摘要
在我国,高等教育院校是我国社会中高素质人才培养与输出的重要来源。物联网工程专业是一个具备很强综合性的专业,它将测控技术与仪器、通讯工程、计算机科学与技术、自动化等学科交叉联系在一起,形成了独特的物联网理论知识体系。然而,教育部2016年的高校毕业生统计数据表明,在我国开展物联网专业的96所高校中,并没有培育出研究物联网以及能够高效应用物联网的高质量人才。因此,笔者认为我国当下的大部分高等教育学校应该打破传统的单一化教学模式,积极研究、努力建设适合我国高等教育学校物联网工程专业学生全面发展的新型教学体系。笔者借鉴TRIZ理论,从三个方面对构建物联网工程实践教学体系进行了论述,希望对相关读者与高校部门有所帮助,从而帮助高校物联网专业毕业生的就业率。
in our country, higher education institutions are the important source of training and output of high-quality talents in our society. Networking engineering is a strong comprehensive and professional, it will control technology and instrumentation, communication engineering, computer science and technology, automation and other disciplines together, forming a unique theoretical system of knowledge networking. However, college graduates in the Ministry of Education Statistics in 2016 showed that 96 universities in China to carry out professional networking, did not make research on networking and high quality talents, the application of the Internet of things. Therefore, the author thinks that most of our current higher education schools should break the single traditional teaching mode, new teaching system research, and strive to build suitable for students in Higher Education School of China's overall development of active networking project. Based on the TRIZ theory, the elaboration from three aspects to construct the network teaching system of engineering practice, hope to help the readers and the related university department, so as to help college graduates employment rate of things.
出处
《数码设计》
2017年第4期114-116,共3页
Peak Data Science
关键词
TRIZ理论
物联网工程
教学体系
实践
TRIZ theory
Internet of things engineering
teaching system
practice
