透過理論與實作了解生活用品或生活輔具之各項案例了解設計元件之材質、形態與組成，利用程序性及規範性方法創造工業設計品。

Through theoretical and practical understanding of the various cases of daily necessities or living equipment, we understand the materials, shapes and composition of design components, and use procedural and standardized methods to create industrial designs.

工業設計量產的過程中，包含市場競爭、材質、組合、製造與生產效率等過程上的限制。設計工學其內涵強調組成與創造二個面向，教授學生在製造過程中，以程序性及規範性方法去思考及規劃不同設計元件組合與創新，提升學生工業設計量產的創造邏輯之知識。課程將透過理論與實作了解生活用品或生活輔具之各項案例了解設計元件之材質、形態與組成，利用程序性及規範性方法創造工業設計品。

The process of industrial design includes limitations in the process of market competition, material, combination, manufacturing and production efficiency. Design engineering has two aspects: composition and creation. During the manufacturing process, students think and plan different design components combinations and innovations through procedural and standardized methods to improve students' knowledge of creative logic in industrial design. The course will understand the materials, shapes and composition of design components through theoretical and practical understanding of the various cases of daily necessities or living equipment, and use procedural and standardized methods to create industrial designs.

許勝雄、彭游、吳水丕編著 2013，人因工程：人機境介面工適學設計，第五版，台北，滄海出版
黃台生譯，產品設計與製造，台北，六合出版社，(John Lindbeck原著，Product Design and Manufacture，Prentice Hall)

Edited by Xu Xiexiong, Peng You and Wu Shuipi 2013, Human Factor Engineering: Human-Architecture Interface Engineering, Fifth Edition, Taipei, Huahai Publishing
Huangtai Production and Translation, Product Design and Manufacture, Taipei, Liuhe Publishing House, (Original by John Lindbeck, Product Design and Manufacture, Prentice Hall)