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首页> 外文期刊>Educational Studies in Mathematics >Student teachers' reflections on their learning process through collaborative problem solving in geometry
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Student teachers' reflections on their learning process through collaborative problem solving in geometry

机译:学生教师通过解决几何中的协作问题对学习过程的思考

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This paper reports research that focuses on student teachers' reflections on their learning process in a collaborative problem-solving context. One group of students with limited mathematical backgrounds worked on two problems in geometry without teacher intervention. We focus on two episodes from the group dialogues. In the first episode (section 5) the students basically reflect on two key issues. The first reflection is related to the concern of making problem-solving tasks too difficult in general while the second reflection has to do with the concern of participation in the solution process. The students discuss how they can give hints or introduce particular ideas before presenting a solution in order to stimulate colleague participation, thus promoting the understanding of the solution process. The second episode (section 6) illustrates the reflection of students on their preparation as future teachers of mathematics. They emphasise that the experience of getting stuck with a problem may help them to better understand the frustration pupils experience while working on unfamiliar problems in classroom. Based on the experience of getting stuck, the students reflect on how they could motivate themselves as well as pupils to work on mathematical problems. They suggest that a good strategy is to start working on an easier problem. If they succeed in coming up with a solution to that problem, they think that it is then more stimulating to proceed to a difficult one.
机译:本文报告的研究重点是在协作解决问题的环境下,学生教师对他们学习过程的反思。一组数学背景有限的学生在没有老师干预的情况下研究了两个几何问题。我们重点讨论小组对话中的两集。在第一集(第5节)中,学生基本上会思考两个关键问题。通常,第一个思考与使解决问题的任务变得过于困难有关,而第二个思考与参与解决过程有关。在提出解决方案之前,学生们讨论了如何给出提示或引入特定想法,以激发同事的参与,从而促进对解决过程的理解。第二集(第6节)说明了学生对他们未来的数学老师的准备的思考。他们强调,遇到问题的经验可能有助于他们更好地了解学生在课堂上处理不熟悉的问题时所遇到的挫败感。根据被卡住的经验,学生反思自己如何激励自己以及学生从事数学问题。他们建议一个好的策略是着手解决一个更简单的问题。如果他们成功地提出了解决该问题的方案,那么他们认为,朝着一个困难的方向发展就更有动力了。

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