Building Engineering Carleton University

Overview

The Building Engineering programme at Carleton University provides an advanced multidisciplinary education focused on the design, construction, and maintenance of modern and historic structures. Students engage with complex engineering challenges to improve the safety, sustainability, and efficiency of the built environment.

This comprehensive curriculum is delivered through the Faculty of Engineering and Design, offering three distinct academic pathways. The Master of Applied Science (M.A.Sc.) is a research-intensive degree requiring a thesis, while the Master of Engineering (M.Eng.) offers both project-based and coursework-only routes. For those seeking the highest level of expertise, the Ph.D. track allows for original research contributions to the field.

Why Building Engineering at Carleton University?

Carleton University is recognised for its specialised facilities and strong focus on experiential learning within the Faculty of Engineering and Design. The programme stands out for its integrated approach, combining architectural conservation with advanced engineering principles to address the full lifecycle of a building.

The institution maintains a collaborative environment where students work alongside expert faculty on real-world problems. Research areas include indoor environmental quality, advanced computational modelling, and the structural assessment of historic buildings. This practical focus ensures that graduates are prepared for the technical demands of the global construction and heritage sectors.

Tuition Fee Breakdown

• International fee: CAD 24427 per year
• National fee: CAD 10305 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum is designed to provide a broad foundation in engineering principles followed by specialised technical training. Modules may include:

• Building Engineering
• Research Methods for Building Engineering
• Indoor Environmental Quality
• Building Energy Management and Optimization
• Building Services Engineering
• Advanced Building Characterization, Conservation and Rehabilitation
• Structural Assessment of Historic Buildings
• Advanced Computational Modeling Strategies of Historic Buildings
• Fire Dynamics I
• Fire Dynamics II
• Fire Modeling
• Design for Fire Resistance
• Fire Behaviour of Materials
• Building Performance Simulation
• Representation and Documentation in Architectural Conservation
• Technical Studies in Heritage Conservation
• Heritage Conservation and Sustainability

Careers with Building Engineering

Graduates of this programme are equipped for diverse professional roles in the engineering and construction industries. Many find success as building performance analysts, fire safety engineers, or heritage conservation specialists within both private consultancy firms and public sector organisations.

The advanced technical skills gained at the university also prepare students for careers in research and development, policy making, and project management. By focusing on sustainable practices and safety regulations, the programme ensures that alumni are ready to lead projects that meet modern environmental and legislative standards.