2025年7月3日，浙江省博士后两创融合系列对接活动暨第一届“工行杯”浙江省博士后创新创业大赛总决赛在杭州未来科技城学术交流中心成功举办。我院博士后谭政伟凭借“基于材料-结构协同设计的高速磁控螺旋微机器人关键技术研究”项目，在创新赛组-高端装备制造与机器人赛道中脱颖而出，以前三名的优异成绩荣获铜奖。此次大赛由浙江省博士后联谊会主办，以“两创深度融合 博创引领未来”为主题，旨在推动博士后科技创新与产业创新深度融合，为建设全球创新策源地注入新动能。
谭政伟博士的项目围绕材料设计、微机器人建模与设计、稳定磁驱动系统等关键技术展开，突破了传统磁控螺旋微机器人在运动速度方面的技术瓶颈，取得了多项创新性成果。项目依托复旦大学智慧纳米机器人与纳米系统国际研究院与复旦大学义乌研究院（新材料新器件新装备高精尖缺制造中心）双平台开展研究，并得到国家自然科学基金面上项目及浙江省博士后择优资助等项目支持。在陈相仲研究员和梅永丰教授的悉心指导下，项目攻克了多项技术难题，其创新性、技术原创性及成果转化价值获得了评审专家的一致认可。“博士后阶段是科技创新的黄金期，也是理论与实践深度融合的关键阶段。”谭政伟表示，团队将以此为契机，进一步优化系统性能，推动项目从实验室走向产业化，为高端装备制造与机器人领域的发展贡献力量。
复旦大学智慧纳米机器人与纳米系统国际研究院高度重视博士后人才培养与科技创新工作。研究院通过搭建高水平的科研平台、整合校地资源、深化产学研合作，为博士后提供了广阔的成长空间和坚实的支持保障。此次谭政伟博士的获奖，不仅彰显了研究院在先进制造与微机器人领域的科研实力，也体现了研究院在博士后培养和两创融合方面的显著成效。未来，研究院将继续强化创新策源功能，深化协同创新网络建设，为博士后和青年科研人才提供更多实践机会和发展平台，打造创新人才高地，铺筑国家科技发展自立自强之路的重要基石。
Dr. Zhengwei Tan Wins Bronze Award at the 1st ICBC Cup Zhejiang Postdoctoral Innovation and Entrepreneurship Competition
On July 3, the final round of the 1st ICBC Cup Zhejiang Postdoctoral Innovation and Entrepreneurship Competition was successfully held at the Academic Exchange Center of Hangzhou Future Sci-Tech City. Dr. Zhengwei Tan, a postdoctoral researcher at our institute, stood out in the High-end Equipment Manufacturing and Robotics track of the Innovation Competition category with his project titled Key Technologies for High-Speed Magnetically Controlled Helical Microrobots Based on Material-Structure Synergistic Design. With a top-three performance, he was awarded the Bronze Prize. Organized by the Zhejiang Postdoctoral Association, the competition aims to accelerate the synergy between postdoctoral scientific research and industrial innovation, accelerating the construction of a globally influential innovation hub.
Dr. Tan’s project focuses on the synergistic design of materials and geometries, microrobot modeling, and reliable magnetic actuation systems. The proposed project has overcome longstanding technical bottlenecks in the locomotion speed of conventional magnetically driven helical microrobots, demonstrating a number of innovative breakthroughs. The research is carried out on both platforms: the International Institute for Intelligent Nanorobotics and Nanosystems at Fudan University and Advanced Manufacturing Center for New Materials, Devices, and Instruments at Yiwu Research Institute of Fudan University. The project is supported by the National Natural Science Foundation of China and the Zhejiang Provincial Postdoctoral Excellence Program. Under the dedicated guidance of Professor Xiangzhong Chen and Professor Yongfeng Mei, the project has conquered multiple technical challenges. Its novelty, originality, and value for technology transfer have received unanimous recognition from evaluation experts.
“The postdoctoral stage is a golden period for scientific innovation and a key phase for applying theory into practice,” Dr. Tan remarked. He and his team will take this opportunity to further optimize system performance and advance the project from lab to real-world applications, contributing to the development of high-end equipment manufacturing and robotics.
The International Research Institute of Smart Nanorobotics and Nanosystems at Fudan University attaches great importance to postdoctoral training and technological innovation. By building high-level research platforms, integrating university and regional resources, and deepening university-industry collaboration, the institute provides postdoctoral researchers with broad development opportunities and strong support. Dr. Tan’s recent recognition not only highlights the institute’s strength in advanced manufacturing and microrobotics research, but also reflects its achievements in postdoctoral training and innovation–entrepreneurship integration. Looking forward, the institute will continue to strengthen its role as an innovation incubator, expand collaborative innovation networks, and offer more opportunities for young researchers. It aims to become a fertile ground for cultivating scientific talents and a cornerstone for advancing China's scientific and technological self-reliance.
撰稿：杨嘉倩
校稿：程绍平 陈相仲
审核：黄高山