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Classroom Climate and Learning Effectiveness Comparison for Physical and Cyber F2F Interaction in Holistic-Blended Learning Environment

机译:整体混合学习环境中物理和网络F2F交互的教室气候和学习效果比较

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A Holistic-Blended Learning Environment has been developed in which Physical Face-to-Face, Cyber Face-to-Face and Cyber Asynchronous blended models are synthesized into one holistic-blended learning model. Such a model enables teachers and learners to do two-way interaction asynchronously and synchronously no matter whether they are in physical space or cyber space. The aim of this research is to explore whether significant differences exist in terms of effects on classroom climate and learning effectiveness between Physical Face-to-Face Group and Cyber Face-to-Face Group. The research methodology includes surveys, interviews, and content analyses. The results show that although Cyber Face-to- Face Group has a larger change on classroom climate and learning effectiveness before mid-term and after final exam than Physical Face-to-Face Group there was no significant difference in learning effectiveness between the Cyber Face-to-Face and Physical Face-to-Face student groups. Furthermore, results show a positive correlation between classroom climate and learning satisfaction. This study validates the positive potential of implementing holistic-blended learning for higher education.
机译:已经开发了一种整体融合的学习环境,其中将物理面对面,网络面对面和网络异步混合模型合成为一个整体混合学习模型。这样的模型使教师和学习者无论在物理空间还是网络空间中,都可以异步和异步地进行双向交互。这项研究的目的是探讨物理面对面组和网络面对面组在课堂气氛和学习效果方面是否存在显着差异。研究方法包括调查,访谈和内容分析。结果表明,尽管“网络面对面”组在中期和期末考试后的课堂气氛和学习效果的变化要比“物理面对面”组大,但网络面对面的学习效果之间没有显着差异面对面和身体面对面的学生团体。此外,结果显示教室气氛与学习满意度之间存在正相关。这项研究验证了在高等教育中实施整体融合学习的积极潜力。

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