A. Stypulkowski, John A. Huntoon, S. Burns, Hejintao Huang
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引用次数: 0
摘要
佐治亚理工学院(Georgia Institute of Technology)应对COVID-19大流行的措施包括确保学生获得公平的实践学习机会。岩土工程入门实验课程的讲师开发了家庭实验包,其中包含学生在家收集数据以学习不同岩土工程概念的材料。在学期结束时发放了一份调查问卷,让学生分享他们的经验,并让教师观察虚拟实验室教学方法的有效性。总体而言,90.5%的学生回应说,动手测试的实验室比只涉及数据分析的实验室更有益。在所提出的主题中,学生对他们对粒度分布和水力传导性的理解最自信;他们对阿特伯格极限的理解最不自信,阿特伯格极限是唯一不包括动手实验的教学主题。结果表明,在虚拟教学中,家庭实验室实验是课堂实验室程序的有益替代。
Geotechnical Engineering Lab Course Virtual Instruction Methods: A Response to Covid-19
Georgia Institute of Technology's (Georgia Tech's) response to the COVID-19 pandemic included ensuring students gained equitable exposure to hands-on learning. Instructors of the introductory geotechnical engineering lab course developed At-Home Lab Kits that contained materials for students to gather data at home to learn different geotechnical engineering concepts. An end-of-semester survey was distributed for students to share their experiences and for instructors to observe the effectiveness of the virtual lab instruction method. Overall, 90.5% of students responded that labs with hands-on tests were more beneficial than labs that only involved data analysis. Among the topics presented, students were most confident in their understanding of grain size distribution and hydraulic conductivity;they were least confident in their understanding of Atterberg limits, the only instruction topic that did not include hands-on experimentation. Results indicate that at-home lab experiments are a beneficial substitution for in-class lab procedures when in a virtual pedagogy.