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Homework Methods in Engineering Mechanics

机译:工程力学中的家庭作业方法

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摘要

This study observes the efficacy of short in class quizzes used to assess students' understanding of homework assignments in an engineering mechanics (Statics & Dynamics) course. Rather than directly grading assigned problems, a random problem was selected from the assigned homework set and used for a quiz on the following class period. Previously, students submitted scans of completed homework assignments via Canvas (learning management software, LMS) and homework was graded directly. Motivation for this research was generated by negative feedback from students in respect to the difficulty and time spent on homework and a lack of correlation between homework and other assessments of performance (quizzes and exams) in the class. Our hypothesis was that using frequent quizzes would motivate students to understand the problems and improve performance on exams. Results suggest that the change had a minimal impact on overall performance, evaluation of student and instructor perceptions show potential benefits countered by stress and time lost to overly frequent quizzes.
机译:本研究观察了课堂测验的效果用于评估学生对工程力学(静态和动态)课程中的家庭作业的理解。从分配的作业集中选择一个随机问题而不是直接分级分配的问题,而是在以下类时段中用于测验。此前,学生通过帆布(学习管理软件,LMS)和家庭作业直接评分完成的家庭作业扫描。这项研究的动机是由学生对作业难度和时间的负面反馈产生的,以及在课堂上的家庭作业与其他性能(测验和考试的评估之间缺乏相关性。我们的假设是,使用频繁的测验将激励学生了解问题并提高考试的表现。结果表明,改变对整体绩效的影响最小,对学生的评估和教练感知表现出潜在的益处,因压力和时间损失过度频繁的测验。

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