个性化实验室使用Moodle

B. Daku
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引用次数: 6

摘要

实践实验是工程教育的一个组成部分。为一门课程开发一个具有挑战性的实验室需要教师和支持人员付出巨大的努力。因此,实验室一旦被开发出来,往往会有相对较长的寿命。传统实验的一个问题是,学生的实验结果可以传递给“下一年”的学生。这降低了实验的有效性,因为学生不太可能在以前的实验书中投入同样的努力。本文描述了一种解决这一问题的方法。该方法利用基于moodle的实现来个性化实验室。实验的结构是利用Moodle的特性来自动改变实验任务中的关键参数。因此,每个实验小组都有不同的实验任务集。这种方法的另一个优点是,个性化的实验任务结果是自动标记的。这一方法已在一门课程中使用,该课程向学生介绍了DSP(数字信号处理)芯片以及用于构建和调试DSP程序的软件。初步的反馈表明,学生们喜欢这种基于moodle的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Individualized laboratory using Moodle
Practical laboratories are an integral part of an engineering education. The development of a challenging lab for a course requires a significant effort on the part of faculty and support staff. Thus labs, once developed, tend to have a relatively long lifetime. A problem with traditional labs is that student's lab results can be passed on to “next years” students. This reduces the effectiveness of the lab, since students are unlikely to put the same effort into the lab when working from a previous lab book. This paper describes a method to address this problem. This method makes use of a Moodle-based implementation to individualize the lab. The lab is structured to make use of the features in Moodle to automatically vary key parameters in the lab tasks. Thus, each lab group effectively has a different set of lab tasks. An added advantage of this approach is that the individualized lab task results are automatically marked. This approach has been used in a course that introduces students to a DSP (Digital Signal Processing) chip and the software used to build and debug DSP programs. Preliminary feedback indicates that the students like this Moodle-based approach.
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