and learn the fundamentals of classical and modern control in a clear and simplified way.
- Rating
- New
- Level
- Beginner
- Length
- 27h 44m
- Lessons
- 16
- Taught in
- Arabic
What you’ll learn
- Understand the components of a control system, including the system, controller, control signal, outputs, and disturbances
- Distinguish between open-loop and closed-loop systems and understand the role of feedback in reducing error
- Understand how physical systems are represented using mathematical models and equations
- Analyze control system stability and understand the factors that affect its performance and response
- Learn about time response, frequency response, Bode plots, and root locus analysis
- Understand the differences between classical and modern control systems and the applications of each
- Understand the effects of disturbances and uncertainty, and the difference between a mathematical model and a real-world system
About this course
How does an engine maintain its speed automatically? How does an oven keep the required temperature stable? And how can robots and industrial systems operate accurately without continuous human intervention?
In this course, you will learn the fundamentals of control systems and automatic control through a clear and progressive approach. You will begin with the essential concepts and terminology, then move toward understanding how classical and modern control systems are analyzed and designed.
You will explore the main components of a control system, including the system, controller, control signal, outputs, and disturbances. You will also understand the difference between open-loop and closed-loop systems and learn how feedback helps reduce error and keep the system output close to the desired value.
The course also explains how physical systems can be represented using mathematical models and equations. This allows engineers to study system performance and predict its behavior before implementing it in the real world, helping reduce costs, risks, and design errors.
Topics covered in this course Components and terminology of control systems Open-loop and closed-loop control systems Feedback and control signals Internal and external disturbances Mathematical modeling of systems System stability and performance evaluation Time response and frequency response Bode plots and root locus Introduction to modern control systems Uncertainty and the difference between mathematical models and real systems Control applications in engines, ovens, robots, and industrial systems
The course uses practical examples to help you connect theoretical concepts with real-world systems, including engine speed control, oven temperature control, robotic systems, and industrial applications.
Who this course is for
This course is especially suitable for students and graduates of:
Electrical Engineering Control and Systems Engineering Mechatronics Engineering Electronics Engineering Computer Engineering and Automation Other engineering disciplines related to industrial systems
Start the course and build a strong foundation in understanding how control systems work, how their performance is analyzed, and how they are designed correctly.
Course content
7 sections · 16 lessons · 27h 44mانظمة السيطرة عبر العصور
1 lesson · 32 min- 01( 1 ) مقدمة عن انظمة السيطره خلال التاريخ ومراحل تطورها32 minIn trial
من النظام الفيزيائي إلى النموذج الرياضي
3 lessons · 3h 43m- 02( 2.1 ) نمذجة الأنظمة الكهربائية والميكانيكية – الجزء الاول1h 22mIn trial
- 03( 2.2 ) نمذجة الأنظمة الكهربائية والميكانيكية – الجزء الثاني2h 21mIn trial
- 04Lesson 2
تحويل الانظمة الفيزيائية الى معادلات رياضية
1 lesson · 2h 21m- 05( 2.2 ) نمذجة الأنظمة الكهربائية والميكانيكية – الجزء الثاني2h 21m
دوال التحويل
2 lessons · 3h 3m- 06( 3.1 ) دوال التحويل – الجزء الأول1h 14m
- 07( 3.2 ) دوال التحويل – الجزء الثاني1h 49m
تحليل أنظمة السيطرة في المجال الزمني
2 lessons · 4h 19m- 08( 4.1 ) تحليل الاستجابة الزمنية لأنظمة السيطرة – الجزء الأول2h 6m
- 09( 4.2 ) تحليل الاستجابة الزمنية لأنظمة السيطرة – الجزء الثاني2h 12m
مسار الجذور
2 lessons · 4h 47m- 10( 5.1 ) مسار الجذور وتحليل استقرار أنظمة السيطرة الحزء الاول 2h 13m
- 11( 5.2 ) مسار الجذور وتحليل استقرار أنظمة السيطرة الجزء الثاني2h 34m
تحليل أنظمة السيطرة في المجال الترددي
5 lessons · 8h 59m- 12( 6.1 ) تحليل أنظمة السيطرة في المجال الترددي – الجزء الأول1h 55m
- 13( 6.2 ) تحليل أنظمة السيطرة في المجال الترددي – الجزء الثان1h 44m
- 14(6.3 ) تحليل أنظمة السيطرة في المجال الترددي – الجزء الثالث1h 33m
- 15(6.4) تحليل أنظمة السيطرة في المجال الترددي – الجزء الرابع1h 46m
- 16(6.5) تحليل أنظمة السيطرة في المجال الترددي – الجزء الخامس2h 0m
Earn a certificate
Finish every lesson to earn a LearnU certificate with your name, ready to download and share on LinkedIn.
Included with the membership and with this course