From August 5th to 7th, Sun Ke, professor, deputy dean and doctoral supervisor of the School of Materials and Energy of the University of Electronic Science and Technology of China, was invited to Shandong Chunguang Technology Group to conduct a three-day special training on new materials research and development for the group's R&D personnel. The group's R&D backbones and personnel in technical and quality-related positions participated in the training.
2026 is the first year of the '15th Five-Year Plan'. The National '15th Five-Year Plan' Outline lists new materials as a key development direction for strategic emerging industries, and clearly proposes to promote the entire chain to achieve decisive breakthroughs in key core technologies in the fields of advanced materials and other fields. Over the years, the Group has unswervingly followed the path of innovation-driven development, cultivating a national manufacturing industry single champion and a 'little giant' company, Chunguang Magnetoelectric, which specializes in new key areas. This training is a concrete action taken by the group to align with the national “15th Five-Year Plan” plan, seize the commanding heights of new material innovation, and use technical hard power to support high-quality development after listing.
Professor Sun Ke has been deeply involved in the field of soft magnetic materials and devices for a long time. He has presided over and participated in a number of national, provincial and ministerial level scientific research projects, won 5 provincial and ministerial level science and technology awards, published more than 60 papers included in SCI, and authorized more than 20 national invention patents. Many achievements have been transformed and applied. He has profound theoretical attainments and rich engineering experience. Over the years, Professor Sun Ke's team has maintained close industry-university-research cooperation with the Group, and both parties have achieved fruitful results in key technology research, innovation platform construction, talent training, etc. This training is another vivid practice for the cooperation between the two parties to expand to a deeper level and a wider field.
During the three-day training, Professor Sun Ke closely followed the main line of new material research and development, systematically analyzed the new material industry trends during the '15th Five-Year Plan' period and the new demands for high-performance materials in key application areas. Focusing on core aspects such as material composition design, microstructure control, key process optimization, and performance test characterization, he gave in-depth lectures on the scientific path of new materials from formula conception to performance realization, from laboratory results to large-scale mass production. Based on the actual situation of the group's production line, he analyzed the key factors that affect the consistency and stability of materials, helping R&D personnel to identify the right research direction and clear up conversion blockages.
The training also included seminars, exchanges and on-site guidance. Professor Sun Ke went into the group's R&D laboratory and testing center to discuss the research topics face-to-face with R&D personnel, answered everyone's technical doubts one by one, and provided guiding opinions on topic design ideas, experimental plan optimization, data analysis methods, etc. based on specific cases. Participants generally stated that the training content was practical, new perspectives, and down-to-earth. It not only updated the knowledge structure, but also broadened research and development ideas. They will apply the learned methods to ongoing research projects to speed up the progress of new material research and development.
In the next step, the group will firmly seize the strategic opportunities of the new materials industry in the '15th Five-Year Plan', continue to deepen the industry-university-research collaboration with universities such as the University of Electronic Science and Technology of China, improve the normal training mechanism for R&D personnel, increase investment in new material R&D and tackle key problems, and strive to realize the learning results. It has been transformed into a number of resounding and durable R&D results, and has laid a solid foundation for enterprise development with independent breakthroughs in key materials, building Linyi into an important R&D and production base for magnetic materials and power supply components in the north, and contributing to the high-level self-reliance and self-reliance of my country's new materials industry.