吸引女孩参与计算机科学:单性别跨学科课程有帮助吗?

Kairos M. Marquardt, Ingo Wagner, Lucia Happe
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引用次数: 5

摘要

如果只有一小部分人参与其中,计算机驱动的创新就无法充分发挥其潜力。没有女孩和她们非陈规定型的贡献,创新潜力就会受到严重限制。在计算机科学(CS)和软件工程(SE)中,性别差距仍然存在,没有任何积极的趋势。许多女孩发现很难认同计算机科学这门学科。然而,我们可以利用她们的兴趣,通过跨学科的亚文化为女孩创造环境,激发和培养她们对计算机科学的热情。本文介绍并讨论了一项干预的结果,我们应用了一门新的跨学科数据科学在线课程,通过从生物学和地理生态学的角度解决群体崩溃失调的宏伟目标,让女孩们对CS和编程感到兴奋。研究结果表明,这类项目不仅能让女孩对编程产生兴趣,还能对学习环境产生重要影响。令人吃惊的结果显示,单性别班(SGCs)的女生对cs相关话题的态度明显更开放,干预在她们中引起的积极感受明显多于混合性别班(MGCs)的女生。研究结果强调了如何在学校引入cs相关主题的重要性,以及学习环境对满足真正的性别包容性教育要求的关键影响。
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Engaging Girls in Computer Science: Do Single-Gender Interdisciplinary Classes Help?
Computing-driven innovation cannot reach its full potential if only a fraction of the population is involved. Without girls and their non-stereotypical contribution, the innovation potential is severely limited. In computer science (CS) and software engineering (SE), the gender gap persists without any positive trend. Many girls find it challenging to identify with the subject of CS. However, we can capitalize on their interests and create environments for girls through interdisciplinary subcultures to spark and foster enthusiasm for CS. This paper presents and discusses the results of an intervention in which we applied a novel interdisciplinary online course in data science to get girls excited about CS and programming by contributing to the grand goal of solving colony collapse disorder from biology and geoecology. The results show the potential of such programs to get girls excited about programming, but also important implications in terms of the learning environment. The startling results show that girls from single-gender classes (SGCs) are significantly more open to CS-related topics and that the intervention evoked significantly more positive feelings in them than in girls from mixed-gender classes (MGCs). The findings highlight the importance of how CS-related topics are introduced in school and the crucial impact of the learning environment to meet the requirements of truly gender-inclusive education.
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