Critical computing literacy: Possibilities in K-12 computer science education

IF 0.7 Q3 EDUCATION & EDUCATIONAL RESEARCH
Cassandra Scharber, Lana Peterson, Yu-Hui Chang, Sarah Barksdale, Ramya Sivaraj
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引用次数: 2

Abstract

ABSTRACT We recommend the conceptualization of computing as a critical literacy, and ground this conceptualization in considerations of historical and current realities in computing. The frameworks of connected learning and computational participation are recommended as guides for doing critical computing literacy. We present the findings from an interpretive case study of the SciGirls Code (SGC) program. This program was piloted with 16 after–school programs for middle school girls that engaged them in computer science (NSF #1543209). This research investigated girls’ learning, attitudes, and participation involving 84 participants across 11 sites aged 10-14 and in 5th-8th grades. Through sharing a vignette from one site and highlighting findings from this study, we illustrate ways to do critical computing literacy and examine the potential of using connected learning and computational participation in designing more equitable computer science education offerings.
关键计算机素养:K-12计算机科学教育的可能性
我们建议将计算的概念化作为一种批判性素养,并将这种概念化建立在计算的历史和当前现实的考虑之上。相关学习和计算参与的框架被推荐为关键计算素养的指导。我们提出了对SciGirls代码(SGC)项目进行解释性案例研究的结果。该项目在16个面向中学女生的课外项目中进行了试点,这些项目涉及计算机科学(nsf# 1543209)。这项研究调查了女孩的学习、态度和参与,涉及11个地点的84名参与者,年龄在10-14岁之间,5 -8年级。通过分享一个网站上的小插曲,并强调本研究的发现,我们说明了如何做到关键的计算素养,并检查了在设计更公平的计算机科学教育产品时使用连接学习和计算参与的潜力。
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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来源期刊
Pedagogies
Pedagogies EDUCATION & EDUCATIONAL RESEARCH-
CiteScore
2.10
自引率
0.00%
发文量
25
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