Courses
Faculty of Information and Electrical Engineering,
Feng-Chia University
Dr. Lin teaches both undergraduate and graduate courses on engineering mathematics, advanced control theories, embedded systems and control engineering experimental design and applications, as well as on applications of computer simulation and modeling in automatic control and computer sciences.
If you want to learn more about the requirements of each course, please refer to the website iLearn for more details.
Undergraduate Programs
All undergraduate courses are taught in Chinese. Programmable Logic Control and Servo Control will include experiments.
電路學
Electric Circuit
Basic circuit components, signal representation, various types of DC network analysis, magnetic circuit analysis and basic representation of sinusoidal waveforms and other more.
可程式控制
Programmable Logic Control
Include experiments; PLC controller operating principle, preliminary programming, application of PLC controller & industrial control, mechanism and circuit design.
伺服控制
Servo Control
DC Motors and Control System and Introduction to Robotics: Mechanics and Control.
感測原理與工業控制
Measurement Technology and Industrial Control
Program develops skills for the installation, maintenance, calibration and troubleshooting of systems used to measure and control the flow, level, temperature and pressure in automated industrial processes in the chemical, oil and gas industry.
Postgraduate Programs
Please note that the postgraduate programs (Linear System Theory, Optimal Control, Advanced Nonlinear Control System) are taught in English (and yes that means that all lectures, textbooks, exams and course materials are too). Don't worry if you think that your English is not good enough. We'll help you fully understand these concepts and what steps or methods you'll need to study in this courses.
線性系統理論
Linear System Theory
Linear system analysis, linear control systems, and linear algebra.
最佳控制
Optimal Control
Lagrange multipliers and optimization theories, calculus of variations, conditions of optimality & Pontryagins Maximum LQR, Time Optimal, Fuel/Time Optimal, and Computational methods: Steepest descent, Shooting method.
高等非線性控制系統
Advanced Nonlinear Control System
In-depth knowledge of design and analysis of nonlinear systems. Knowledge of input-output stability, stability analysis of perturbed nonlinear systems, averaging, input-to-state feedback linearization, control design using sliding mode and backstepping, and analysis of cascaded systems.