非正式学习空间中的主动学习:理科生的经验

IF 0.7 Q3 EDUCATION & EDUCATIONAL RESEARCH Pedagogies Pub Date : 2022-04-05 DOI:10.1080/1554480X.2022.2061978
Chan Chang-Tik, Beng-Kah song
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引用次数: 0

摘要

在制定本研究的主动学习方法时,我们利用了主动学习的定义作为一种方法,要求学生积极合作参与和参与自己的学习,并对与同龄人一起学习负责。在社会互动的基础上,我们将主动学习的概念扩展到包括社会认知冲突和社会情感冲突。随后,本研究的目的是了解理科生在非正式学习空间中主动学习的体验和感知。目前的研究采用了基本的定性研究方法,涉及29名遗传学学生。数据收集自2小时的录像和45分钟的半结构化焦点小组访谈。采用概念内容分析法对数据进行分析。结果表明,表现较好的学生能够调节认知过程,并通过依赖同伴作为可靠的信息来源,在课堂外的最低指导环境中有效地学习。然而,表现较差的学生依靠他们的讲师向他们传授知识。他们不相信从同龄人那里学科学是可能的。可能是因为他们不知道如何在团队中学习。
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Active learning in informal learning spaces: science students’ experiences
ABSTRACT In crafting the active learning approach for this study, we leverage on the definition of active learning as a methodology that requires students’ active collaborative engagement and involvement in their own learning and they are held accountable for learning with peers. Building from social interaction, we extend the notion of active learning to include socio-cognitive conflicts and socio-emotional conflicts. Subsequently, the aim of this study is to gain insights into science students’ experiences and perceptions of active learning in informal learning spaces. The current study used a basic qualitative research method involving 29 genetics students.. The data were collected from the 2-hour video recordings and 45-minute semi-structured focus group interviews. The conceptual content analysis approach was used to analyse the data. The results reveal that the higher-performing students are able to regulate the cognitive processes, and to learn effectively in a minimally guided instruction environment outside the classroom by relying on their peers as a reliable source of information. However, the lower-performing students depend on their lecturer to transfer knowledge to them. They do not believe it is possible to learn science from their peers. Probably because they do not know how to learn in a group.
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来源期刊
Pedagogies
Pedagogies EDUCATION & EDUCATIONAL RESEARCH-
CiteScore
2.10
自引率
0.00%
发文量
25
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