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可选的解剖学和生理学电子学习资源:学生访问、学习方法及学业成果

Optional anatomy and physiology e-learning resources: student access, learning approaches, and academic outcomes.

作者信息

Guy Richard, Byrne Bruce, Dobos Marian

机构信息

School of Health and Biomedical Sciences, RMIT University , Bundoora, Victoria , Australia.

出版信息

Adv Physiol Educ. 2018 Mar 1;42(1):43-49. doi: 10.1152/advan.00007.2017.

Abstract

Anatomy and physiology interactive video clips were introduced into a blended learning environment, as an optional resource, and were accessed by ~50% of the cohort. Student feedback indicated that clips were engaging, assisted understanding of course content, and provided lecture support. Students could also access two other optional online resources, lecture capture recordings and an interactive atlas of anatomy, and individuals were tracked with respect to their access behavior, learning approach, and subject score. Deep learning was highest among those accessing the clips or atlas or those accessing more online resources, and thus self-regulatory skill development might be a useful approach to increase student access to optional online resources. Those who accessed clips, lecture capture recordings, or atlas achieved a significantly higher subject score than those who did not. When combinations of resources used were considered, we found an approximately linear relationship between number of resources accessed and subject score, with a 16% difference in score between those who accessed none or all of the resources. However, the low resource access rate suggests that academic advantage may not be simply due to the learning support offered by the resources. As students accessing the optional resources tended to be more self-regulated, it may be that it was the extra effort made with respect to other subject resources, rather than just the access to the online resources, that contributed to higher subject score. Further studies are required to establish the relationships between academic performance, optional online resource access, and deep learning.

摘要

解剖学和生理学互动视频片段被引入混合学习环境,作为一种可选资源,约50%的学生使用了这些资源。学生反馈表明,这些片段很有吸引力,有助于理解课程内容,并为课堂讲授提供了支持。学生还可以访问另外两个可选的在线资源,即课堂讲授录制视频和解剖学互动图谱,并且对学生的访问行为、学习方法和学科成绩进行了跟踪。在访问视频片段或图谱的学生,或访问更多在线资源的学生中,深度学习程度最高,因此自我调节技能的培养可能是增加学生访问可选在线资源的一种有效方法。访问视频片段、课堂讲授录制视频或图谱的学生,其学科成绩显著高于未访问的学生。在考虑所使用的资源组合时,我们发现访问的资源数量与学科成绩之间存在近似线性关系,未访问任何资源或全部资源的学生在成绩上相差16%。然而,资源访问率较低表明,学业优势可能不仅仅归因于这些资源提供的学习支持。由于访问可选资源的学生往往自我调节能力更强,可能是他们在其他学科资源上付出的额外努力,而不仅仅是访问在线资源,促成了更高的学科成绩。需要进一步开展研究,以确定学业成绩、可选在线资源访问和深度学习之间的关系。

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