Fan Le earned a Ph.D. from Harbin Institute of Technology in July 2017. His research has long focused on the safety and resilience of mountainous urban agglomerations, emergency rescue and scientific engineering, and human-computer interaction and intelligent systems.

As one of the early pioneers in China to study multi-hazard damage mechanisms and emergency rescue training facilities, he has served as the Principal Investigator for the design of multiple national and provincial emergency rescue bases. These include the National Emergency Rescue Centers for North China and Northeast China, the renovation of the National Earthquake Emergency Rescue Training Base, and the disaster prevention and mitigation dispatch capacity enhancement projects in the northern and southern regions of Tianjin. He has systematically developed specialized emergency rescue training facilities for major natural disasters such as earthquakes, mudslides, water/mountain/trench rescues, and forest/grassland fires, achieving groundbreaking "zero-to-one" breakthroughs in specialized emergency rescue training platforms for multiple disaster scenarios in China.

Additionally, he actively participates in the evaluation of major national and provincial projects. To date, he has published over 30 scientific papers, co-authored 7 national and industry standards, and obtained 8 authorized national invention patents.

[1] First Prize, Science and Technology Progress Award of Higher Education Institutions of Heilongjiang Province, 2012

[2] First Prize, Science and Technology Progress Award, Architectural Society of China, 2015

[3] Outstanding Communist Party Member of Central Enterprises, SASAC (State-owned Assets Supervision and Administration Commission of the State Council), 2021

[4] Grand Prize, Huaxia Construction Science and Technology Award, 2021

[5] First Prize, Science and Technology Award, China Real Estate Industry Association, 2022

[6] Second Prize, Huaxia Construction Science and Technology Award, 2022

[1] Wang Y Y, Tang Q, Hou D, Fan L*. Coupling and Linkage of Temporal-spatial Patterns and Human-land Elements: Research Progress and Evolution Trend of Living Circle Planning from the Perspective of Safety. Urban Development Studies,2026,33(2):54-62

[2]Hou X M, Fan L*, et al. Design of earthquake emergency rescue training system based on virtual reality technology. China Safety Science Journal,2026,36(1): 199-207.

[3] Wang Y Y, Fan L*, et al. Research on the Crowd Evacuation Mechanism of Residential Neighborhoods under the Influence of Exit Settings. Proceedings of the China Architecture Society 2022-2023, 2023:305-310.

[4] Wang Y Y, Fan S Q, Fan L*. Research on assessment index of urban safety resilience unci-hazards based on multi-factors and multi-level evaluation. Building Science, 2021,37(1):82-88

[5] Fan L, Wang Y Y, Zhang J Y. Safety resilience promotion strategies for mountainous neighborhoods in southwestern China based on crowd evacuation behavior. Journal of Tsinghua University (Science and Technology) ,2020,60(01):32-40

[6] Fan L, Wang Y Y, Zhang J Y. Earthquake emergency rescue training function design strategies based on safety resilience evaluation. Journal of Tsinghua University (Science and Technology), 2020,60(01):9-17

[7] Fan L, Sun C, Wang Y Y. Research on the scenic design of the falling debris scenario of the simulative training of earthquake rescue in teaching area of secondary schools. Urbanism and Architecture, 2017(16): 118-123

[8] Fan L, Sun C, Wang Y Y. Design Strategy Research on Collapsing-Wreck Simulators for Rescue Training Based on Strong Earthquake Simulation. New Architecture,2017,(3):150-155

[9] Fan L, Wang Y Y, et al. Training Device and Practical Training Method for Embankment Emergency Response:202210971056.6[P].2023-11-14.

[10] Fan L, Wang Y Y, et al. A device and training method capable of realizing search and rescue training under multiple working conditions:202211313004.6[P].2025-07-04.