ADVANCING AFFORDABLE
& RESILIENT BUILDINGS
Seismic Design of Prefabricated Concrete Buildings
Prefabricated concrete buildings do not behave the same way as cast-in-place concrete buildings during earthquakes. Their seismic performance depends strongly on how forces move through the structure, especially at the connections between precast components.
Our research focuses on the seismic design and performance of precast concrete buildings, with particular emphasis on connection behaviour, force-transfer mechanisms, and system-level response. Through large-scale testing and advanced numerical modelling, we evaluate how prefabricated systems perform under earthquake demands and develop design solutions that support safe, resilient, and constructible buildings.
Seismic Performance and Design Solutions for High-Rise Buildings
British Columbia faces one of the highest seismic hazards in Canada, creating unique challenges for the design of tall buildings. Our research investigates the behaviour of reinforced concrete, hybrid, and emerging structural systems subjected to earthquake loading.
By studying structural response, damage mechanisms, and innovative design strategies, we develop practical solutions that improve building resilience while supporting the continued growth of urban communities.
Published
since 2022
Scholarships
Innovation in Housing and Indigenous Engineering
Addressing housing challenges requires both technical innovation and meaningful community engagement. Our research explores innovative housing systems, prefabricated construction technologies, and alternative building materials that can improve affordability, constructability, and resilience. Working alongside Indigenous communities and partners, we seek to support housing solutions that are technically sound, culturally appropriate, and responsive to local needs and priorities.
