Shooting for the Stars: How a STEM Initiative has Evolved to Address Gender Challenges in Work and Education

Marie Travers, J. Bromell, Katie Crowley, James Vincent Patten, I. Richardson
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Abstract

There are fewer women than men in Science, Technology, Engineering and Mathematics (STEM). To address this imbalance, numerous STEM intervention programmes have been implemented worldwide. These programmes are aimed at helping girls and women to reach their full potential in terms of school and work.Planning and implementing a STEM intervention programme is a complex process. There are many different stakeholders, and their needs can be varied and evolving. This paper discusses STEM interventions, and it presents our experience with a specific intervention, the University of Limerick-Lero/Johnson & Johnson WiSTEM2D (Women in STEM, Manufacturing and Design) programme. This programme has evolved based on the learnings identified in areas such as participant group dynamics, invited speaker engagement and presentation delivery, and teamwork-centered activities. Such learnings can be applied across a range of STEM fields, including software engineering. We believe that initiatives, such as WiSTEM2D, which support and promote gender equality in STEM2D fields, and specifically Computer Science (CS) education and industry, are of key importance. Our review of the programme has identified three primary lessons: (1) individuals did not benefit as strongly as those working in groups (2) online events allow for more speakers and greater transfer of knowledge and (3) working in teams provides the students with the opportunity to socialise with other women in a work environment.
《力争上游:STEM倡议如何演变以应对工作和教育中的性别挑战》
在科学、技术、工程和数学(STEM)领域,女性人数少于男性。为了解决这种不平衡,世界各地实施了许多STEM干预计划。这些方案的目的是帮助女孩和妇女在学校和工作方面充分发挥潜力。规划和实施STEM干预计划是一个复杂的过程。有许多不同的利益相关者,他们的需求可以变化和发展。本文讨论了STEM干预措施,并介绍了我们在特定干预措施方面的经验,即利默里克大学-莱罗大学/强生公司WiSTEM2D (STEM,制造和设计中的女性)计划。该方案是根据在参与者群体动态、受邀演讲者参与和演讲以及以团队为中心的活动等领域确定的学习而发展的。这样的学习可以应用于包括软件工程在内的一系列STEM领域。我们认为,像WiSTEM2D这样的倡议,支持和促进STEM2D领域的性别平等,特别是计算机科学(CS)教育和工业,是至关重要的。我们对该项目的回顾确定了三个主要的教训:(1)个人没有像团队工作那样受益;(2)在线活动允许更多的演讲者和更多的知识转移;(3)团队工作为学生提供了在工作环境中与其他女性社交的机会。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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