本科阶段电子学课程主动学习实施方案

T. Mandic, A. Barić
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引用次数: 1

摘要

《电子学1》是一门本科课程,涵盖了从半导体物理到运算放大器等复杂电子系统的广泛领域。本课程是电气工程与信息技术专业大二学生和计算机专业大二学生的必修课程。由于课程的综合性和公认的缺乏兴趣,学生往往在不了解所学概念及其实际应用的情况下学习。本文提出了通过引入主动学习(AL)过程来提高学生对电子学兴趣的建议。这个人工智能过程是由开发的人工智能模块支持的,即clicker,它提供了整个课程中学习主题的实践经验。我们提供问卷建议,将给学生小组,结果将与对照组进行比较,以评估所建议方法的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Active-learning implementation proposal for course Electronics at undergraduate level
The course “Electronics 1” is taught at undergraduate level and covers broad area of electronics starting from the physics of semiconductors to the complex electronic system such as operational amplifier. This course is obligatory for sophomore students enrolled in Electrical Engineering and Information Technology undergraduate program as well as in Computing undergraduate program. Due to the course comprehensiveness and recognised lack of interest, students tend to study without understanding the studied concepts and their practical application. This paper presents the proposal to increase the interest in electronics by introduction of the active learning (AL) process. This AL process is supported by the developed AL module, i.e. clicker, which provides the hands-on experience of the topics studied throughout the course. We provide questionnaire proposal that will be given to groups of students and the results will be compared to the control group to assess the usefulness of the proposed approach.
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