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Enhancing Students' Level of Critical Thinking through Interaction in Problem Based Learning and Computer Supported Collaborative Learning Environment

机译:通过基于问题的学习和计算机的互动增强学生的批判性思维水平,支持的协作学习环境

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The purpose of this study is to investigate the potential impact of PBL-CSCL learning environment on students' level of critical thinking skills and cognitive performance. This study will be carried out in ten weeks among 37 students who enrolled in Programming Language Concepts and Paradigms course. The independent variable of this study is the pattern of interaction types while the two assessment techniques which are the students' critical thinking skills and cognitive performance are the dependent variables. The study seeks to identify the best pattern of interaction that occurs in the PBL-CSCL learning environment that helps to maximize students' critical thinking skills and cognitive performance. Further investigation involves in finding if there correlation between students' level of critical thinking and subject specific cognitive performance with types of interaction occurs during learning. This is a quantitative research design that involves the use of quantitative and qualitative data and adopts one group pre-test and post-test design. The findings of the study will help instructors in understanding students' preference of interaction types in a real world learning activities in order to enhance their critical thinking and cognitive performance.
机译:本研究的目的是调查PBL-CSCL学习环境对学生批判性思维技能和认知性能水平的潜在影响。本研究将在纳入编程语言概念和范式课程的37名学生之间进行。本研究的独立变量是互动类型的模式,而两个评估技术是学生的批判性思维技能和认知性能是依赖变量。该研究旨在确定PBL-CSCL学习环境中出现的最佳互动模式,有助于最大限度地提高学生的批判性思维技能和认知性能。进一步调查涉及在学习期间发生学生批判性思维与互动类型的特定认知性能之间的相关性。这是一种定量研究设计,涉及使用定量和定性数据,采用一组预测试和后测试设计。该研究的调查结果将帮助教师了解学生在真实的世界学习活动中的互动类型的偏好,以提高他们的批判性思维和认知性能。

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