CHBA BC

Adopted in the BC Building Code 2024 are new Part 9 bracing requirements for wood frame construction, coming into effect on March 10, 2025. The redesign of Section 9.23. is substantially changed to accommodate modern housing design and higher seismicity, mainly Subsection 9.23.13. Bracing to Resist Lateral Loads Due to Wind and Earthquake. The increased seismicity warranted a redesign of the methods for resisting lateral loads and new solutions so that designers can continue to design within Part 9.

Adopted in the BC Building Code 2024 are new Part 9 bracing requirements for wood frame construction, coming into effect on March 10, 2025. The redesign of Section 9.23. is substantially changed to accommodate modern housing design and higher seismicity, mainly Subsection 9.23.13. Bracing to Resist Lateral Loads Due to Wind and Earthquake. The increased seismicity warranted a redesign of the methods for resisting lateral loads and new solutions so that designers can continue to design within Part 9.

Adopted in the BC Building Code 2024 are new Part 9 bracing requirements for wood frame construction, coming into effect on March 10, 2025. The redesign of Section 9.23. is substantially changed to accommodate modern housing design and higher seismicity, mainly Subsection 9.23.13. Bracing to Resist Lateral Loads Due to Wind and Earthquake. The increased seismicity warranted a redesign of the methods for resisting lateral loads and new solutions so that designers can continue to design within Part 9.

Adopted in the BC Building Code 2024 are new Part 9 bracing requirements for wood frame construction, coming into effect on March 10, 2025. The redesign of Section 9.23. is substantially changed to accommodate modern housing design and higher seismicity, mainly Subsection 9.23.13. Bracing to Resist Lateral Loads Due to Wind and Earthquake. The increased seismicity warranted a redesign of the methods for resisting lateral loads and new solutions so that designers can continue to design within Part 9.

What defines a low-load home? Why do old air design principles fall short of meeting comfort expectations? What design and technology options are available for such homes?

Learning Objectives:

Windows: The Biggest Envelope Opportunity (with analysis to back it !)
New designs with more glass, more glazing options, energy and carbon targets and occupant satisfaction make window selection a big challenge but also a very large opportunity! 

Learning Objectives

This webinar looks into the building science implications when renovating historical walls-masonry and wood frame. Clear approaches to design priorities when planning for enclosure retrofits and the technologies that can assist in construction. Hosted by BKC Principal Andy Oding and Expert Building Science Guest, Trevor Trainor, President Bawating Building Science.

Learning Objectives:

Adopted in the BC Building Code 2024 are new Part 9 bracing requirements for wood frame construction, coming into effect on March 10, 2025. The redesign of Section 9.23. is substantially changed to accommodate modern housing design and higher seismicity, mainly Subsection 9.23.13. Bracing to Resist Lateral Loads Due to Wind and Earthquake. The increased seismicity warranted a redesign of the methods for resisting lateral loads and new solutions so that designers can continue to design within Part 9.

The existing low-rise residential building stock in BC represents a significant amount of energy consumption compared to newly built residences. This new training course specifically focuses on the limitations and challenges contractors face when undertaking enclosure retrofits on existing homes. Contrary to new builds, retrofits come with many challenges from unknowns, including as-built products and materials, occupied conditions, phasing limitations, and existing structural configurations.

The existing low-rise residential building stock in BC represents a significant amount of energy consumption compared to newly built residences. This new training course specifically focuses on the limitations and challenges contractors face when undertaking enclosure retrofits on existing homes. Contrary to new builds, retrofits come with many challenges from unknowns, including as-built products and materials, occupied conditions, phasing limitations, and existing structural configurations.