Exploring the practical integration of 4IR technologies in industrial design education in South Africa

Oratile Rose Mokgatla, Ashton Margarete Moseley
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Abstract

The Fourth Industrial Revolution (4IR) is changing the world around us, altering the way we live, work, and engage with one another. Driven by the Internet of Things (IoT), the 4IR and its associated technologies are driving great shifts in manufacturing and production and as such, within the Industrial Design (ID) discipline itself, not only in the products we design but more notably, in the tools and processes we use to do so. The unprecedented speed at which these innovative technologies are progressing and reshaping the industry calls for the urgent restructuring of higher education curricula. To prepare students for the rapidly changing industry, ID programmes must develop appropriate content and integrate these technologies into their teaching and learning to deliver the skills and knowledge needed in this new era. This paper reports on the first cycle of an Action Research study in which ID lecturers and 1st-year students explored the utilization of 4IR technologies in undergraduate teaching. This project aimed to identify the opportunities and challenges of such technologies to determine the most effective and appropriate way to incorporate new technologies into the curriculum. The purpose of this paper is to present and discuss the implementation of these technologies through the assessment of the efficacy of the project outcomes through examples provide, and the students’ individual experiences and reflections, and finally, to present key findings and recommendations for further study.
探索第四次工业革命技术在南非工业设计教育中的实际整合
第四次工业革命(4IR)正在改变我们周围的世界,改变我们生活、工作和彼此交往的方式。在物联网(IoT)的推动下,第四次工业革命及其相关技术正在推动制造业和生产的巨大转变,因此,在工业设计(ID)学科本身,不仅在我们设计的产品中,而且更值得注意的是,在我们使用的工具和流程中。这些创新技术正在以前所未有的速度发展和重塑行业,这要求高等教育课程进行紧急重组。为了让学生为快速变化的行业做好准备,ID课程必须开发适当的内容,并将这些技术整合到他们的教学和学习中,以提供新时代所需的技能和知识。本文报告了一项行动研究的第一个周期,在该研究中,ID讲师和一年级学生探索了在本科教学中使用4IR技术。这个项目旨在确定这些技术的机会和挑战,以确定将新技术纳入课程的最有效和适当的方法。本文的目的是通过提供的例子,以及学生的个人经验和反思,通过评估项目成果的有效性来展示和讨论这些技术的实施,最后,提出进一步研究的主要发现和建议。
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