Toronto Metropolitan University

Overview

The Building Science graduate program at Toronto Metropolitan University is designed to explore the intricate relationships between building physics, envelope design, and energy systems, and their impact on building performance, occupant comfort, and environmental sustainability. Through this program, students will cultivate essential research and applied skills to assess and enhance real-world building solutions.

What you'll study

This comprehensive program integrates fundamental building science principles with practical coursework focused on envelope performance, energy systems, and performance evaluation. Students will gain expertise in assessment and modeling techniques, empowering them to make informed design decisions.

Core courses may include:

• Building Science Theory
• Building Envelope Systems
• Ecological and Resource-Efficient Design
• Energy-Efficient Building Services and Renewable Energy Systems
• Building Performance Assessment
• Building Performance Simulation/Modeling

Research and applied learning opportunities:

• Performance assessment and modeling: Employ analytical methods and simulations to evaluate building behaviors and outcomes.
• Applied design perspective: Bridge technical building physics concepts with design choices to enhance environmental performance.

Entry requirements

To be considered for admission into the Building Science graduate program, applicants typically need a strong academic background, often reflected in a minimum GPA requirement. Specific details regarding GPA expectations and other admission criteria should be confirmed with the university.

Career prospects

Graduates of the Building Science program are well-equipped to pursue a variety of career paths in the building and construction industry. Potential roles include building performance analyst, energy consultant, building envelope designer, and sustainability coordinator, among others. The skills developed throughout the program prepare students to address modern challenges in building design and performance, making them valuable assets in the field.