不写论文也能毕业？山大一学生用实践成果获得硕士学位

Core Points - The article highlights the achievement of Wang Qian, who became the first graduate in Shandong Province to obtain a master's degree based on practical results, specifically through a report on the development of an instrument for precision bonding of aspheric resin optical lenses [1][3][8] - The article discusses the broader context of the engineering master's and doctoral training reform initiative in China, which emphasizes practical engineering education in collaboration with enterprises [3][6][7] Group 1: Practical Achievements - Wang Qian's research focused on a set of instruments that can control the precision of lens bonding to within 1 micron, significantly reducing distortion and dizziness for users [3][5] - The technology developed has achieved a twofold increase in efficiency compared to traditional methods and is recognized as being at an advanced industry level [3][5] Group 2: Educational Reform - The engineering master's and doctoral training reform initiative began in 2022, aiming to integrate practical engineering training with academic education, addressing the gap between theoretical knowledge and industry needs [3][6][7] - Shandong University is one of the first pilot universities for this initiative, collaborating with 17 leading domestic companies to establish long-term training mechanisms [3][6] Group 3: Dual Mentorship System - The dual mentorship system involves collaboration between university and enterprise mentors, allowing students to engage in practical projects while receiving academic guidance [5][6] - This system has enhanced the educational experience for students, enabling them to address real-world engineering challenges and contribute to product development [5][6] Group 4: Future Implications - The new regulations effective from January 1, 2025, allow for the awarding of professional degrees based on practical achievements, which is expected to further promote the integration of education and industry [6][7] - Wang Qian plans to continue her work at GoerTek Inc., focusing on improving optical component manufacturing technology for the VR industry [8]