Online EECS curriculum for high school students

J. D. Steinmeyer
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引用次数: 3

Abstract

One way to increase the reach of STEM exposure and education programs is through the use of online environments. There are numerous challenges in pursuing such a solution, however. Here we present an online EECS-themed curriculum we developed and ran in the summer of 2014 that introduced rising high school seniors to core concepts in EECS. The course placed significant emphasis on short, yet complex exercise modules that relied on both software and hardware engineering concepts and attempted to develop a virtual laboratory setting in an effort to reproduce the benefits of laboratory presence of residential programs. Three different online environments were used in tandem to create an online community. We discuss the creation of the curriculum, show several examples of exercises carried out by students, present analysis of student behavior throughout the course, and discuss student feedback from this course as compared to residential programs. It is our intention that this work could provide the basis for future similar curricula, enabling cost-effective broader outreach of STEM programs at the K-12 level.
在线高中EECS课程
增加STEM接触和教育项目范围的一种方法是通过使用在线环境。然而,寻求这样一种解决方案存在许多挑战。在这里,我们展示了一个在线EECS主题课程,我们在2014年夏天开发并运行,向即将升入高中的高年级学生介绍了EECS的核心概念。这门课程非常强调短而复杂的练习模块,这些模块依赖于软件和硬件工程概念,并试图开发一个虚拟实验室环境,以努力再现实验室存在的好处。三个不同的在线环境被串联使用来创建一个在线社区。我们讨论了课程的创建,展示了几个学生练习的例子,对整个课程中学生的行为进行了分析,并讨论了与寄宿课程相比,学生对这门课程的反馈。我们的目的是,这项工作可以为未来类似的课程提供基础,使STEM项目在K-12水平上具有成本效益。
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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