Coding for All: Computer Science Outreach for All Ages and Budgets (Abstract Only)

Jennifer Sabourin, Lucy Kosturko, Scott W. McQuiggan
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Abstract

Many feel K-12 computer science requires a large tech budget, a classroom full of laptops, tablets or robots, and an experienced tech teacher. This belief is not unfounded as the majority of online computer science teaching materials require modern technology and Internet connectivity, making these tools inaccessible to the low-tech classroom. As a solution, we developed SAS® CodeSnaps, a free tool that provides an engaging coding experience with minimal technology. One iPad and one robot (www.sphero.com) are all that is needed for every student in a classroom to code. With CodeSnaps, students program together using printable coding blocks. When their program is ready, they "snap" a picture using the CodeSnaps app which digitizes their code and executes it on a robot, allowing students to see their program execute in the real world. In this poster we present lesson plans for both a single engagement with students as well as week-long introduction to CS fundamentals centered around the CodeSnaps app. We also discuss results from two pilot studies designed to measure student engagement during these lessons.
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面向所有人的编码:面向所有年龄和预算的计算机科学推广(仅摘要)
许多人认为,K-12计算机科学需要大量的技术预算,一个满是笔记本电脑、平板电脑或机器人的教室,以及一位经验丰富的技术教师。这种想法并非没有根据,因为大多数在线计算机科学教材都需要现代技术和互联网连接,这使得这些工具无法进入技术含量较低的教室。作为解决方案,我们开发了SAS®CodeSnaps,这是一个免费的工具,可以用最少的技术提供引人入胜的编码体验。一个iPad和一个机器人(www.sphero.com)是教室里每个学生编写代码所需要的。有了codesnap,学生们可以使用可打印的编码块一起编程。当他们的程序准备好后,他们使用CodeSnaps应用程序“抓拍”一张照片,该应用程序将他们的代码数字化,并在机器人上执行,让学生们看到他们的程序在现实世界中执行。在这张海报中,我们展示了与学生的单次接触的课程计划,以及围绕codesnap应用程序进行的为期一周的CS基础介绍。我们还讨论了旨在衡量学生在这些课程中的参与度的两项试点研究的结果。
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