探究性作业:阅读教材的主动学习工具

Sarah Esper, B. Simon, Q. Cutts
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引用次数: 13

摘要

建构主义学习理论认为,学习者必须构建自己的理解,而不是被动地将理解灌输到他们的大脑中。这些发现支持了美国国家研究委员会关于在课堂上采用主动学习教学法的建议。然而,“课堂讲座”只是学生在高等教育中普遍拥有的学习资源之一。在本文中,我们提出了探索性作业——一种支持编程语言教学主动学习的工具。通过利用学生与计算机/编译器交互的机会,我们试图为学生提供一个如何探索和理解编程语言结构和概念的模型。我们报告了在2011年冬季440名学生的CS0课程中使用的15个探索性家庭作业。我们为那些希望在编程课程中开发探索性作业的人提供了一个模型和建议,并就学生对作业的积极评价提供了定量和定性的证据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Exploratory homeworks: an active learning tool for textbook reading
Constructivist learning theory suggests that learners must construct their own understandings, rather than have understanding passively dumped into their brains. These findings support the US National Research Council's recommendations for the adoption of active learning pedagogies in the classroom. However, the "classroom lecture" is only one of the resources students commonly have for learning in higher education. In this paper, we present exploratory homeworks -- a tool to support active learning for teaching programming languages. By leveraging the opportunity for the student to interact with the computer/compiler, we seek to provide a model for students of how to explore and understand programming language constructs and concepts. We report on the use of 15 exploratory homework assignments used in a CS0 course with 440 students in Winter 2011. We provide a model and advice for others wishing to develop exploratory homeworks for their programming courses and present quantitative and qualitative evidence regarding students' positive valuation of the homeworks.
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