Understanding National Building Codes & National Energy Codes of Canada
November 18 @ 8:30 am - 4:30 pm
This one-day training introduces participants to Canada’s National Building Code (NBC) and National Energy Code for Buildings (NECB), highlighting their role in shaping safer, more energy-efficient, and sustainable built environments. Through interactive discussions and practical examples, the training explores how these codes support the development of buildings that are not only technically sound but also culturally and environmentally responsive to the needs of Indigenous communities.
Participants will gain foundational knowledge of the codes’ structure, purpose, and application, while examining how inclusive design and energy efficiency can contribute to long-term community well-being. The session also emphasizes the importance of integrating Indigenous perspectives into building practices to ensure respectful and relevant infrastructure development.
Register now to gain foundational knowledge and contribute to more sustainable, inclusive infrastructure development.
Event Price: $195
Agenda
- 8:30 – 9:00 – Check-in and Networking
- 9:00 – Noon – Training
- Noon – 1:00 – Lunch
- 1:00 – 4:00 – Training continues
- 4:00 – 4:30 – Networking and Closing
Speaker
Heather Elliot
P.Eng. LEED Green Associate
Heather is a leader in the building science sphere, focused on the investigation and repair of existing building envelope systems, and applying 15+ years of consulting experience and knowledge to new building design, retrofit, and commissioning. Heather has experience utilizing building science principles to troubleshoot detailing conditions in various types of construction, from low-rise residential to high-rise towers, commercial and institutional facilities. She has worked on a variety of projects across Alberta, as well as in neighbouring provinces and the United States. She believes in finding practical solutions to ensure the lifespan of new infrastructure as well as making use of the building envelope and integration with other building systems to drive performance, sustainability, and passive efficiency for resiliency.
