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Schoenfeld's problem solving theory in a student controlled learning environment

机译:学生控制学习环境中的舍恩菲尔德问题解决理论

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This paper evaluates the effectiveness of a student controlled computer program for high school mathematics based on instruction principles derived from Schoenfeld's theory of problem solving. The computer program allows students to choose problems and to make use of hints during different episodes of solving problems. Crucial episodes are: analyzing the problem, selecting appropriate mathematical knowledge, making a plan, carrying it out, and checking the answer against the question asked. The effectiveness of the computer program was evaluated by means of a pre-test-post-test quasi experimental design study. Four classes worked with the computer program in three periods of two consecutive weeks each, whereas five classes received only traditional mathematics education. These classes served as a control group. The results show evidence of intervention effectiveness. The students who worked with the computer program showed increased problem-solving ability compared to the students in traditional mathematics instruction. The use of hints could explain an essential part of the increase in students' problem solving skills.
机译:本文根据Schoenfeld的问题解决理论得出的指导原则,评估了由学生控制的高中数学计算机程序的有效性。该计算机程序允许学生选择问题并在解决问题的不同过程中利用提示。重要的事件包括:分析问题,选择适当的数学知识,制定计划,执行计划以及根据所提出的问题检查答案。通过预测试-后测试准实验设计研究评估了计算机程序的有效性。四个班级在每个连续两个星期的三个阶段中使用计算机程序,而五个班级仅接受传统的数学教育。这些类用作对照组。结果显示干预效果的证据。与传统数学教学的学生相比,使用计算机程序工作的学生表现出更高的解决问题的能力。提示的使用可以解释学生解决问题能力提高的重要部分。

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