On the morning of July 9, 2018, Beijing Geolight Company and the Institute of Disaster Prevention officially signed the University-Enterprise Collaborative Education Cooperation Agreement. Mr. Zhuang Cantao, Chairman of the company, and Professor Liu Chunping, Vice President of the Institute of Disaster Prevention, signed the agreement on behalf of the two parties respectively. Hong Li, Director of the Academic Affairs Office; Cai Jianxian, Vice Dean of the School of Electronic Science and Control Engineering; Yao Zhenjing, Vice Dean of the School of Electronic Science and Control Engineering; relevant department heads of the company and faculty members of the school attended the forum and signing ceremony. The event was presided over by Vice Dean Cai Jianxian.
At the signing ceremony, Mr. Zhuang introduced the company profile, technical advantages and plans for bilateral cooperation. Vice President Liu Chunping presented an overview, educational orientation and disciplinary features of the Institute of Disaster Prevention. He put forward guiding opinions on establishing practical teaching bases for industrial instruments and carrying out collaborative education, and expressed expectations for further deepening cooperation with industrial enterprises. Thereafter, Vice President Liu Chunping and Mr. Zhuang signed the agreement on behalf of the university and the enterprise respectively.
Centering on deepening university-enterprise cooperation, leaders of both sides and persons in charge from the School of Electronic Science and Control Engineering, Academic Affairs Office and other departments held in-depth discussions on cooperation areas including Emerging Engineering Education, industry-university collaborative talent cultivation and technological research and development. Both parties stated that they would take this signing ceremony as an opportunity to jointly advance comprehensive, high-level university-enterprise cooperation. In particular, steady and effective cooperation will be carried out in talent training, disciplinary development and technological development. By integrating fundamental disciplinary research with practical application, long-term professional talent support will be provided for the development of instruments and equipment for earthquake prevention and disaster reduction.
