معرفی
Han Yulai serves as Associate Professor at Shenzhen Technology University's School of New Materials and New Energy since 2016, concurrently holding the position of Deputy Secretary of the Party Committee since 2019. His academic trajectory spans elite institutions across China, Japan, and the United States, with professional experience including industry research in Tokyo and postdoctoral work in California.
His educational foundation includes:
- Bachelor of Engineering in Polymer Materials and Engineering, Taiyuan University of Technology (2001-2005)
- Dual Master of Engineering: Materials Science (Tsinghua University) and Organic Polymer Materials (Tokyo Institute of Technology) (2005-2008)
- Doctor of Engineering, University of Tokyo, Faculty of Engineering (2011-2014)
Professor Han's research pioneers biomimetic approaches to composite material design, focusing on how stimulus-responsive polymer systems control mineralization processes. His seminal work revealed mechanisms for directing crystal orientation in hydroxyapatite thin films, enabling precise engineering of bioactive surfaces. Current investigations extend these principles to develop advanced functional composites with applications in medical materials and nanotechnology, supported by continuous research funding.
His scientific recognition includes:
- Shenzhen Overseas High-Level Talent Program (Category C, 2017)
- Japanese Ministry of Education Scholarship (2011-2014)
- Tsinghua University Outstanding Student Scholarship (2006)
- Outstanding Graduate of Shanxi Province (2005)
- National Mathematical Modeling Contest Awards (2004)
Professor Han actively cultivates the next generation of materials scientists through:
- Practical training opportunities for undergraduate researchers
- Graduate supervision for students in chemical engineering and materials science
- Hands-on experience with funded projects totaling over 3.4 million RMB since 2017
- Direct involvement in cutting-edge composite material synthesis and characterization
His research group maintains strong focus on translating biomineralization principles into functional materials, providing students with unique opportunities at the intersection of polymer science, materials engineering, and biological processes.
