理解学生参与的国际基准:从计算机科学的角度认识和研究校准

Michael Morgan, J. Sinclair, M. Butler, Neena Thota, Janet Fraser, G. Cross, J. Jacková
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引用次数: 13

摘要

越来越多的趋势是使用国家调查工具来衡量学生的参与度。不幸的是,在这些调查中,即使与相关的STEM学科相比,计算机科学(CS)在许多指标上的排名也很低。最初的研究表明,这种糟糕表现的原因可能包括计算机科学学者对这些工具和它们所基于的学生参与措施缺乏认识,以及这些措施与计算机科学教育者的研究重点(和教学实践)之间的不一致。该工作小组对主要的业务参与工具进行了调查,以审查这些工具所体现的措施,并就主要的国际基准跟踪社会责任的实现情况。然后进行了一项全面的研究测绘工作,以检查当前计算机科学教育研究的重点及其与工具所基于的学生参与措施的一致性。该过程能够识别计算机科学教育中学生参与研究的最佳实践示例。为了更好地了解计算机科学学者对敬业度的看法,我们还与计算机科学人员进行了一系列访谈。我们的研究结果表明,如果说有什么不同的话,那就是CS敬业度的结果在进一步下降。对计算机科学教育研究文献的分析表明,许多作者提到了“参与度”(以及他们的目标是提高参与度),但很少有人给这个术语赋予明确的含义,或者提供证据来支持与提高参与度的联系。此外,报告的许多举措不太可能符合主要文书所涵盖的狭隘的、以行为为重点的措施。工作人员的访谈揭示了关于学生参与意味着什么以及在CS中应该做些什么来促进它的各种各样的信念,包括在工具中测量的许多活动对CS是适得其反的观点。这项工作旨在提高对国际基准及其衡量的学生参与方面的认识。这里报告的结果可以被计算机科学教育者用来为提高参与度的策略决策提供信息,以及这些策略如何与现有的调查措施相关联。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Understanding International Benchmarks on Student Engagement: Awareness and Research Alignment from a Computer Science Perspective
There is an increasing trend to use national survey instruments to measure student engagement. Unfortunately, Computer Science (CS) rates poorly on a number of measures in these surveys, even when compared to related STEM disciplines. Initial research suggests reasons for this poor performance may include a lack of awareness by CS academics of these instruments and the student engagement measures on which they are based, and a misalignment between these measures and the research focus (and teaching practice) of CS educators. This working group carried out an investigation of major engagement instruments to examine the measures they embody and track the achievement of CS with respect to the major international benchmarks. A comprehensive research mapping exercise was then conducted to examine the focus of current CS education research and its alignment to student engagement measures on which the instruments are based. The process enabled identification of examples of best practice in student engagement research in CS education. In order to better understand CS academics' perspectives on engagement a series of interviews were also conducted with CS staff. Our findings indicate that CS engagement results are, if anything, declining further. Analysis of CS education research literature shows that many authors refer to ``engagement'' (and their aim to increase it) but few attach a clear meaning to the term or offer evidence to support a link to improved engagement. Further, many initiatives reported would be unlikely to tick the boxes of the narrow, behaviourally-focussed measures covered by the major instruments. Staff interviews revealed a wide variety of beliefs about what student engagement means and what should be done to promote it in CS, including the view that many activities measured in the instruments are counter-productive for CS. This work aims to promote a greater awareness of the international benchmarks and the aspects of student engagement they measure. The results reported here can be used by CS educators to inform decisions on strategies to improve engagement and how these might relate to existing survey measures.
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