以水處理機電控制工程的觀點出發，闡述智慧型控制領域的應用；並由環境工程基礎理論出發至進階控制應用，使學生兼具理論學習與實務應用。

Starting from the perspective of water treatment electromechanical control engineering, the application in the field of intelligent control is explained; and starting from the basic theory of environmental engineering to advanced control applications, students can combine theoretical learning and practical application.

水處理機電控制工程可以說是一門藉由自動控制而整合環工機械、電子、電腦的整合性工程技術，因此機電控制工程可以說是藉由信號的傳遞與回授控制方法將控制、電腦、電子、電力、感測、機械等技術結合為完成自動控制目的而發展出的一種系統化工程技術。

Water treatment electromechanical control engineering can be said to be an integrated engineering technology that integrates environmental machinery, electronics, and computers through automatic control. Therefore, electromechanical control engineering can be said to be a systematic engineering technology developed by combining control, computer, electronics, electricity, sensing, machinery and other technologies to achieve automatic control purposes through signal transmission and feedback control methods.

1.Process Control: Designing Processes and Control Systems for Dynamic Performance, Thomas E. Marlin, McGRAW-HILL INTERNATIONAL EDITIONS, Chemical Engineering Series.
2.Real-Time Computer Control, Series Editor M. J. Grimble, PRENITICE HALL INTERNATIONAL SERIES IN SYSTEMS AND CONTROL ENGINEERING.
3.智慧型控制分析與設計，林俊良，全華圖書股份有限公司

1.Process Control: Designing Processes and Control Systems for Dynamic Performance, Thomas E. Marlin, McGRAW-HILL INTERNATIONAL EDITIONS, Chemical Engineering Series.
2.Real-Time Computer Control, Series Editor M. J. Grimble, PRENITICE HALL INTERNATIONAL SERIES IN SYSTEMS AND CONTROL ENGINEERING.
3. Intelligent control analysis and design, Lin Junliang, Quanhua Book Co., Ltd.