Development of Metacognitive Skills in Science Student-Teachers Through Constructivist Approach

Sudhir H. Tandel
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Abstract

Metacognition and Constructivism is a related to each other because as we construct our knowledge at the same time we also develop awareness of construction of knowledge. Thus they are two side of the same coin. Researcher decided to study whether constructivist approach in particular 5 ‘E’ model provide opportunities to develop metacognitive skills in the science student-teachers studying in B.Ed. colleges of Hemchandracharya North Gujarat University, Patan. For studying this objective researcher used Mixed-Method design of Convergent Parallel design. Researcher used Case Study method and exploratory method of qualitative approach and pre-test post-test single group design of quantitative approach. 10 science student-teachers were taught through 5 ‘E’ model and their classroom activity were audio recorded. After each lesson one of the student were interviewed and all student were writing the reflection essay. These three kind of data were then triangulated. Metacognitive skills Inventory were administered before and after the programme. The quantitative data were analyzed through Wilcoxon Sign-Rank Test. The programme was of 10 weeks. The analysis of data suggest that constructivist approach (5 ‘E’ model) definitely provides greater opportunity for the development of metacognitive skills and different characteristics of metacognitive skills find expression during each stage of 5 ‘E’ model.
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建构主义方法下理科学生教师元认知技能的发展
元认知和建构主义是相互关联的,因为我们在建构知识的同时也在发展对知识建构的意识。因此,它们是同一枚硬币的两面。研究人员决定研究建构主义方法,特别是5 ' E '模型是否为在帕坦北古吉拉特邦大学本科教育学院学习的理科学生教师提供了发展元认知技能的机会。为了研究这一目标,研究者采用了收敛并行设计的混合方法设计。研究者采用了案例研究法和探索性方法的定性方法和前测后测单组设计的定量方法。采用5 ' E '模式对10名理科学生教师进行教学,并对他们的课堂活动进行录音。每节课结束后,一个学生接受了采访,所有的学生都在写反思文章。然后对这三种数据进行三角测量。在项目前后分别进行元认知技能测试。定量资料采用Wilcoxon Sign-Rank检验进行分析。该计划为期10周。数据分析表明,建构主义方法(5 ' E '模型)无疑为元认知技能的发展提供了更大的机会,元认知技能的不同特征在5 ' E '模型的每个阶段都得到了表现。
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