多学科计算的合作专门知识

U. Wolz, L. Cassel, T. Way, Kim Pearson
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引用次数: 8

摘要

随着对多学科计算教育的需求不断增加,对分布式专业知识的考虑将成为实施成功课程的关键。提出了一种合作的专业知识模式,在这种模式中,教师对自己的课程负责,为学生创造和评估作业,这些作业也支持他们在同事的课程中学习。我们介绍了在两个地理位置分开的机构通过计算机科学、媒体和英语教师的三门课程(一个机构两门课程,另一个机构一门课程)实施该模型的实验结果。报告的结果包括教师对每门课程学生成绩的分析和学生对多学科合作态度的调查。总的来说,学生的学习和态度似乎都得到了加强。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cooperative expertise for multidisciplinary computing
As the need for multidisciplinary computing education continues to increase, consideration for distributed expertise will become critical to implementing a successful curriculum. A model of cooperative expertise is presented in which faculty maintain responsibility for their own course, creating and evaluating assignments for their students that support learning in their colleagues' courses as well. We present outcomes of an experiment to implement this model at two geographically separated institutions through three courses (two at one institution, one at the other), by faculty in computer science, media and English. Results reported include faculty analysis of student achievement in each course and student surveys of attitudes toward multidisciplinary collaboration. Overall, it appears that student learning and attitudes are enhanced by the experience.
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