Blackboard and Virtual Station Rotation Model: Effectiveness of Learning Calculus

Shiau Foong Wong, M. Mahmud, Shiau San Wong
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Abstract

With the rapid development and implementation of Internet of Things (IoT) based technologies, we recognize significant improvements in many aspects of life, and education is no exception. To come up with a social distancing strategy in teaching and learning and to enrich the students’ learning experience while meeting the challenge of the pandemic, this study aims to examine the effectiveness of virtual station rotation model deployed in Blackboard in learning double integral (one of the topics in Calculus). The findings indicate that the students were able to achieve equally well results through virtual station rotation model deployed with breakout groups feature in Blackboard as compared to students who learned the same context in an asynchronous class with noninteractive recorded video lectures. It is evident that virtual station rotation model benefits both teacher and students in their learning process.
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黑板与虚拟站旋转模型:学习微积分的有效性
随着基于物联网(IoT)技术的快速发展和实施,我们认识到生活的许多方面都有了显著的改善,教育也不例外。为了在教学和学习中提出社会距离策略,并在应对疫情挑战的同时丰富学生的学习经验,本研究旨在检验在Blackboard中部署的虚拟工作站旋转模型在学习二重积分(微积分中的主题之一)中的有效性。研究结果表明,与在非交互式录制视频讲座的异步课堂上学习相同内容的学生相比,学生通过在黑板上部署分组分组功能的虚拟工作站旋转模型能够取得同样好的结果。可见,虚拟工作站轮转模式对教师和学生的学习都有好处。
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