高校应对新冠肺炎出现的问题——以“电动汽车与节能技术”双学位硕士项目为例

S. Arhun, A. Hnatov, H. Hnatova, A. Patlins, N. Kunicina
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引用次数: 7

摘要

本文以国际教育双学位硕士项目“电动汽车与节能技术”(EV&EST)为例,分析了高校在应对新冠肺炎疫情中出现的问题。里加技术大学和哈尔科夫国立汽车和公路大学参与了EV&EST项目的开发。简要描述了EV&EST项目和为其实施设定的优先任务。确定了妨碍及时完成某些任务的问题。本文简要介绍了在Moodle教育环境下EV&EST程序框架内开发的远程课程。描述了在适应性隔离条件下开发的基于电动汽车太阳能充电站的实验室和实践练习综合体。实验室和实践练习已经在这个综合体中发展起来。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Problems that have arisen in universities in connection with COVID-19 on the example of the Double Degree Master's Program “Electric Vehicles and Energy-Saving Technologies”
The paper analyzes the problems that have arisen in universities in connection with the COVID-19 pandemic using the example of the international educational master's program of double degrees “Electric Vehicles and Energy-Saving Technologies” (EV&EST). Riga Technical University and Kharkiv National Automobile and Highway University are participating in the development of the EV&EST program. A brief description of the EV&EST program and the priority tasks that were set for its implementation are given. Problems that hinder the timely completion of some tasks are identified. A brief description of the distance course, which was developed within the framework of the EV&EST program in the Moodle educational environment, is given. A complex for laboratory and practical exercises based on a solar charging station for electric vehicles, which was developed under conditions of adaptive quarantine, is described. Laboratory and practical exercises have been developed at this complex.
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