當代已經進入「虛實整合」的生活模式，許多食衣住行中所需要的溝通、消費、服務經驗，皆朝實體與數位化相互整合，人機互動體驗方向發展，「互動設計」(IxD)因此成為各領域發展體驗設計所需要「創新」的知識基礎，運用在增進設計數位產品、環境、系統與服務各個層面，在技術上涵蓋數位設計、程式設計、軟體工程、電子學、電控學、數位製造...等知識，另外也涉及藝術美學、社會心理學、行為學、人因工程等跨域知識，透過互動設計，得以啟發創新。
本互動設計課程延伸自「數創工坊」的互動基礎課程，目標在學習互動設計技術及探索可能的實際應用，課程將進階學習數位化設計製造流程、互動技術整合、使用者體驗探討，另一方面必須透過觀察、分析與調研，依此設計開發出源自於日常生活的互動體驗產品或相關應用的「原型」。
本課程將以不同主題的「工坊」(Workshop)模組的方式進行，會有集中幾次的密集互動技術工坊、議題松討論工坊與展示發表等。
Contemporary people have entered the "virtual integration" life model. Many of the communication, consumption and service experiences required for food, clothing, housing and transportation are all integrating physically and digitally, and human-machine interaction experiences have developed. "Interactive Design" (IxD) has therefore become the "innovation" intellectual foundation required for the development of experience design in various fields, and is used to increase the We have developed various aspects of digital products, environments, systems and services, and technically cover digital design, programming design, software engineering, electronics, electronic control, digital manufacturing, etc. It also involves cross-domain knowledge such as artistic aesthetics, social psychology, behavior, and human factors engineering. Through interactive design, innovation can be initiated.
This interactive design course extends from the interactive basic course of "Digital Workshop". The goal is to learn interactive design technology and explore possible practical applications. The course will further learn digital design manufacturing processes, interactive technology integration, and user experience exploration. On the other hand, it is necessary to design and develop interactive experience products or related applications through observation, analysis and research.
This course will be conducted in the form of a "Workshop" module with different themes, and there will be several concentrated and interactive technology workshops, topic discussion workshops and displays.
互動設計主要是以使用者為中心，探討使用者與所欲設計對像間得互動關係，從而設計出符合人性的產品。本課程同時介紹目前在互動設計研究領域的新趨勢與未來方向。課程將介紹互動設計定義、其重要性以及在數位產品創新中的角色。課程同時也包括如何發展互動設計以符合設計需求，以及互動設計的相關指標。同時課程中也包括本領域論文導讀。
Interactive design is mainly about the user-centered, exploring the interactive relationship between users and the object they want to design, thereby designing products that conform to human nature. This course also introduces new trends and future directions in the field of interactive design research. The course will introduce interactive design definitions, their importance, and their role in digital product innovation. The course also includes how to develop interactive design to meet design needs, as well as relevant indicators for interactive design. At the same time, the course also includes the guidance and reading of this field of literature.
互動設計,，陳建雄 著，全華圖書出版，2009年。
互動設計概論，葉謹睿 著，藝術家出版社出版，2010年。
實戰Scratch x Arduino運算思維能力養成，吳紹裳 著，碁峰出版，2018年。
Arduino物聯網最佳入門與應用：打造智慧家庭輕鬆學，楊明峰 著，碁峰出版，2018年。
Arduino創客之路，季雋, 傅瑛 著，博碩出版，2018年。
超圖解 Arduino 互動設計入門(第3版)，趙英傑 著，旗標出版，2016年。
Python x Arduino物聯網整合開發實戰，Pratik Desai 著，CAVEDU團隊、曾吉弘翻譯，碁峰出版，2016年。
FabLife：衍生自數位製造的「製作技術的未來」，田中浩也 著，許郁文翻譯，馥林文化出版，2013年。
Interactive Design, by Chen Jianxiong, published by the Complete Book of China, 2009.
Interactive Design Overview, written by Ye Cai Rui, published by Artist Publishing House, 2010.
The Scratch x Arduino Computing Thinking Capabilities are cultivated, written by Wu Shuchang, published by Qi Feng, 2018.
The best entry and application of Arduino Network: Create a smart home for easy learning, written by Yang Mingfeng, published by Qi Feng, 2018.
Arduino Creator Road, written by Ji Rong and Fu Ying, published by Boshen, 2018.
Super Illustration Arduino Interactive Design Entry (3rd Edition), written by Zhao Yingjie, published by Flagmark, 2016.
Python x Arduino Network Integration and Development War, by Pratik Desai, translated by CAVEDU Team, Zeng Jihong, published by Gifeng, 2016.
FabLife: The "Future of Production Technology" derived from digital manufacturing, written by Hiro Tanaka, translated by Xu Yuwen, published by Fulin Culture, 2013.
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 數位製造作業數位製造作業 Digital manufacturing |
15 | 應用數位模型到雷射切割/雕刻、3D列印技術 |
| 基礎程式設計作業基礎程式設計作業 Basic Programming Design |
15 | |
| Arduino互動作業Arduino互動作業 Arduino interactive operation |
30 |
