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Job-sheet-based Analytics Regarding Knowledge Retention in Digital Fabrication Education

机译:基于工作表的数字制造教育中知识保留的分析

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The big wave of digital fabrication movement has spread to several educational areas, such as those related to STEAM education. However, there are not so many researches to evaluate instructional design for digital fabrication education. Therefore, we conducted an experiment in an actual digital fabrication course and evaluated its instructional design. The research question of the experiment is what kind of factors affect to knowledge retention of learners in the case of digital fabrication education. In the experiment, learners took a test to assess knowledge they acquired in lessons each week. They were required to repeatedly try to take the tests until they achieved a perfect score. Three weeks later, to assess learner's knowledge retention, the learners took a delayed-test which was the same contents as the previous tests. Several learners scored lower than a half of full marks even though they achieved the perfect score three weeks before. In order to investigate the reason why they could not retain their knowledge, we analyzed their job-sheet they had written their works and found several reasons of them caused from lack of their practical experience. In consideration of the analytical result, this paper also discusses about a better instructional design for digital fabrication. The contents of the discussion will contribute as a useful idea for an instructor to consider instructional design for digital fabrication education.
机译:数字制造运动的大浪潮已经扩散到了多个教育领域,例如与STEAM教育有关的领域。但是,没有太多的研究来评估数字制造教育的教学设计。因此,我们在实际的数字制造课程中进行了实验,并评估了其教学设计。实验的研究问题是,在数字制造教育的情况下,什么样的因素会影响学习者的知识保留。在实验中,学习者参加了一项测试,以评估他们每周在课程中获得的知识。他们被要求反复尝试参加测试,直到获得满分。三周后,为了评估学习者的知识保留能力,学习者进行了延迟测试,该测试的内容与之前的测试相同。尽管三周前他们取得了满分,但仍有一些学习者的分数低于满分的一半。为了调查他们为什么不能保留他们的知识的原因,我们分析了他们写他们的作品的工作表,并发现了由于缺乏实际经验而造成他们的一些原因。考虑到分析结果,本文还讨论了一种更好的数字制造教学设计。讨论的内容将为教师考虑数字制造教育的教学设计提供有用的想法。

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