Shen Peiliang is a Professor and Doctoral Supervisor. Relying on Wuhan University of Technology, he was selected for the National High-level Young Talents Program. He has led over 10 research projects, including the "14th Five-Year Plan" National Key R&D Program, the National Natural Science Foundation of China, major scientific and technological innovation projects in Hong Kong, the Research Grants Council-General Research Fund (RGC-GRF), and the Environmental Protection Department's Environment and Conservation Fund (ECF). He has supervised over 40 postdoctoral fellows, doctoral students, and master's students.

Aiming at the technological innovation goals of carbon reduction in construction materials, he has conducted systematic and in-depth research across several fields, including the theory and technology of carbon capture and low-carbon design for construction materials throughout their life cycle, carbonation-based valorization of solid wastes, biomimetic calcium carbonate materials, construction energy materials, and materials for new space applications. These efforts have resulted in a series of original research achievements. He has developed a range of low-carbon construction materials along with CO? mineralization theories and technologies, with some of these technologies having achieved practical applications.

Dr. Shen has published over 150 papers in leading journals such as Nature Communications, PNAS, Advanced Materials, and Cement and Concrete Research (including 25 papers in Cement and Concrete Research and 40 in Cement and Concrete Composites). He has filed and been granted over 30 domestic and international invention patents. His honors include a Silver Award from the Hong Kong Green Innovation and Technology Award, a Second Prize for Basic Research from the China Building Materials Science and Technology Award, a First Prize for Science and Technology from the China Association for the Promotion of Industry-University-Research Collaboration, and a First Prize from the China National Coal Association.