Dr. Liang Luo | Harbin Institute of Technology | China
Luo Liang (罗亮) is a dedicated researcher in nano-biotechnology 🧬, intelligent construction 🏗️, and bridge engineering 🌉. Born in July 1996 in Ji’an, Jiangxi Province, China 🇨🇳, he is a Ph.D. candidate at Harbin Institute of Technology 🎓, specializing in artificial intelligence-driven smart infrastructure maintenance and nano-material applications for structural sustainability. He has contributed to national research projects integrating nano-biotechnology, self-healing materials, and AI-driven maintenance for bridges and urban infrastructure. With over 10 SCI-indexed publications 📖 in leading engineering and material science journals, he actively explores nano-engineered concrete, self-repairing bridge materials, and intelligent maintenance decision-making 🤖. Luo has also worked in the construction industry and assisted with national-level research and award applications.
Professional Profile:
Google Scholar
Suitability for Best Researcher Award
Luo Liang demonstrates strong research potential in nano-biotechnology, intelligent construction, and bridge engineering. His interdisciplinary expertise, particularly in AI-driven smart infrastructure maintenance and nano-material applications, positions him as a valuable contributor to modern engineering challenges. His research aligns with the global push for sustainable and intelligent infrastructure solutions.
Education & Experience 🎓👨🔬
🔹 Ph.D. in Civil Engineering (2021-2025) – Harbin Institute of Technology 🏗️ (Focus: Nano-biotechnology in Smart Materials)
🔹 M.Sc. in Architecture & Civil Engineering (2018-2021) – South China University of Technology 🏛️ (Focus: High-performance Structural Nodes)
🔹 B.Sc. in Civil Engineering (2014-2018) – East China Jiaotong University 🚆 (Focus: Advanced Materials in Construction)
🔸 National Key R&D Program (2022-2025) – Artificial intelligence-driven nano-enhanced bridge maintenance 🛠️🔬
🔸 National Natural Science Foundation Project (2017-2021) – Self-healing high-performance structural nodes using nano-materials 🏢
🔸 China Resources Land (Guangzhou) Co., Ltd. (2019-2021) – Project design & planning with nano-coatings for buildings 🏠
🔸 Ph.D. Advisor Assistance (2021-Present) – Nano-material applications in bridge sustainability and repair 🏆
Professional Development 📚🚀
Luo Liang is at the forefront of nano-biotechnology applications in civil engineering 🔬. His research focuses on nano-engineered self-healing materials 🏗️, biocompatible coatings for bridges 🌉, and intelligent infrastructure monitoring 📡. By integrating nano-sensors, AI-driven predictive analytics 🤖, and biomimetic materials, he develops high-performance, sustainable structures. His work includes nano-reinforced concrete 🏢 for crack resistance, self-repairing polymer composites, and biodegradable construction materials 🌱. Actively publishing in top-tier SCI journals, he also contributes to national research projects and industrial collaborations 🏆. Passionate about nano-biotech innovations, he strives to enhance the future of smart, self-sustaining infrastructure 🚀.
Research Focus 🔬🏗️
Luo Liang specializes in nano-biotechnology and artificial intelligence-driven smart infrastructure 🤖. His work integrates nanomaterials, biological self-healing technologies, and big data analytics 📊 to develop autonomous maintenance systems 🏗️. Key research areas include:
🔹 Nano-enhanced bridge coatings for corrosion resistance ⚙️
🔹 Bio-inspired self-repairing concrete for crack healing 🏢
🔹 Nano-sensor networks for real-time bridge health monitoring 🌉
🔹 AI-driven material optimization for sustainability assessments 🌱
🔹 Ultra-high-performance nano-concrete (UHPC) with biodegradable reinforcements 🧬
🔹 3D printing of nanostructured materials for construction automation 🖥️
His goal is to create intelligent, self-sustaining, and durable infrastructure 🌎 using nano-biotechnology innovations.
Awards & Honors 🏅✨
🏆 National Ph.D. Scholarship & Inspirational Scholarship 🎓
🏅 Outstanding Student & Excellent Student Leader 🏫
🏅 Outstanding Graduate & Excellent Communist Party Member 🌟
🏗️ Second Prize – National University Bridge Design Competition 🥈
🎖️ Excellent Performance in Research & Academic Contributions 📖
Publication Top Notes:
📌 Stressing state analysis of multi-span continuous steel-concrete composite box girder – H Xiao, L Luo, J Shi, H Jiang, Z Wu | Engineering Structures | 📖 Cited by: 24
🏗 Experimental evaluation of mechanical properties and microstructure for recycled aggregate concrete collaboratively modified with nano-silica and mixed fibers – H Sun, L Luo, H Yuan, X Li | Construction and Building Materials | 📖 Cited by: 19
🔩 Parametric analysis and stiffness investigation of extended end-plate connection – L Luo, M Du, J Yuan, J Shi, S Yu, Y Zhang | Materials | 📖 Cited by: 18
🧱 Experimental study on flexural performance of ultra-high-performance concrete with recycled aggregate co-modified by nano-silica and steel fiber – L Luo, J Shi, J Wang, Y Qu, B Dai | Construction and Building Materials | 📖 Cited by: 14
⚡ Seismic behavior of extended end-plate connections subjected to cyclic loading on the top-side of the column – L Luo, J Qin, D Zhao, Z Wu | Materials | 📖 Cited by: 13