Dr. Zaiyi Liao
Areas of Specialization
Building automation
Computational modeling of building performance
Fire safety
Wastewater treatment
IAQ
Durability of building materials
Water resource management
Building services engineering
Education
Year | University | Degree |
---|---|---|
2004 | University of Oxford | PhD |
2001 | Hong Kong Polytechnic University | PhD |
1990 | Tsinghua University | MASc |
1988 | Tsinghua University | BArch |
Spotlight
In fast-developing China, building science expertise is in demand—and so is Zaiyi Liao. For several years, Liao has been collaborating with researchers and industry to develop a solution for monitoring and assessing the structural safety of shelters on the country’s high-speed train platforms. He also consults on other matters, including building envelopes. “In China, they have many of the same weather fluctuations and needs that we have in Canada,” he says, “which means there are many opportunities for our professionals.”
Recently, Liao took a group of fourth-year DAS students to the city of Yichang in central China. Their assignment? Design a bed and breakfast for a self-sustaining organic farm and agro-tourism attraction. Liao had his students perform site surveys and topology analysis, and he encouraged them to incorporate local architectural traditions. The owner of the farm was so thrilled with their work that he plans on constructing their design. “The project was successful because it combined local tradition with Canadian building science,” says Liao. “It was the best of both worlds.”
“By collaborating across cultures, the opportunities to learn and innovate are endless.”
- (2018) Mapping Monthly Water Scarcity in Global Transboundary Basins at Country-Basin Mesh Based Spatial Resolution, Scientific Reports
- (2017), Effect of Plant Community Structure and Road Greenbelt Width on PM2.5 Concentration, Journal of Engineering Science and Technology Review, Vol 10 (2), pp 80-85
- (2017), Study on a stepped eco-filter for treating greywater from single farm household, Applied Water Science, 7: 3849-3857, DOI 10.1007/s13201-017-0536-2
- (2017), High-load domestic wastewater treatment using a combined anaerobic-aerobic bio-filter with coal cinder as medium, Environmental Technology, DIO 10.1080/09593330.2017.1296496
- (2016), A Three-layer Macro-Scale Model for Simulating the Combustion of PPUF in CFD, International Journal of Building Simulation, 9: 583-596, DOI 10.1007/s12273-016-0287-2
- Building Automation