PLC下数学课堂教师元认知对学生自主学习的影响

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引用次数: 0

摘要

本研究旨在探讨小学教师在数学教学中元认知的提升。小学教师在数学课堂中参与专业学习社区(PLC)进行自我调节学习。许多文献指出,在数学课堂上,学生可以学习自我调节学习策略。此外,教师的元认知能力也会影响其教学效果。针对本研究的问题,主要有两方面的探索。本研究首先编制了数学教学教师元认知量表,并对其结构效度和信度进行了验证。其次,研究人员在数学课堂上对小学教师的SRL进行了PLC设计。参与者是来自一所农村小学的教师。结果表明,教师数学教学元认知量表的结构效度和信度均可接受。此外,统计检验的平均值表明,教师对数学教学的元认知有了显著的提高。因此,在数学课堂中应用可编程逻辑语言是促进教师元认知的有效途径。在此基础上,对今后的研究和数学教师的专业知识提出了建议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Exploring Teachers’ Metacognition in Mathematics Classroom under PLC for Students’ Self-Regulated Learning
This study aims to explore the improvement of primary school teachers’ metacognition in mathematics instruction. The primary school teachers participate in professional learning community (PLC) for self-regulated learning (SRL) in mathematics classroom. Much literature points out that strategies of self-regulated learning can be taught to students in mathematics classroom. Moreover, teachers' metacognitive ability will affect their teaching effectiveness. In response to the issue of this study, there are two major explorations. Firstly, this study develops teachers’ metacognition scale for mathematics instruction and then verifies its construct validity and reliability. Secondly, the researcher carries out primary school teachers’ PLC for SRL in mathematics classroom. Participants are teachers from one primary school in rural area. Results show the construct validity and reliability of teachers’ metacognition scale for mathematics instruction are acceptable. In addition, mean of statistical test indicates that teachers’ metacognition for mathematics instruction are improved significantly. Therefore, it indicates PLC for SRL in mathematics classroom is effective way to promote teachers’ metacognition. Based on the findings, some suggestions for future studies and mathematics teachers’ professional knowledge are discussed.
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