Mr. Zhi-Wei Zhang | Vibration Energy Harvesting | Best Researcher Award 

Mr. Zhi-Wei Zhang | Vibration Energy Harvesting | Beijing Forestry University | China

Mr. Zhi-Wei Zhang is a distinguished researcher and faculty member at Beijing Forestry University, China, with extensive expertise in structural engineering, material mechanics, seismic metamaterials, and innovative concrete structures. He obtained his Ph.D. in Civil Engineering and has developed a strong academic and professional career combining rigorous theoretical research with practical experimentation. Mr. Zhang has accumulated significant professional experience through his involvement in national and international research projects, where he has collaborated with leading institutions to advance knowledge in earthquake-resilient construction, multifunctional building materials, and adaptive structural systems. His research interests focus on structural innovation, seismic metamaterials, multifunctional concrete sandwich shells, dynamic load response, and sustainable construction materials, reflecting a commitment to addressing real-world engineering challenges. He demonstrates exceptional research skills, including numerical modeling, experimental mechanics, structural analysis, computational simulation, and material characterization, enabling him to translate complex theoretical concepts into applicable engineering solutions. Mr. Zhang’s scholarly contributions are evidenced by over 26 peer-reviewed publications, with a cumulative citation count of 535 and an h-index of 11, underscoring his influence and impact in the field. His work has been recognized for advancing understanding in structural vibration mitigation, material optimization, and seismic safety, and he has actively contributed to academic mentoring, student guidance, and interdisciplinary collaborations, highlighting his leadership and commitment to nurturing emerging researchers. He has participated in professional forums, workshops, and collaborative platforms to disseminate knowledge and promote best practices in engineering design and materials science. While already accomplished, Mr. Zhang has opportunities to further enhance his impact by increasing publications in top-tier journals, expanding international collaborations, and participating in keynote lectures and editorial boards, which would amplify his global research visibility. In conclusion, Mr. Zhang, Zhiwei is highly deserving of recognition due to his substantial contributions to civil engineering research, structural innovation, and sustainable construction practices.