Reaching for "All":: Understanding the Challenges and Needs of Schools Lagging in CS for All Efforts

Janice Lee, C. Fancsali, Symantha Clough
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Abstract

Over the last decade, substantial strides have been made in the CS for All movement, with the widespread the enactment of policies that promote the implementation of CS education in K-12 schools. Despite this progress, at the current rate of growth, it is estimated that it will take four decades to actually reach CS for all students. This sobering finding highlights the urgent need to understand why so many schools are lagging in implementation, and to identify solutions that could address this gap. Using school-level survey data and administrative school records, we investigate the barriers to scaling up CS education in New York City. Common to many school reform initiatives, some schools were early adopters and eagerly embraced the call to provide CS to all students. Others, despite years of effort and support, have yet to offer CS or serve a small percentage of their enrollment. Our findings suggest that while "normative'' perceptions of CS (e.g., beliefs about it's value) are similar among lower- and higher-implementing schools, some "technical'' challenges-such as lacking an implementation plan and shared school-wide vision for CS-and "political'' challenges-such as the lack of support from administrators, are greater for schools struggling to offer CS. Though these findings focus on one district, they are relevant to the many others engaged in CS for all efforts. This study builds on previous research by shedding light on the distinct challenges and needs of "lagging'' schools, and provides insight into effective strategies for bringing CS education to all.
实现“人人享有”:了解在“人人享有社会服务”方面落后的学校的挑战和需要
在过去的十年中,随着促进在K-12学校实施计算机科学教育的政策的广泛颁布,计算机科学全民运动取得了实质性进展。尽管取得了这样的进步,但按照目前的增长速度,估计需要40年的时间才能真正让所有学生都用上计算机科学。这一发人深省的发现凸显了迫切需要了解为什么这么多学校在实施方面落后,并找出可以弥补这一差距的解决方案。利用校级调查数据和行政学校记录,我们调查了纽约市扩大计算机科学教育的障碍。与许多学校改革举措一样,一些学校是早期的采纳者,并热切地接受了向所有学生提供计算机科学的呼吁。还有一些学校,尽管多年的努力和支持,仍然没有提供计算机科学课程,或者只提供很小比例的计算机科学课程。我们的研究结果表明,虽然在实施程度较低和较高的学校中,对CS的“规范”认知(例如,对CS价值的信念)是相似的,但对于那些努力提供CS的学校来说,一些“技术”挑战(例如缺乏CS的实施计划和全校范围内的共同愿景)和“政治”挑战(例如缺乏管理人员的支持)更大。虽然这些发现集中在一个地区,但它们与许多其他从事所有努力的CS相关。本研究建立在以往研究的基础上,揭示了“落后”学校的独特挑战和需求,并提供了将计算机科学教育普及到所有人的有效策略。
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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