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integrating computational thinking through wearable technologies and programmable e-textiles

机译:通过可穿戴技术和可编程电子纺织品整合计算思维

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摘要

Computational thinking is a problem-solving technique traditionally employed by computer scientists to develop computer applications. However, computational thinking practices are now believed to be applicable to other fields (Google for Education, 2018), specifically those related to engineering and technology. Accordingly, the Advancing Excellence in P-12 Engineering Education (AEEE) (2018) project identified computational thinking as a core engineering concept to create a foundation for students to conduct the quantitative analyses that engineers and other related professionals perform. Likewise, the Committee for the Workshops on Computational Thinking contends that computational thinking is necessary for people to develop efficient and automated physical design solutions as well as visualizations of design concepts and computational scientific models (NRC, 2011). These abilities, which also include thinking critically about complex problems, generating creative solutions, and communicating solutions effectively, are now considered necessary at all levels of scholarship.
机译:计算思维是计算机科学家传统上用来开发计算机应用程序的一种解决问题的技术。但是,现在认为计算思维实践可应用于其他领域(Google for Education,2018年),特别是与工程和技术相关的领域。因此,P-12工程教育的卓越进步(AEEE)(2018)项目将计算思维确定为核心工程概念,从而为学生进行工程师和其他相关专业人员进行的定量分析奠定了基础。同样,计算思维讲习班委员会认为,计算思维对于人们开发高效,自动化的物理设计解决方案以及设计概念和计算科学模型的可视化是必不可少的(NRC,2011)。这些能力,包括批判性地思考复杂的问题,产生创造性的解决方案以及有效地传达解决方案,现在被认为在所有学术水平上都是必需的。

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