University of Ottawa

Overview

The Master of Applied Science (MASc) in Civil Engineering at the University of Ottawa offers a unique blend of advanced civil engineering principles with a focus on evidence-based policy and governance. This program prepares students to understand how scientific knowledge informs public decision-making while deepening their technical expertise through specialized coursework and research.

What You'll Study

The MASc program typically spans 24 months of full-time study and includes a combination of coursework and a research component. Students will engage in a variety of subjects that bridge civil engineering and the science-society-policy interface. Indicative course areas may include:

• Decision at the Interface of Science and Policy
• Hydraulic Structures
• Computational Hydrodynamics
• Water Resources Systems
• Advanced Topics in Hydrology
• Coastal Engineering
• Statistical Methods in Hydrology
• Advanced Structural Dynamics
• Advanced Topics in Structural Design (e.g., steel and reinforced concrete)
• Theory of Elasticity
• Earthquake Engineering
• Construction Equipment Management
• Wind Engineering
• Deep Foundations and/or Site Improvements (as offered)

The research component requires students to complete a project related to civil engineering and the science-policy interface, with the format determined by faculty and departmental guidelines. Elective courses are available and selected based on prerequisites, research interests, and scheduling availability.

Entry Requirements

While specific GRE, GMAT, or GPA requirements for this program may vary, prospective students are encouraged to consult with the university for the most accurate and up-to-date information regarding academic qualifications. Additionally, proficiency in English is required for non-native speakers.

Career Prospects

Graduates of the MASc program in Civil Engineering are well-equipped for a variety of roles in both the public and private sectors. They can pursue careers in areas such as urban planning, environmental consulting, infrastructure development, and policy analysis. The combination of engineering expertise and policy understanding prepares them to address complex societal challenges related to infrastructure and sustainability.