Deepening Industry-Academia-Research Integration: Shanghai University of Engineering Science Faculty and Students Visit Inte Electron, Exploring New Applications in Materials Science

On November 28, 2025, Yint Electronics (YINT) Shanghai R&D Center welcomed a group of special "visitors." Professor Liu Yanhui from the School of Materials Science and Engineering at Shanghai University of Engineering Science led nearly 50 materials science students on a unique "enterprise classroom" tour at Yint Electronics

This event aims to respond to the national call for "deepening the integration of industry and education," breaking down the barriers between theoretical teaching in universities and practical applications in enterprises, enabling future engineers to engage with cutting-edge technologies in the electronic components industry up close

Exploring the core of research and development: witnessing the big technology behind "small devices" At the beginning of the event, the teachers and students visited the company's high standard R&D laboratory and reliability testing center under the leadership of the technical director of Yintai Electronics. This event aims to respond to the national call for "deepening the integration of industry and education", break down the wall between theoretical teaching in universities and practical application in enterprises, and enable future engineers to have zero distance exposure to cutting-edge technologies in the electronic components industry

From high-precision performance testing of circuit protection devices (TVS/ESD) to fully automatic winding process demonstrations of common mode inductors in vehicle Ethernet, students witnessed for the first time how the "microstructure" in books can be transformed into the "core protection power" of the industry Mr. Ge Chunrong from the company provided a detailed introduction to the rigorous research and development process (IPD) of Yin Te Electronics, which covers the entire lifecycle management from requirement analysis, material selection, structural design to rigorous AEC-Q200 vehicle grade testing. This allowed the teachers and students present to have a concrete understanding of "vehicle grade quality".

Focusing on Material Pain Points: A Deep Dialogue on "Magnetism and Electricity" As students majoring in materials science, the most concerned thing for them is the application of basic materials in electronic components. During the communication session, senior R&D engineers from Yintai Electronics shared without reservation the real pain points and challenges faced by the company in material applications, in conjunction with the current popular "research and development of automotive Ethernet inductors" How to use nanocrystalline materials to solve the problem of magnetic saturation at high frequencies? How does the new polyimide (PI) insulation material maintain dielectric stability under extreme temperature changes? This kind of case sharing based on real industrial scenarios has greatly stimulated students' thirst for knowledge. Teacher Liu Yanhui said on site, "In school, we pay more attention to the physical and chemical properties of materials themselves; here, we see how materials are 'defined' and 'used'. This shift in perspective is crucial for students' future research directions Three seniors guide the way: What kind of talent does the enterprise really need? The climax of the activity occurred during the interactive Q&A session, where students were asked: What kind of talent does the enterprise need? What knowledge should we focus on learning during our school years? The technical experts from Yin Te Electronics have provided sincere suggestions regarding the issue; The electronics industry is undergoing a transformation from consumer grade to automotive grade, which places extremely high demands on the consistency and reliability of materials. The person in charge of Yinte Electronics stated that what companies need is not only people who understand theory, but also talents with systematic engineering thinking and practical problem-solving abilities. I hope that while laying a solid foundation in materials science, students will also pay more attention to downstream application circuit knowledge and become material experts who understand circuits. Conclusion: Building a Talent Highland Together The "Moving the Classroom to Enterprises" event not only opened a window to the industry for students of Shanghai University of Engineering and Technology, but also demonstrated the long-term layout of Yin Te Electronics in basic material research and talent cultivation. As a leading enterprise in the field of circuit protection and magnetic components, Yin Te Electronics will continue to open up innovation platforms, deepen school enterprise cooperation, and reserve more new forces for the high-quality development of China's electronics industry.