固工融创 多维融合 创新构建电子信息专业硕士培养体系

Group 1 - The 20th Central Committee of the Communist Party of China emphasizes the development of new productive forces tailored to local conditions, highlighting the importance of high-level professionals in electronic information and related fields as key drivers for this development [1] - Local universities face challenges such as a disconnect between talent cultivation and industry demand, as well as prominent disciplinary barriers in the training of master's students in electronic information [1] Group 2 - The master's program at Nanyang Normal University systematically reconstructs the training system for graduate students, focusing on dual empowerment of "solid engineering" and "integrated innovation" [2] - A three-tier curriculum system is established, emphasizing core engineering capabilities in the electronic information field, integrating traditional core knowledge with smart frontiers and industry practices [2] Group 3 - The program adopts a "project-led, integration of science and education" approach, incorporating research projects into the graduate training system to foster innovation capabilities [3] - Over 100 research projects have been undertaken, including national and provincial key research initiatives, creating a multi-level research and education system [3] Group 4 - The program promotes a collaborative education model through industry-education integration, involving a team of 35 faculty members and 40 industry experts [4] - Partnerships with companies and other universities enhance the practical training of graduate students, leading to significant achievements in technology development and application [4] Group 5 - The program focuses on breaking down disciplinary barriers by building a platform cluster around the "optical information and intelligent manufacturing" sector, optimizing discipline layout and resource integration [5] - Eight provincial-level research platforms have been established, covering various fields such as electronic information and artificial intelligence, fostering a collaborative mechanism for talent cultivation [5] Group 6 - The multi-dimensional collaborative training system has significantly improved the quality and core competitiveness of master's graduates in electronic information, with many graduates successfully entering top-tier universities or well-known companies [6] - This training model has effectively stimulated the vitality of graduate education and produced high-level engineering talents suited for future industrial transformations, providing a replicable model for educational reform in local universities [6]