3D打印环境下基于项目的语言学习

Debopriyo Roy
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引用次数: 4

摘要

本文重点介绍了日本某工业大学基于项目的语言学习案例研究。该项目的想法是创建一个具有计算机辅助设计(CAD)设计和基于3D扫描的活动的创意工厂教室,从而导致产品的3D打印。课程的重点是技术设计和技术写作,并在一个现实的工作环境中展示。学生们不仅要学习如何使用不同的CAD软件和3D扫描应用程序,他们还必须不断地从事技术写作、在线信息管理和演示,并在个人和团队活动中协同工作。从与课程相关的活动和自我报告中获得的数据表明,学生对作业相当熟练,并有能力按照严格的学校作业指导进行作业。自我报告显示了相对较高的动机水平和对课程活动的合理适应。对未来研究的建议强调了一个更加综合和平衡的课程结构,重点是语言学习和信息和通信技术(ICT)工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Project-based language learning in a 3D printing context
This article highlighted an important project-based language learning case study in a Japanese technical university. The idea of the project was to create a creative factory classroom with computer-aided design (CAD) design and 3D scanning-based activities leading up to the 3D printing of products. The focus of the course was on both technical design and technical writing and presentation in a realistic work context. Students not only learned how to use different CAD software and 3D scanning apps, they also had to continuously engage in technical writing, online information management and presentation, working collaboratively both for individual and team-based activities. Data from course-related activities and self-reports indicated reasonable proficiency with the assignments, and reasonable ability to work with strict Schoology-based assignment instructions. Self-reports indicated relatively high levels of motivation and reasonable comfort with course activities. Recommendations for future study highlighted a more integrated and balanced course structure focused on both language learning and information and communication technology (ICT) tools.
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