Literature Review of Online Learning Technology in Chemistry Lab Activities

Riva Ismawati, Arif Widiyatmoko, Adi Nur Cahyono
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Abstract

Chemistry learning is inseparable from lab activities. Strengthening scientific concepts, skills and attitudes go through some experiments. Online learning is a consequence of the Covid 19 pandemic. It is a must option to make sure that students do not lose knowledge and skills causing academic setbacks. Online learning technology does not only aim to convey theoretical materials but also facilitates lab activities. This article tries to identify online learning technology applied to support activities in chemical laboratories and identify the advantages and disadvantages of their applications. This researcher writes this paper based on a review of the literature collected using the ERIC search. There are 17 selected readings reviewed manually. The analysis results show that Zoom meetings, video conferencing platforms, and the DryLab20 network technology are useful for synchronous laboratory learning. Video experiments, simulations, online modules, web-assign, Schoology, formative, Canva, and learning management systems can be used for asynchronous laboratory learning. There is a possibility of combining synchronous-asynchronous laboratory learning programs. Online laboratory learning has advantages in visualizing laboratory activities even though it cannot yet practice the skills acquired in real laboratories. There should be deep considerations regarding the use of online learning technology in laboratories after the pandemic regarding its advantages and disadvantages
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化学实验活动中在线学习技术的文献综述
化学学习离不开实验活动。通过一些实验强化科学观念、技能和态度。在线学习是2019冠状病毒病大流行的后果。这是一个必须的选择,以确保学生不会失去知识和技能,造成学业上的挫折。在线学习技术的目的不仅在于传递理论资料,还在于促进实验活动。本文试图确定用于支持化学实验室活动的在线学习技术,并确定其应用的优点和缺点。本研究人员在对使用ERIC检索收集的文献进行综述的基础上撰写了这篇论文。有17个选定的阅读材料需要手工复习。分析结果表明,Zoom会议、视频会议平台和DryLab20网络技术可用于同步实验室学习。视频实验、模拟、在线模块、网络分配、学校、形成、Canva和学习管理系统可用于异步实验室学习。有可能结合同步-异步实验室学习计划。在线实验室学习在可视化实验室活动方面具有优势,尽管它还不能实践在真实实验室中获得的技能。大流行后,应深入考虑在实验室使用在线学习技术的利弊
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