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How to Design Digitalized Laboratories?--Lessons Learned from Implementing Virtual and Remote Labs

机译:如何设计数字化实验室? - 从实施虚拟和远程实验室的经验教训

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This contribution is showing ways to overcome issues on the way to digitalized laboratories in engineering education. The results presented in this paper were gained throughout a long-term study: 10 different laboratories were surveyed over a time period of 8 years. A non-standardized survey method was chosen for this evaluation, including a semi-structured guideline with open questions developed during several phases of pre-testing. The didactics and technical concepts of the laboratories are addressed, as well as challenges encountered during implementation and operation. Key findings of the whole study were identified by looking at didactical setups, technical aspects, and project managing topics. Although some aspects of hands-on experiments on-site were easily conveyed into virtual or remote laboratories, others needed to overcome severe impairments. However, personal commitment and financial support were identified as important success factors. By addressing original learning objectives as well as technical challenges that arose during set-up and digitalization of the laboratories, the results of this contribution clearly emphasize the connection between didactical purposes and technical realization. In some cases, both virtual and remote laboratories needed additional assistance in rephrasing learning objectives and adapting them throughout the process.
机译:这种贡献显示了克服对工程教育中的数字化实验室的问题的方法。本文提出的结果在整个长期研究中获得:在8年的时间内调查了10种不同的实验室。选择了非标准化调查方法,包括该评估,包括半结构化指南,其中在预测的几个阶段开发了开放的问题。实验室的教学和技术概念得到解决,以及在实施和运营期间遇到的挑战。通过查看教学设定,技术方面和项目管理主题来确定整个研究的主要发现。尽管现场实践实验的某些方面很容易被传送到虚拟或远程实验室,但其他人需要克服严重的损伤。但是,个人承诺和财政支持被确定为重要的成功因素。通过解决原始学习目标以及在实验室设置和数字化期间出现的技术挑战,这一贡献的结果明确强调了教学目的与技术实现之间的联系。在某些情况下,虚拟和远程实验室都需要在重建学习目标并在整个过程中调整它们的额外帮助。

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