Master of Applied Science Civil Engineering and Concentration Sustainable and Resilient Infrastructure

Civil engineering infrastructure is the backbone upon which society is built. Civil engineers design the infrastructure that forms urban centers, including buildings, bridges, roads and other transportation networks, hydraulic infrastructure such as canals and pipe networks, water and wastewater treatment plants, and waste management facilities. Civil engineers are responsible for ensuring that this infrastructure is resilient to natural and anthropogenic hazards, including floods, earthquakes, and terrorist attacks. Given recent climate change and geopolitics, the risk imposed by such hazards is increasing, resulting in the need for stronger infrastructure with greater capacity. At the same time, construction, operation, and maintenance of this infrastructure consumes vast quantities of natural resources and energy, and industrial expansion of urbanity across the planet has degraded the biosphere and changed the atmosphere. The sustainability of society depends on innovative infrastructure design solutions that minimize resource and energy use. More resilient infrastructure may have longer design life, which improves sustainability, but may also consume more resources. Design of resilient yet sustainable infrastructure is an existential challenge for civil engineers.

There is a need and demand for highly trained civil engineering personnel with the capability of considering both sustainability and resiliency when designing infrastructure. However, conventional civil engineering training fails to consider both sustainability and resiliency simultaneously. This Concentration in Sustainable and Resilient Infrastructure addresses that need.

Students must meet the following requirements:

Note(s)

​At least 9 course units from the total 12 optional course units must be approved by the program and must come from at least two following groups: Sustainability, Resiliency, and both Sustainability and Resiliency.

Students are responsible for ensuring that have met all of the thesis requirements. The thesis must be based on original research carried out under the direct supervision of a research faculty member in the Department and must fall within the area of Sustainable and Resilient Infrastructure.

Students must meet the following requirements:

Courses are delivered in English as the international language for advanced technology in engineering. However, the program will provide an appropriately supportive environment for francophone students to develop professional competence in technical English at their own pace. Students have the right, as stipulated in the University's bilingualism regulations (Academic Regulations I-2), to complete all their work, including their thesis, in the official language of their choice (French or English). There are fully bilingual professors and advisors who can support students in French.