This online course is designed to provide electrical engineering students and professionals with a comprehensive understanding of control system design. The course focuses on both theoretical principles and practical applications, emphasizing the electrical engineering aspects of control systems.
Upon successful completion of the course, participants should:
- Understand the Fundamentals:
- Grasp the fundamental principles and concepts of control systems.
- Analyze System Responses:
- Analyze and interpret the behavior of systems in both time and frequency domains.
- Design Control Systems:
- Design and implement control systems, including PID controllers, for electrical engineering applications.
- Problem-Solving Skills:
- Develop problem-solving skills by working on practical examples and a capstone project.
- Prepare for Advanced Studies or Industry Roles:
- Acquire the foundational knowledge required for further studies in control systems or for pursuing a career in industries that rely on control system design.
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Introduction to Control Systems
Overview of Control Systems
Basic Elements of Control Systems
Mathematical Modeling of Systems
Time Domain Analysis
System Response to Step, Ramp, and Impulse Inputs
Time Response Specifications
Frequency Domain Analysis
Frequency Response of Linear Time-Invariant Systems
Stability in the Frequency Domain
State Space Analysis
State Space Representation
Controllability and Observability
PID Controllers
Introduction to PID Controllers
Controller Design in Frequency Domain
Digital Control Systems
Discrete-Time Systems
Design of Digital Controllers