The Advanced Control course is designed to provide students with fundamental and advanced knowledge in designing controllers for continuous systems. Students will learn how to apply optimal feedback control and long-range predictive control methods to optimize the performance of engineering systems. Additionally, the course covers advanced control structures such as adaptive control, learning control, fuzzy control, and control using transformations. Students will be guided in analyzing, designing, and implementing controllers tailored to complex engineering problems in real-world applications. The goal of this course is to help students develop analytical thinking, design modern control systems, and apply technical tools to solve problems in automation and control. Upon completing the course, students will be well-prepared to engage in projects involving advanced control techniques in industrial and scientific research settings.
6. Brief Description of Course Content:
This course provides students with basic knowledge of controller design with continuous systems, optimal feedback and long-range predictive control, adaptive structural control, learning, fuzzy and variable change.