Creative Internet of Things (IoT) for Undergraduates

S. Lee, Andrew Jung, Mira Yun
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引用次数: 4

Abstract

This article presents results of our pilot study for a new Internet of Things (IoT) course for CS undergraduates. Most of the current IoT courses proposed focused on designing and developing new classroom activities and projects. However, we strongly believe that open-ended student project can enhance students’ creative thinking. After providing fundamental theories and related hands-on activities, we allowed students to choose their own final project topic. Since our course covers hardware platforms, programming, networking protocols, and data storage of IoT systems and applications in the classroom, students can be ready for exploring new real-world problems at the end. By choosing their own project topic, students have a chance to apply their classroom leanings to solve new problems creatively and learn new skills by themselves. Course evaluation based on student feedback shows high level of enthusiasm and engagement for the course especially for hands-on activities and final open-ended project.
大学生创意物联网(IoT)
本文介绍了我们为计算机科学本科生开设的一门新的物联网(IoT)课程的试点研究结果。目前提出的物联网课程大多侧重于设计和开发新的课堂活动和项目。然而,我们坚信开放式的学生项目可以增强学生的创造性思维。在提供基础理论和相关实践活动后,我们允许学生选择自己的期末项目主题。由于我们的课程涵盖了物联网系统和应用的硬件平台、编程、网络协议和数据存储,因此学生可以在课程结束时为探索新的现实问题做好准备。通过选择自己的项目主题,学生们有机会运用课堂知识创造性地解决新问题,并自己学习新技能。基于学生反馈的课程评估显示了学生对课程的高度热情和参与度,特别是对实践活动和期末开放式项目。
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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