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Digital Control Systems in Arabic
Digital Control Systems in Arabic
Learn Digital Control step-by-step, From Z-Transform to Deadbeat Control — A Complete Digital Control Course
Created byAhmed Samir
Last updated 6/2025
Arabic
What you'll learn
- Understand what the Z-transform is
- Learn different ways to find the inverse Z-transform
- Learn how to get the pulse transfer function of any system
- Practice different ways to realize control systems: direct, standard, series, and parallel
- Check if a system is stable using Jury’s method and the bilinear transformation
- Calculate the steady-state error of a system
- Design a continuous-time controller and convert it into digital using different methods
- Learn how to design a digital controller directly
- Design a deadbeat controller for fast and accurate system response
- Use MATLAB and Simulink to apply everything step by step
Explore related topics
Course content
8 sections • 9 lectures • 4h 25m total length
Requirements
- Basic knowledge of classical control systems (like transfer functions , laplace transform)
- Basic experience with MATLAB is helpful, but not required
Description
This course is a complete and simple introduction to Digital Control Systems for engineering students.
We will start with the basics of Z-Transform and how to find its inverse using four different methods (Direct, partial fraction expansion ,computational method, inversion integral). You’ll learn how to build the Pulse Transfer Function of systems, and how to realize them in different structures (direct, series, standard, and parallel).
We will also cover how to test the stability of digital systems using Jury’s method and the bilinear transformation.
Next, we will analyze steady-state error, and move on to controller design. You will learn how to:
Design a continuous-time controller and implement it digitally
Use methods like backward difference, zero-pole matching, and bilinear (Tustin)
Design digital controllers directly from system specifications.
Build a deadbeat controller for fast response
We will apply all these concepts using MATLAB and Simulink so you can see real examples and practice what you learn.
This course is ideal for engineering students who have some background in classical control systems and want to expand their skills into the digital control world with confidence and clarity.
Enroll now and take your control system skills to the next level with confidence and hands-on practice!
Who this course is for:
- Mechatronics and Electrical Engineers