抽象和共同的课堂活动

Jane Waite, P. Curzon, W. Marsh, Sue Sentance
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引用次数: 44

摘要

在推广计算思维的过程中,Wing指出,“抽象被描述为潜在的计算思维,而计算思维被描述为计算的基础。”新兴课程现在要求教育者将计算思维和抽象融入到他们的教学中。许多人将皮亚杰的研究作为年龄限制小学生抽象能力的证据。然而,最近的证据表明,学生在他们的一般学习过程中使用抽象的元素,并且抽象的技能可以明确地教授。我们利用个人课堂经验来说明文献中提出的观点。常见的课堂活动,如使用标签图、概念图和故事板,都与抽象的特征相一致。我们认为抽象可以而且应该教给小学生。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Abstraction and common classroom activities
In popularizing computational thinking, Wing notes that 'abstraction is described as underlying computational thinking and computational thinking is described as fundamental to computing.' Emerging curricular now require educators to incorporate computational thinking and abstraction into their teaching. Many refer to Piaget's work as evidence of an age-related ceiling preventing younger pupils from being able to abstract. However, more recent evidence suggests that pupils use elements of abstraction in their general process of learning, and that the skill of abstraction can be explicitly taught. We draw on personal classroom experience to illustrate the points made in the literature. Common classroom activities such as using labelled diagrams, concept maps and storyboards are aligned to features of abstraction. We argue that abstraction can and should be taught to young pupils.
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