从制造到微制造:促进农村高中STEM参与

Osazuwa Okundaye, Sharon Lynn Chu Yew Yee, Francis K. H. Quek, Alexander Berman, Malini Natarajarathinam, Matthew Kuttolamadom
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引用次数: 9

摘要

本文提出了微制造(M2),这是一种制造模型,将其实践扩展到包括生产和可重复性工程问题的各个方面。在为期两年的职业与技术教育课程范围内,对六名参与M2模型的高中生进行了纵向研究。我们调查了M2传达教育效益和影响制造和工程自我概念的潜力。定量结果显示,学生在制造和工程方面的自我效能感普遍为正收益,但现实世界对M2的要求导致创客心态感知更为消极。然而,定性研究结果表明,M2要求有助于学生集中注意力,并使他们能够发展技能,否则他们可能无法通过简单地参与传统的制作活动而发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
From Making to Micro-Manufacture: Catalyzing STEM Participation in Rural High Schools
This paper proposes Micro-Manufacture (M2), a model of Making that extends its practice to include aspects of engineering concerns of production and reproducibility. A longitudinal study was conducted with six high school students engaging in the M2 model within the scope of a two-year long Career and Technical Education class. We investigated the potential of M2 to convey educational benefits and to affect Making and Engineering self-concepts. Quantitative results showed that the students generally made positive gains in Making and Engineering self-efficacy, but that the real-world requirements of M2 caused Maker mindset perceptions to be more negative. Qualitative findings however showed that M2 requirements served to focus the students, and enabled them to develop skills that they may not have otherwise developed by simply engaging in conventional Making activities.
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