An Expansively-framed Unplugged Weaving Sequence Intended to Bear Computational Fruit of the Loom

Victor R. Lee, Heidee Vincent
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引用次数: 9

Abstract

We report on a late-breaking project that centralizes the Maker practice of loom-based weaving as a locus for unplugged computational thinking. While unplugged activities are appealing for making computation accessible, they also come with the risk of developing inert knowledge. To address and mitigate that risk, we introduce a new framework that we are developing called "Expansively-framed Unplugged" (EfU) computing education. We report on some initial testing and refinement of a learning sequence that starts with weaving on a loom and ends with optimizing code in Scratch. The testing was done with a school librarian who is will be implementing a coding program with students at a middle school library using this EfU sequence.
一种可扩展框架的无插拔织造序列,旨在实现织机的计算成果
我们报告了一个最新的突破性项目,该项目集中了基于织布机的制造者实践,作为不插电计算思维的场所。虽然不插电的活动对使计算变得可访问很有吸引力,但它们也带来了开发惰性知识的风险。为了解决和减轻这种风险,我们引入了一个我们正在开发的新框架,称为“扩展框架不插电”(EfU)计算教育。我们报告了一些最初的测试和改进的学习序列,从织布机开始,以在Scratch中优化代码结束。测试是由一名学校图书管理员完成的,他将使用该EfU序列与一所中学图书馆的学生一起实现一个编码程序。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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