📍Current Position

He currently holds the prestigious position of Full Professor at Jilin University. In this role, he leads cutting-edge research in the field of fuel cell technology, with a particular emphasis on the design and fabrication of key components and materials. His work is characterized by a deep commitment to advancing sustainable energy solutions, and he is highly regarded for his contributions to the academic and scientific communities.

📝Publication Achievements 

Journals Published

He has an extensive publication record, with numerous articles in top-tier journals, including Fuel, Advanced Materials, and Applied Energy. His research papers have garnered significant attention, as evidenced by high citation indices, underscoring the impact of his work on the scientific community. Some of his recent publications include: Bio-inspired sinusoidally-waved flow fields with exchange channels to enhance PEMFC performance – Fuel (2024), IF=6.7 AI optimization framework using digital layouts of array structures – Fuel (2024), IF=6.7 Multifunctional Polyoxometalates‐Based Ionohydrogels toward Flexible Electronics – Advanced Materials (2024), IF=27.4 Lung-inspired hybrid flow field to enhance PEMFC performance – Applied Energy (2024), IF=10.1

🔍Ongoing Research 

He is leading several innovative research projects. His current work includes a project funded by the National Natural Science Foundation of China, focusing on the design and manufacture of 3D flow fields for bipolar plates in fuel cells. This project, inspired by the lung’s natural architecture, aims to enhance mass transfer in vehicle fuel cells. Another ongoing project involves the bionic design and manufacture of vehicle hydrogen storage tanks, highlighting his interdisciplinary approach to fuel cell technology

 🔬Research Interests 

His research interests are primarily centered around fuel cell technology, particularly in the areas of: Fuel Cell Bipolar Plate Flow Field Design: Utilizing biomimetic principles to enhance the performance of proton exchange membrane fuel cells (PEMFCs). Artificial Intelligence Optimization: Integrating AI with structural design to optimize flow fields in fuel cells. Bionic Design: Drawing inspiration from natural systems, such as fish gills and lungs, to improve gas/liquid/solid exchange mechanisms in energy devices.

🎓Academic Background 

He earned his advanced degrees with a focus on engineering and materials science, which laid the foundation for his expertise in fuel cell technology. He has further specialized in the application of biomimetic design principles to energy devices, a niche that has positioned him as a leader in his field.

🏆Scholarships and Awards 

Throughout his career, he has successfully completed numerous research tasks, ranging from fundamental studies on mass transfer mechanisms to the development of commercially viable fuel cell components. His work is characterized by a strong emphasis on both theoretical research and practical application.

 🚀Success Factors 

His success can be attributed to his interdisciplinary approach, blending engineering, bioinformatics, and AI. His ability to draw inspiration from natural systems and apply these principles to technological challenges has set him apart as a leader in fuel cell research.

 🧪Publications & Laboratory Experience