New Solutions Paper:
Feasibility of Point-Supported Mass Timber
New Solutions Paper! As tall wood buildings gain momentum across Canada, point-supported CLT is emerging as a compelling structural option—offering speed, performance, and cost advantages for mid- to high-rise projects. This new solutions paper from WoodWorks explores how design teams can unlock the full potential of point-supported systems to streamline construction, reduce material use, and create cost-effective, low-carbon residential buildings up to 18 storeys.
Photo: Andrew Latreille
Shear Walls for Light Wood Frame Construction
Shear Walls for Light Wood Frame Construction
FPInnovations InfoNotes
The British Columbia Building Code 2024 (BCBC 2024) seismic provisions have been in effect since March 2025. Compared to the BCBC 2018, the seismic force on mid-rise light wood frame construction increases by 110% to 170% depending on seismic site class. Economic solutions, such as high-capacity shear walls with increasing shear strength of the existing shear walls, are urgently needed to meet the BCBC 2024 seismic provisions.
FPInnovations has recently released two valuable InfoNotes based on current research being conducted in collaboration with the University of Victoria.
Mass Timber Course of Construction Insurance Project Questionnaire + Checklist
Successfully securing insurance for mass timber construction starts with the right information. This practical, editable tool is designed to help project teams—developers, contractors, designers, and owners—gather and organize the details insurers need. From project scope and fire safety plans to product certifications and moisture management, this checklist supports a more informed and efficient underwriting process. Intended for use at the outset of a project, it helps teams address insurer concerns proactively and streamline communication with brokers and underwriters.
Overview: Forest industry and practices in British Columbia, Canada
British Columbia’s (B.C.’s) diverse forest landscapes, and their proximity to communities, require forest management practices that uphold environmental, social and good governance values. Overview: Forest industry and practices in British Columbia, Canada (PDF) explores how B.C. is managing its forests to meet and exceed international standards. Provincial and national policies and practices are regularly reviewed and updated to reflect new science and evolving Canadian and international best practices.
A Practical Path Forward for Offsite Manufacturing
Many small to mid-sized builders and manufacturers are looking to transition into offsite construction—but without a clear, proven roadmap, the risk of costly missteps is high. This guide offers practical strategies to improve the odds of success, with insights on business planning, financial efficiency, Design for Manufacturing and Assembly (DfMA), organizational change, and more. Whether launching a new venture or refining existing operations, this resource will help move from intention to implementation with confidence.
Shear Walls for Light Wood Frame Construction
Mass Timber Course of Construction Insurance Project Questionnaire + Checklist
Successfully securing insurance for mass timber construction starts with the right information. This practical, editable tool is designed to help project teams—developers, contractors, designers, and owners—gather and organize the details insurers need. From project scope and fire safety plans to product certifications and moisture management, this checklist supports a more informed and efficient underwriting process. Intended for use at the outset of a project, it helps teams address insurer concerns proactively and streamline communication with brokers and underwriters.
Overview: Forest industry and practices in British Columbia, Canada
British Columbia’s (B.C.’s) diverse forest landscapes, and their proximity to communities, require forest management practices that uphold environmental, social and good governance values. Overview: Forest industry and practices in British Columbia, Canada (PDF) explores how B.C. is managing its forests to meet and exceed international standards. Provincial and national policies and practices are regularly reviewed and updated to reflect new science and evolving Canadian and international best practices.
A Practical Path Forward for Offsite Manufacturing
Many small to mid-sized builders and manufacturers are looking to transition into offsite construction—but without a clear, proven roadmap, the risk of costly missteps is high. This guide offers practical strategies to improve the odds of success, with insights on business planning, financial efficiency, Design for Manufacturing and Assembly (DfMA), organizational change, and more. Whether launching a new venture or refining existing operations, this resource will help move from intention to implementation with confidence.
New Solutions Paper:
Feasibility of Point-Supported Mass Timber
New Solutions Paper! As tall wood buildings gain momentum across Canada, point-supported CLT is emerging as a compelling structural option—offering speed, performance, and cost advantages for mid- to high-rise projects. This new solutions paper from WoodWorks explores how design teams can unlock the full potential of point-supported systems to streamline construction, reduce material use, and create cost-effective, low-carbon residential buildings up to 18 storeys.
Photo: Andrew Latreille
Shear Walls for Light Wood Frame Construction
FPInnovations InfoNotes
The British Columbia Building Code 2024 (BCBC 2024) seismic provisions have been in effect since March 2025. Compared to the BCBC 2018, the seismic force on mid-rise light wood frame construction increases by 110% to 170% depending on seismic site class. Economic solutions, such as high-capacity shear walls with increasing shear strength of the existing shear walls, are urgently needed to meet the BCBC 2024 seismic provisions.
FPInnovations has recently released two valuable InfoNotes based on current research being conducted in collaboration with the University of Victoria.