Research on Information Development of Innovation and Entrepreneurship Education for University Students Based on Wireless Communication

Main Article Content

Xin Yang

Abstract

Wireless communication and innovation and entrepreneurship education is undoubtedly one of the current hot issues in the field of human resource development and education. One emphasizes the change of educational technology, means and methods from the micro level; the other highlights the social significance of educational themes and contents from the macro level. Research on both aspects has entered the initial stage in China, and is still in the transition from conceptual analysis, origin exploration, and importance elaboration to the discussion of principles, methods and paths for the construction of the practical system, and remains at the level of academic discussion within the higher education system. At present, there is still a lack of industrialization models and platforms for applying theories to practice, as well as research and practice of applying new wireless communication technologies to the cultivation of innovative and entrepreneurial talents. Therefore, it is necessary to rely on the wireless communication platform, integrate big data technology, and make use of micro courses and MOOCs to break through the traditional cultivation mode of innovative and entrepreneurial talents in schools, and build a hybrid and intelligent enterprise-level learning management and talent management platform based on O2O. The platform can provide one-stop innovation and entrepreneurship education solutions for college students and young people, so as to promote the reform of innovation and entrepreneurship talent training mode in the mobile Internet era. It has a strong practical guiding significance for the research of wireless communication and innovation and entrepreneurship education.

Article Details

How to Cite
Yang, X. (2021). Research on Information Development of Innovation and Entrepreneurship Education for University Students Based on Wireless Communication. CONVERTER, 736-741. https://doi.org/10.17762/converter.253
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Articles