以应用创新为导向的高职WSN应用课程建设与探索

The Construction and Exploration of WSN Application Course Guided by Application Innovation

随着物联网应用技术飞速发展,Zig Bee、低功耗蓝牙、低功耗WIFI、NFC等WSN技术已经得到广泛应用,智能家居、智慧城市等创新性应用不断涌现。作为高职的传统WSN应用课程,把教学的重点放在技术基础的教学上,侧重网络基础的浅显理论,以及WSN应用的简单示例,课程内容与技术发展现状存在脱节。而今,国家高度重视物联网技术发展,并把创新创业作为技术发展新引擎,而WSN应用课程由于其课程特点,在应用创新上大有可为。本论文探讨WSN应用课程的设计,在课程建设中,把应用创新作为高职WSN应用课程的引导,突出对应用创新的教学,在已经成熟的WSN技术及各种物联网技术平台上开展WSN的理论与实践教学,探索与拓展高职学生的技术发展空间。

With the rapid development of Io T application technologies, WSN technologies such as Zig Bee, low-power Bluetooth,low-power WIFI, and NFC have been widely used, and innovative applications such as smart homes and smart cities are emerging. As a traditional WSN course in higher vocational education, the focus of teaching is on the technology-based teaching, focusing on the basic theories of the network foundation, and simple examples of WSN applications. There is a disconnect between the curriculum content and the status quo of technological development. Nowadays, the state attaches great importance to the development of Internet of Things technology,and regards innovation and entrepreneurship as a new engine for technological development. The WSN curriculum has great potential for application innovation due to its curriculum characteristics. This paper explores the design of the WSN curriculum. In the curriculum construction, application innovation is used as a guide for higher vocational WSN courses, and the teaching of application innovation is highlighted. The theory of WSN is developed on mature WSN technologies and various Internet of Things technology platforms. Practice teaching, exploring and expanding the technical development space for higher vocational students.