基于ICAP框架的学生学习活动分析

Mengmeng Qi, Minghui Liu, Ting Yan, Bowen Liu
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摘要

为了提高学生的学习成绩,探索学生在科学课和语文课上学习活动的频率和差异是很重要的。本研究基于ICAP框架,设计学习活动编码方案,分析学生在科学课和语文课两个课堂录像中的学习活动。然后进行χ2检验和社会网络分析。结果表明,学习活动的频率为:主动b>建设性>被动>指导性。科学课的学习活动数量多于语文课。学生倾向于积极地操作、总结、讨论和交流,但不太可能详细阐述和捍卫自己的观点。更重要的是,学生的学习活动在科学课和语文课上有显著差异。我们应该更加注意在不同的班级设计不同的学习活动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of Students’ Learning Activities Based on the ICAP Framework
To improve students’ academic performance, it is important to explore the frequency and differences of students’ learning activities in Science and Chinese classes. Based on the ICAP framework, this study designed learning activities coding scheme to analyze students’ learning activities in two classes video recordings (science and Chinese classes). Then χ2-test and social network analysis are conducted. The results revealed that the frequency of learning activities is: active > constructive > passive > instructive. The number of learning activities in Science class is more than that of Chinese class. Students tend to operate, summarize, discuss and communicate actively, but they are less likely to elaborate and defend for their own views. More importantly, Students’ learning activities have significant difference in Science and Chinese classes. We should pay more attention to design different learning activities in different classes.
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