中国校企合作背景下通识教育物联网课程建设

Yun Guo, Min Li
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引用次数: 0

摘要

本研究描述了通识教育中的物联网课程设计,有助于理解产学研合作对高等教育的影响。物联网的快速发展对教育产生了重大影响,改变了传统的教学方式,也对学生的相关知识介绍提出了新的需求。在中国政府鼓励产学研合作的背景下,我们分析了将物联网课程作为大学本科通选课引入的必要性和可行性。介绍了采用尼亚加拉框架作为实验平台的课程。南开大学的实证研究表明,通过校企合作,物联网等前沿技术可以有效融入高校通识教育,使各专业学生受益。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IoT Course Construction in General Education against the Background of China's University-Industry Collaboration
This study describes the IoT course design in general education and contributes to the understanding of the influence of university-industry collaboration on higher education. The rapid development of IoT has made a significant impact on education by changing the traditional teaching method as well as putting forward a new demand for the introduction of relevant knowledge to students. Against the background of China's government encouraging university-industry collaboration, we analyzed the necessity and feasibility of introducing the IoT course as a general elective course for undergraduates. A curriculum that adopts the Niagara framework as a lab platform is described. The empirical study at Nankai university illustrated that through university-industry collaboration, cutting-edge technology such as IoT could be effectively integrated into universities' general education and benefit students of various majors.
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