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理解自我调节学习的发展:一项促进职业学校自我调节学习的干预研究。

Understanding the Development of Self-Regulated Learning: An Intervention Study to Promote Self-Regulated Learning in Vocational Schools.

作者信息

Mejeh Mathias, Held Tanja

机构信息

Department of Research in School and Instruction, Institute of Educational Sciences, Fabrikstrasse 8, CH-3012 Bern, Switzerland.

出版信息

Vocat Learn. 2022;15(3):531-568. doi: 10.1007/s12186-022-09298-4. Epub 2022 Sep 9.

Abstract

Self-regulated learning (SRL) provides the foundation for building sustainable knowledge and is therefore important for schools, classrooms, and lifelong learning in general. Especially in vocational education and training, the concept of SRL remains fundamental as it relates to preparing future employees. However, further research is needed on how vocational students situationally regulate their learning process and the extent to which this may be related to a dispositional change in their SRL. In this study, we analyzed longitudinal questionnaire data from 159 students who attended either SRL-conducive or regular vocational classes. We refer to Perry and colleagues' (2018) framework of an SRL-conducive learning environment, which focuses on (meta)cognitive, motivational, and emotional aspects of learning. Using multilevel analysis, we found differences in the development of (meta)cognitive components of learning, whereas no clear differences could be identified for motivational and emotional components. The results support the assumption that process analyses can be used to draw a more differentiated picture of SRL in vocational schools. Moreover, indirect approaches to promoting SRL should be designed to include all SRL-relevant aspects.

摘要

自我调节学习(SRL)为构建可持续的知识奠定了基础,因此对学校、课堂以及一般的终身学习都很重要。特别是在职业教育与培训中,SRL的概念仍然至关重要,因为它与培养未来员工相关。然而,关于职业学生如何在情境中调节他们的学习过程以及这在多大程度上可能与他们SRL的倾向性变化相关,仍需要进一步研究。在本研究中,我们分析了159名参加有利于SRL的课程或常规职业课程的学生的纵向问卷调查数据。我们参考了佩里及其同事(2018年)提出的有利于SRL的学习环境框架,该框架侧重于学习的(元)认知、动机和情感方面。通过多层次分析,我们发现学习的(元)认知成分的发展存在差异,而动机和情感成分则没有明显差异。结果支持这样一种假设,即过程分析可用于更全面地描绘职业学校中的SRL。此外,促进SRL的间接方法应设计为涵盖所有与SRL相关的方面。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/9692/9461463/047a14aefe1a/12186_2022_9298_Fig1_HTML.jpg

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