A Study on the Development of Design thinking in the Fourth Industrial Revolution - Focused on Micro Manufacturing Space

Hyun-Min Chun
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Abstract

Recent advances in technology have accelerated the Fourth Industrial Revolution. With the emergence of artificial intelligence, not only the manufacturing sector but also all sectors of society are expected to undergo changes in the future. In this age of the Fourth Industrial Revolution, it is going to be more important for learners to improve their creativity than to acquire knowledge. So scholars are exploring new ways of teaching to cultivate suitable talent for the future society. Among these various methods of education, Maker Education at Micro Manufacturing Space is recognized as the optimal method for the AI era. This study, in light of this, analyzed the operation of Micro Manufacturing Space, which is located in a university, and further suggested the direction of development of Micro Manufacturing Space in the Fourth Industrial Revolution. The results of this study are as follows. At the university’s Micro Manufacturing Space, students can be trained to think innovatively and improve creativity. In addition, this space can also be used as an open learning and meeting space for university students to visit freely. Moreover, the place can be built for the purpose of a start-up space. Therefore, future Micro Manufacturing Space in universities, as it were, will definitely prove to be a multifunctional space providing support to foster and improve creativity of the main force of the future of society. The findings can be used as theoretical basic data in the creation of a Micro Manufacturing Space for design thingking.
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第四次工业革命中的设计思维发展研究——以微制造空间为例
最近的技术进步加速了第四次工业革命。随着人工智能的出现,不仅是制造业,未来社会的各个领域都有望发生变化。在这个第四次工业革命的时代,对学习者来说,提高创造力比获取知识更重要。因此,学者们正在探索新的教学方式,以培养适合未来社会的人才。在这些教育方式中,微制造空间的创客教育被认为是人工智能时代的最佳教育方式。基于此,本研究对位于某高校的微制造空间的运营进行了分析,进而提出了第四次工业革命背景下微制造空间的发展方向。本研究的结果如下:在该大学的微制造空间,学生可以接受创新思维和提高创造力的训练。此外,这个空间也可以作为一个开放的学习和会议空间,供大学生自由参观。此外,这个地方可以作为一个创业空间。因此,未来的大学微制造空间,一定会成为一个支持培养和提高未来社会主力军创造力的多功能空间。研究结果可作为构建设计思维微制造空间的理论基础数据。
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