在线线性电路分析教材中学生使用互动学习工具

Nikitha Sambamurthy, Alex D. Edgcomb, Y. Rajasekhar
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引用次数: 0

摘要

线性电路分析是电气工程师的一门基础课程。线性电路分析课程的讲师传统上依赖于印刷教科书作为学生的学习材料。随着学生使用电脑和互联网的增加,幻灯片和在线视频等材料也被用作学习材料。传统教科书(包括在线教科书)正在逐渐衰落,而互动教科书却越来越受欢迎。本文描述了自动分级学习工具,称为挑战活动,从各种主题的在线线性电路分析教科书。教师经常布置挑战活动作为家庭作业。每个挑战活动都有3-5个难度越来越大的问题。每个关卡都会从大量难度相似的问题中随机生成一个问题。学生必须正确回答一个问题才能进入下一关。本文描述了学生对在线电路分析教材中4个挑战活动的使用情况。每个活动花费的平均时间不到10分钟,绝大多数开始一个关卡的学生最终都完成了这个关卡,这表明他们很少流失。事实上,大多数级别都有0%的学生放弃,最高的只有8%,根据作者的教学经验,与更传统的纸笔活动相比,这是非常低的。
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Student Usage of Interactive Learning Tools in an Online Linear Circuit Analysis Textbook
Linear circuit analysis is a foundational course for electrical engineers. Instructors of linear circuit analysis courses have traditionally relied on print textbooks for student learning materials. With the rise of student use of computers and the internet, materials like lecture slides and online videos have also been used for learning materials. Increasingly, traditional textbooks (including online formats) are experiencing a decline, while interactive textbooks are growing in popularity. This paper describes auto-graded learning tools, called challenged activities, from various topics in an online linear circuit analysis textbook. Instructors often assign challenge activities as homework. Each challenge activity has 3-5 levels of increasingly difficult problems. Each level randomly generates a question from a large set of questions of similar difficulty. Students must correctly answer a question in a level to progress to the next level. This paper describes the student usage of 4 challenge activities in an online circuit analysis textbook. The average time spent per activity was under 10 minutes and the vast majority of students who started a level ended up completing that level, indicating little attrition. In fact, most levels had 0% of students give up and the highest was only 8%, which is remarkably low based compared to more traditional paper-and-pencil activities based on the teaching experience of the authors.
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