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Research methodology education in computing: Arrangements and results from two courses

机译:计算研究方法教育:两门课程的安排和结果

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Research methodology education is one of the less studied and discussed areas of computing education. Underplaying methodological education starts from computing curricula, which discuss methodology to different degrees, depending on the branch of computing. In computer science education research, programming courses have been analyzed through and through, but methodology courses in computing are largely devoid of course descriptions, analytic studies, and experimental studies. This paper presents the learning objectives, contents, and arrangements for a fully online graduate level course on research methodology and research design in computing. The course was run twice in a relatively large school of computing (6915 students) and it included students from a neighboring institution of the same size. Students' (N=136) learning was analyzed from multiple viewpoints. Their final work was analyzed qualitatively by course facilitators as well as scored on a 90-point scale. Their coursework was qualitatively reviewed and graded by their peers and facilitators. The effect of students' learning approaches to course results was analyzed using Biggs' R-SPQ-2F questionnaire. Student feedback was collected using a slightly modified course feedback questionnaire of the university. This paper presents the course arrangements, course results, and analysis of students' learning.
机译:研究方法学教育是计算机教育中研究和讨论较少的领域之一。欠缺方法论的教育从计算课程开始,计算课程根据计算的分支不同程度地讨论方法论。在计算机科学教育研究中,已经对编程课程进行了不断的分析,但是计算机方法学课程却基本上没有课程描述,分析研究和实验研究。本文介绍了有关计算机研究方法和研究设计的完全在线研究生课程的学习目标,内容和安排。该课程在一所相对较大的计算机学校(6915名学生)中进行了两次,其中包括来自邻近规模相同机构的学生。从多个角度分析了学生的学习(N = 136)。课程主持人对他们的最终作品进行了定性分析,并以90分制进行评分。他们的课程工作经过同行和主持人的定性审查和评分。使用Biggs的R-SPQ-2F问卷分析了学生学习方法对课程结果的影响。使用大学的略微修改过的课程反馈调查表收集学生的反馈。本文介绍了课程安排,课程结果以及学生的学习分析。

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