OTTAWA – Two prominent organizations that represent construction materials that are present in many of the country’s structures have formed a partnership with the goal of advancement.

The Canadian Wood Council (CWC) and the Canadian Institute of Steel Construction (CISC) have formed an alliance to accelerate the adoption of steel-timber hybrid structural solutions in Canada.

According to a release, steel-timber hybrid construction is emerging as a sustainable and efficient approach to modern building design.

“By combining the strength and durability of steel with the renewable, low-carbon benefits of wood, hybrid systems — such as steel-timber composite floors — can deliver superior structural performance, improved cost efficiency, and faster construction timelines,” the release reads. “These benefits are particularly valuable for larger and taller buildings where structural demands are greatest.”

As a result of the partnership, a joint technical steering committee has been established that will oversee the use of funds contributed by both organizations to maximize industry impact. The committee is meant to support designers, engineers and builders by developing technical guidance, best practices and publications that will enable code-compliant solutions for hybrid systems.

About the Canadian Wood Council (CWC)

The Canadian Wood Council is the national association representing manufacturers of Canadian wood products used in construction. Through technical expertise, market development, and education, CWC promotes the responsible use of wood, advancing building practices that are innovative, sustainable, and aligned with Canada’s climate goals.

About the Canadian Institute of Steel Construction (CISC)

The Canadian Institute of Steel Construction is the national industry organization representing the structural steel, open web steel joist, and steel plate fabrication industries. CISC works to advance the use of steel in construction through advocacy, education, research, and the development of design and construction resources.

Source: canada.constructconnect.com