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Review of Learning Design Choices of Primary School Programming Courses in Empirical Researches

机译:实证研究中小学编程课程学习设计选择

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Programming, most recently in the form of Computational Thinking (CT), is emerging as a new subject in primary schools worldwide. By data-based decision making, teachers, as learning designers, make decisions on instruction design based on a broad range of evidence, such as student assessment scores and classroom teaching observations. Given the current limitations on conclusive, field-proven teaching practices and an underlying “culture” to use as a basis, we turn to pertinent empirical studies that the growing scientific interest on introducing programming in primary school curricula has produced. The hypothesis is that we may overcome the lack of extensive experience in designing a programming course by reviewing the above evidence, in order to frame learning situations and methods.
机译:编程,最近是计算思维(CT)的形式,正在作为全球小学的新主题。 通过基于数据的决策,教师,作为学习设计师,根据广泛的证据,如学生评估分数和课堂教学观察,做出关于指令设计的决策。 鉴于目前关于确凿,现场证明的教学实践和潜在的“文化”作为基础的局限性,我们转向相关的实证研究,以至于越来越多的科学兴趣引入小学课程的编程。 假设是,我们可以通过审查上述证据来克服缺乏丰富的经验,以便框架学习情况和方法。

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