KnitxCode: Exploring a Craftsmanship-driven Approach to Computational Thinking

M. S. A. Sørensen, B. Fog, Line Have Musaeus, M. G. Petersen
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Abstract

In recent years, computational thinking (CT) has focused on how children and citizens develop basic computing skills which empower them to participate in a digitised society and broaden participation and engagement with CT. We present the exploration of a craftsmanship-driven approach to engage people in CT. To explore this approach a team of knitters, a computer scientist and a computing education expert iteratively designed the KnitxCode workshop. KnitxCode utilises knitting in combination with CT concepts as the foundation for the activities. The workshop was evaluated by 12 participants with no programming experience and with knitting experience ranging from 2-25 years (M = 6). From the evaluation we found that the craftsmanship-driven approach seemed to provide the participants with confidence to learning CT, as shared concepts and practices between knitting and computing supported transitioning from knitting craftsmanship to computing and in this way served to demystify computing.
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KnitxCode:探索计算思维的工艺驱动方法
近年来,计算思维的重点是儿童和公民如何发展基本的计算技能,使他们能够参与数字化社会,并扩大对计算机思维的参与和参与。我们提出了一种工艺驱动的方法来吸引人们参与CT的探索。为了探索这种方法,一组编织者、一名计算机科学家和一名计算机教育专家反复设计了KnitxCode工作坊。KnitxCode利用针织结合CT概念作为活动的基础。讲习班由12名没有编程经验和有2-25年编织经验的参与者(M = 6)进行评估。从评估中我们发现,工艺驱动的方法似乎为参与者提供了学习CT的信心,因为编织和计算之间的共享概念和实践支持从编织工艺过渡到计算,并以这种方式消除了计算的神秘性。
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