科学实验室的远程学习VR技术工具

Evgenia Paxinou, Konstantinos Mitropoulos, H. Tsalapatas, D. Kalles
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引用次数: 0

摘要

远程学习技术和在线学习将继续存在。大流行病危机非常清楚地表明了这一点,但越来越多的学生成长为"数字原住民",希望主要通过技术进行交流和学习,这迫使各机构以创新和技术现代化的方式重新思考其教学方法。现在看来,利用数字技术来组织一个虚拟教室,并教授传统上在物理教室里通过讲座教授的主题,似乎是相当可行的。但是,对于远程教学的实验课程来说,直到最近,在实验室里的实际存在是必要的,有时是强制性的?在本文中,我们针对这一新的需求提出了一个解决方案。我们提出了一个教育互动活动,使用桌面沉浸式虚拟现实(VR)技术,让学生熟悉实验室仪器的使用,特别是光子显微镜。为此,我们还在分析平台上记录和分析学生的行为。所展示的VR活动是自然科学和物理科学教师如何扩大学生参与实验课程的选择的一个例子。这种方法也可用于翻转或混合课堂,在大流行或正常情况下,以刺激、安全、低预算和时间灵活的方式为学生的实验做好准备。此外,由于学习分析后端为他们提供了实验中最困难步骤的清晰视图,因此教师可以立即访问有关学生参与主题的有价值信息,从而允许他们在现场实验室中改进教学方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Distance Learning VR Technology Tool for Science Labs
Distance learning technology and online learning are here to stay. The pandemic crisis made that very clear but the increasing number of the students who are grown up as “digital natives” and want to communicate and learn mostly through technology, make institutions to rethink their instructional approaches in ways that are innovative and technologically modern. It now seems quite feasible to use digital technology in order to organize a virtual classroom and teach a topic that is traditionally taught through lectures in a physical classroom. But, what about the distance teaching of a laboratory course where physical presence in the lab was, until recently, necessary and sometimes mandatory? In this work we propose a solution to this new demand. We present an educational interactive activity that uses desktop immersive virtual reality (VR) technology to familiarize students with the use of laboratory instruments, specifically of a photonic microscope. To that end we also record and analyze students’ actions in an Analytics Platform. The presented VR activity is an example of how instructors in Natural and Physical Sciences can expand their options of engaging their students in the laboratory courses. This approach can also be adopted in a flipped or blended classroom, in pandemic or normal situation, to prepare students for their experiments in a stimulating, safe, low-budget and time-flexible way. Additionally, the instructors may have immediate access to valuable information on their students’ engagement with the subject matter, as the learning analytics back-end offers them a clear view of the most difficult steps of an experiment, thus allowing them to improve their instructional approaches in their on-site labs.
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