Brief Introduction:

Guanhua Qu, PhD in Engineering, graduated from Tianjin University, and joint Ph.D at the National University of Singapore in 2022-2023. He has long been engaged in research on ergonomics based on multimodal physiological signal analysis, population characteristics and defect progression of retinal light sensitivity, and the development of healthy and safe indoor environments. Over the past five years, he has published 16 journal articles as the first or corresponding author and currently serves as a guest editorial board member for the journal CMC-Computers, Materials & Continua. He has applied for 14 invention patents, six of which have been granted.

Academic Achievements:

Selected Papers:

[1] Guanhua Qu, Lei Ren, Gang Liu*, Yuanyuan Zhang, Siu-Kit Lau, Michelle Zhan, Ming Yan. The best college classroom light environments have changed: Attributed to the public health issue of decreased sensitivity to students’ eyesight, Energy and Buildings, 2024.

[2] Guanhua Qu, Xingyu Zang, Hongrong Meng, Yuanyuan Zhang, Lei Ren, Gang Liu*, Qingwei Chen, Siu-Kit Lau. A novel method for spatiotemporal temperature prediction in offices by using Raman-distributed fiber-optic sensor with the data fusion method, Journal of Building Engineering, 2023.

[3] Guanhua Qu, Zenghui Liu, Lei Ren, Gang Liu*, Yuanyuan Zhang, Michelle Zhan, Ming Yan, Wei Liu, Weifeng Li. Intelligent generation method of infection risk map and management system in hospital waiting room for respiratory infectious diseases, Journal of Building Engineering, 2024.

[4] Lei Ren, Guanhua Qu*, Gang Liu, Yuanyuan Zhang, Michelle Zhan, Siu-Kit Lau. The perceptual variation of artificial light environment among college students due to the group defect of retinal light sensitivity, Energy and Buildings, 113285.

[5] Gang Liu, Guanhua Qu*, Lei Ren, Yuanyuan Zhang, Xingyu Zang, Rui Dang. The influence mechanism of daylight visual evaluation in college classrooms under the physiological characteristics of student group, Building and Environment, 2022(209):108655.

[6] Gang Liu, Zenghui Liu, Guanhua Qu*, Lei Ren, Lan Wang, Ming Yan. Dual-Agent Intelligent Fire Detection Method for Large Commercial Spaces Based on Numerical Databases and Artificial Intelligence, Process Safety and Environmental Protection, 2024.

[7] Lan Wang, Hansong Lu, Guanhua Qu*, Lei Ren, Zongwu Xu, Gang Liu, Ming Yan, Zenghui Liu. Cross-physical field prediction method for smoke field distribution in commercial building fire based on distributed optical fiber sensor, Journal of Building Engineering, 2024.

[8] Gang Liu, Hongrong Meng, Guanhua Qu*, Lan Wang, Lei Ren, Lei Fang. Distributed optical fiber sensor temperature dynamic correction method based on building fire temperature-time curve, Journal of Building Engineering, 2023(68):106050.

[9] Gang Liu, Hongrong Meng, Guanhua Qu*, Lan Wang, Lei Ren, Hansong Lu. Real-time monitoring and prediction method of commercial building fire temperature field based on distributed optical fiber sensor temperature measurement system, Journal of Building Engineering, 2023:106403.

[10] Gang Liu, Lei Ren, Guanhua Qu*, Yuanyuan Zhang, Xingyu Zang. Fast prediction model of three-dimensional temperature field of commercial complex for entrance-atrium temperature regulation. Energy and Buildings, 2022(273), 112380.

Patents:

[1] A method for predicting and controlling the infection risk of respiratory tract infectious diseases in hospital waiting area, 2025.01 (CN202210110976.9).

[2] A multi-target temperature prediction method for fire field based on distributed optical fiber temperature measurement, 2024.11 (CN20210108323.7).

[3] UPS cluster temperature measurement and classification warning method and device based on optical fiber sensor, 2024.07 (CN202410697157.8).

[4] A kind of anti-cold wind and haze-removing intelligent door bucket based on check valve, 2024.01 (CN202210108996.2).

[5] Real-time temperature monitoring and prediction system for public building fire based on distributed optical fiber, 2023.01 (CN202211162022.9).

[6] A temperature prediction system for office space based on distributed optical fiber, 2022.09 (CN202110475169.2).

Book & Book Chapter:

[1] Guanhua Qu, Yuanyuan Zhang, Lei Ren, Gang Liu, Jiaxu Zhou, Ming Yan. The Impact of Human Factors Engineering on Indoor Physical Environments, 2025. (In Press)

[2] Guanhua Qu; Lei Ren; Lan Wang; Yuanyuan Zhang; Siu-Kit Lau; Hansong Lu; Gang Liu. The Development of Distributed Fiber Optic Temperature Sensing Technology in Fire Monitoring and Early Warning Fields, Advances in Engineering Research, Chapter 4, 2023.

Honors & Awards:

[1] Best Researcher Award (under 35 years old) Awarded by 4th International Conference on High Energy Physics, 2023.

[2] Excellent Poster Award Awarded by 11th Global Young Scientists Summit, 2023.