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79 students
Mastering PID Controller
الـ PID Controller من الصفر للأحتراف بطريقة سهلة و عملية
Created byAbdulkawy Mobarak
Last updated 2/2025
Arabic
What you'll learn
- Understand the fundamentals of Proportional, Integral, and Derivative (PID) controllers.
- Learn how each component (P, I, D) works and their roles in system stability and performance.
- Understand where and how to apply each type effectively in real-world scenarios.
- Learn how to tune PID parameters ( 𝐾 𝑝 , 𝑇 𝑖 , 𝑇 𝑑 K p ,T i ,T d ) for optimal performance.
- Discover common tuning methods, including manual tuning and trial-and-error approaches.
- Explore the Proportional Action, Integral Action, and Derivative Action, and how they combine to minimize error.
- Learn how the Reset Time and Derivative Time affect controller response and stability.
- Dive into cascade control, including primary and secondary loops, with real-life examples (e.g., reactor temperature control).
- Master the use of feedforward control for handling predictable disturbances.
- Explore Three-Step and Two-Step Control systems, including how to balance positive and negative pulses with RATIOFAC.
- Apply PID controllers to real-world systems like temperature control, motor speed control, and liquid level control in tanks.
- Learn how to use controllers in S7-300/400 PLCs, including FB41, FB42, and FB58 function blocks.
- Identify and solve common PID issues, such as overshoot, oscillations, and integral windup.
- Optimize PID settings for both fast and stable responses.
- Implement practical examples using industrial tools like PLCs, simulation software, or hands-on setups for motor control or temperature regulation.
Explore related topics
Course content
18 sections • 22 lectures • 10h 25m total length
Requirements
- Engineering Background : A background in electrical, mechanical, or automation engineering may provide context, but the course is designed to accommodate beginners.
- Software/Hardware Access : Access to a PLC simulation software (e.g., TIA Portal, Step7) or other programming tools for hands-on practice is recommended.
- Curiosity and Enthusiasm to Learn: A willingness to understand and apply PID controllers in real-world scenarios is the most important prerequisite.
- No Prior PID Experience Required:The course starts with the basics and gradually progresses to advanced topics, so no prior knowledge of PID controllers is necessary.
Description
This course is designed to teach you everything you need to know about PID controllers in a simple and practical way. Whether you’re a student, an engineer, or simply interested in control systems and industrial automation, this course is tailored for you!
What Will You Learn?
Complete Introduction to PID Controllers: Understand what Proportional, Integral, and Derivative actions mean and how they work together.
Real-World Applications: Learn how PID controllers are used to control flow, level, temperature, and speed in industrial systems.
Tuning and Optimization: Master the techniques for tuning PID parameters (Kp,Ti,TdK_p, T_i, T_dKp,Ti,Td) to achieve precise and efficient control.
Advanced Strategies: Dive into advanced control methods like Cascade Control and Feedforward Control, with practical examples such as reactor temperature control.
Hands-On Projects: Apply your knowledge to real-world projects using PLCs or simulation tools to control systems effectively.
Who Is This Course For?
Students and engineers who want to learn PID control from scratch.
Professionals working in industrial automation, maintenance, and process control.
Anyone interested in enhancing their knowledge of control systems and automation.
What Are the Prerequisites?
No prior experience with control systems is required.
Basic math (addition, subtraction) and curiosity are all you need to get started.
Why Choose This Course?
Clear, beginner-friendly explanations of PID concepts.
Real-world examples and practical applications.
Full support and guidance for your questions and challenges.
Start your journey with PID controllers today and take your control and automation skills to the next level!
Who this course is for:
- Electrical Engineers, Mechanical Engineers, and Automation Engineers: Seeking to understand and implement PID controllers in industrial processes
- Control System Engineers: Looking to enhance their skills in PID tuning, troubleshooting, and advanced control strategies like cascade and feedforward control.
- Process Engineers: Working in industries like chemical, pharmaceutical, oil and gas, or food processing who need to maintain stable operations.
- Engineering Students: Students studying electrical, mechanical, or mechatronics engineering who want to learn PID control in an accessible and practical way.
- Control and Automation Enthusiasts: Anyone passionate about understanding how PID controllers work and how they can be applied in real-world systems.
- Graduate Students: Preparing for careers in industrial automation or process control.
- Maintenance Managers and Technicians: Responsible for maintaining and troubleshooting PID-based systems in plants or factories.
- PLC Programmers: Looking to integrate PID control into PLC programs (e.g., S7-300/400, FB41, FB58).
- Beginners: No prior knowledge of PID controllers is required; the course starts from the fundamentals.
- Career Switchers: Individuals transitioning into automation, robotics, or process control who want a practical understanding of PID systems.