开发性的教育安排如何支持具有巨大教育潜力的学生的学习和动机?

Katarina Pajchel, Aase Marit Tolebråten Sørum Ramton
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引用次数: 0

摘要

本文介绍了为普通课堂设计的探究式教学单元如何支持天才学生的动机和学习。对这些学生进行了基于调查的教学,并通过匿名问卷收集数据,询问学生对学习活动的看法。回答围绕五个主题进行:指导性教学、深度学习、兴趣、变化和掌握。我们的研究结果表明,这五个方面通过动机直接和间接地支持学生的学习。基于探究的教学单元的独特之处在于,它允许学习者沉浸在感兴趣的主题中,沉浸在各种各样的高级任务中,加深学科知识,增强实践和创造性的工作方式。研究发现,学科知识的相关性和应用是额外的激励因素。教学单元提供了一些为融入普通课堂的天才学生推荐的适应策略的例子。
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Hvordan kan et utforskende undervisnings- opplegg i naturfag støtte læring og motivasjon hos elever med stort læringspotensial?
This article presents how an inquiry-based teaching unit designed for the regular classroom can support the motivation and learning of gifted students. Inquiry-based teaching was conducted with such students, and data were gathered via anonymous questionnaires in which the students were asked how they perceived the learning activities. The responses were clustered around five themes: instructive teaching, deep learning, interest, variation and mastering. Our results indicate that these five aspects support students’ learning directly and indirectly through motivation. The inquiry-based teaching unit is distinct in that it allows the learner to immerse him or herself in a topic of interest and in varied and advanced tasks, deepening subject knowledge and enhancing practical and creative ways of working. The relevance and applications of the subject knowledge were found to be additional motivating factors. The teaching unit provides examples of several adaptation strategies recommended for gifted students integrated into the regular classroom.
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来源期刊
Nordic Studies in Science Education
Nordic Studies in Science Education Social Sciences-Education
CiteScore
0.70
自引率
0.00%
发文量
20
期刊最新文献
Sammenhengen mellom utforskende undervisning i naturfag og elevers prestasjoner og interesse for og trivsel med naturvitenskap. Norske resultater fra PISA 2015. Quantum physical insights of agential realism within new materialism in science education: Lower secondary school students’ conversations when constructing representations of plate boundaries in Minecraft Matriser, krafter och fysik: Elevers levda erfarenheter av bedömningsmatriser i grundskolans fysikundervisning En kritisk diskusjon av ‘tematisk analyse etter Braun og Clarke (2006)’ i naturfagdidaktiske studier
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