Recently, in the national finals of the 2025 China College Students' Mechanical Engineering Innovation and Creativity Competition - Intelligent Precision Assembly Event, students from the School of Mechanical and Electrical Engineering of our university achieved excellent results, winning 2 national first prizes, 1 second prize, and 1 third prize.
The China College Students' Mechanical Engineering Innovation and Creativity Competition - Intelligent Precision Assembly Event is sponsored by the Chinese Mechanical Engineering Society. It is one of the largest and highest-level student competitions in the field of intelligent assembly for mechanical-related disciplines in Chinese universities. The competition is committed to building a platform for technical exchange and exhibition in intelligent assembly, promoting the integration and innovation of advanced industry concepts and technologies, and strengthening the cultivation of students' innovation and practical abilities. Since 2019, this competition has been included in the competition catalog of the "National College Students' Competition Analysis Report" released by the China Association of Higher Education for consecutive years.
This year's competition, with the theme of "Ingenuity in Assembly, Intelligence for the Future", focused on cutting-edge technologies in the field of intelligent manufacturing. Nearly 800 teams from more than 160 universities across the country participated, including Tsinghua University, Beijing Institute of Technology, Northwestern Polytechnical University, Dalian University of Technology, and The Hong Kong Polytechnic University. After regional selection, 246 teams advanced to the national finals. The finals included sections such as automatic precision assembly, manual fine-tuning of shaft components, and on-site defense, comprehensively assessing students' comprehensive application abilities in five major knowledge modules: assembly theoretical foundation, assembly precision detection, robot operation, monocular vision, pose calculation, and human-machine collaboration.
