Take your career to new heights through an
interdisciplinary approach to building design.

The Master of Engineering Leadership (MEL) in High Performance Buildings is an intensive one-year degree (January to December) for engineers and architects who want to make a difference in the building sector.

Graduates of this program will have the technical and leadership skills to improve the energy performance of existing buildings and design integrated high-performance energy systems for new buildings.

Propel your career forward

This unique master’s degree will:

  • deepen your knowledge of building energy systems design and modelling
  • broaden your sector-relevant skills through a project-based curriculum that balances advanced engineering modelling and design with green building and regenerative design theories and applications
  • provide a dynamic learning environment that includes project work, seminars, conferences and other innovative teaching strategies
  • give you hands-on experience developing real-world solutions for clients through two capstone projects
  • offer opportunities for you to collaborate with world-renowned faculty and industry experts
  • help you advance your career by balancing technical learning with in-depth leadership courses on project management, business and communication

Eligibility requirements

You are eligible for this program if you meet the MEL admission requirements and you have:

  • an undergraduate degree in engineering or a master’s degree in architecture
  • three or more years of relevant work experience in the building sector (applicants with less experience may be considered)

8.3 million sf.

of new construction is forecast for the Canadian office market 2016


of new green institutional construction expected to be certified

1 million+

tonnes of CO2 in greenhouse gas emissions have been reduced by Canadian LEED buildings since 2006

Keep Reading: Why This Degree?

Featured Faculty and Staff

High Performance Buildings
When we design high-performance buildings, we’re trying to find a balance between ensuring the comfort and well-being of the building’s occupants and minimizing the building’s environmental impact.
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