Prof. Kang Shumei is exceptionally well-suited for the “Material Chemistry Award” owing to her pioneering contributions to the field of nanostructured coatings and smart materials. Her research spans critical areas of green intelligent self-healing coatings and superhydrophobic anti-pollution materials, both of which are cutting-edge domains within material chemistry. She has published extensively in reputed journals such as ACS Omega, Ceramics International, and Diamond and Related Materials, demonstrating her scientific impact and innovation. Furthermore, her patented technologies—including corrosion-simulation devices and eco-friendly coating formulations—highlight her capacity to translate theoretical research into industrial solutions. Her interdisciplinary approach blends materials science, nanotechnology, chemistry, and engineering, reflecting the spirit of modern material chemistry. Her work contributes significantly to sustainable materials, smart surfaces, and corrosion-resistant systems. Prof. Kang Shumei is highly suitable for the “Material Chemistry Award”. Her impactful research, industrial patents, and leadership in green and intelligent coatings align directly with the award’s focus on innovation, applicability, and advancement in material chemistry. Her portfolio represents the forefront of sustainable and functional materials science.
🎓Education:
Prof. Kang Shumei completed her undergraduate studies in Materials Science and Engineering, laying the foundation for her specialized work in protective coatings. She pursued her Master’s degree with a focus on corrosion resistance and high-temperature metallurgy, gaining comprehensive technical insights into the challenges faced by industrial materials. Her academic journey culminated with a Ph.D. in Materials Science, where she explored advanced coatings and smart surface technologies for anti-corrosion and self-repair mechanisms. Throughout her education, she received several academic distinctions and actively participated in cross-disciplinary research initiatives. Her commitment to academic excellence is reflected in her seamless integration of theoretical research with practical applications, particularly in the development of next-generation coatings for structural materials. Prof. Kang’s rigorous academic training has fueled her innovative outlook in green materials, enabling her to design sustainable and high-performance coatings suitable for diverse industrial sectors.
🏢Work Experience:
Prof. Kang Shumei brings a wealth of academic and research experience from her longstanding tenure at the University of Science and Technology Liaoning. Currently a full professor in the School of Materials and Metallurgy, she has led several national-level research projects focused on intelligent coating materials and green technologies. Her industrial collaborations and applied research have led to the development of patented innovations in super hydrophobic, anti-pollution, and self-healing coatings. Prof. Kang has mentored graduate students and researchers, many of whom now hold positions in academia and industry. Her role also includes curriculum development, laboratory modernization, and fostering interdisciplinary programs. A recognized academic authority, she frequently serves as a reviewer for prestigious journals and a technical advisor on corrosion protection. Her experience extends to international research exchanges and joint ventures that aim to commercialize smart coating systems for industrial use in marine, automotive, and energy sectors.
🏅Awards:
Prof. Kang Shumei has received numerous accolades in recognition of her research excellence and technological innovation. She is the recipient of several prestigious invention patents, including a device for continuous casting steel leakage control (2017), a nitrogen-reducing method for high-titanium steel (2022), and an eco-friendly superhydrophobic, anti-biofouling self-healing coating (2023). In 2025, she patented an experimental corrosion simulation device for marine environments. These awards underscore her pioneering work in corrosion protection and green materials. She has been acknowledged by the Chinese academic community and material engineering institutions for her outstanding contributions to industrial applications and sustainability. Additionally, she has been invited to deliver keynote lectures at major conferences and serves on editorial boards of leading journals in materials science. Her innovative research continues to influence emerging technologies and has made her a sought-after collaborator in both academic and industrial research environments.
🔬Research Focus:
Prof. Kang Shumei’s research focuses on green intelligent self-healing coatings and superhydrophobic anti-pollution materials, aiming to improve the durability and performance of industrial surfaces under extreme conditions. Her work revolves around designing environmentally friendly coatings that can autonomously repair micro-damage, resist corrosion, and repel contaminants like water, oil, and pollutants. These advanced coatings integrate nanotechnology, functional microcapsules, and surface chemistry to deliver long-term protection with minimal maintenance. She is particularly known for her innovations in epoxy-based self-healing systems, DLC films, and siloxane-modified carbon nanotube composites, which find applications in marine engineering, steel processing, and electronics. Her team also studies corrosion mechanisms at the micro-level to tailor coatings that respond to specific environmental triggers. By combining experimental research with simulation and modeling, Prof. Kang contributes to the development of intelligent surface systems aligned with green and sustainable engineering practices.
Publication Top Notes:
1. Oxidation behaviors of electrodeposited MoSi₂ coating in a wide temperature range from 773 K to 1673 K
Citations: 4
2. Structure and properties of Si and N co-doping on DLC film corrosion resistance
3. Interfacial polymerisation of polyaniline/Fe(OH)₃/graphene nanocomposites and its energy storage properties