Cascadia Windows & Doors - Closing the Gap: Leveraging Cladding Attachments to Deliver High-Performance Exterior Wall Assemblies Jurisdictions across North American continue to transition beyond ASHRAE standards for exterior wall assemblies, instead adopting a more comprehensive building energy performance standard (BEPS) approach to envelope design. This shift brings advantages like increased design flexibility and reduced…  Read more

Cascadia Windows & Doors - Beyond the Frame: How High-Performance Fenestration Expands Design Possibility As energy codes and performance standards across North America become more rigorous—such as the BC Energy Step Code, Energize Denver, and the Massachusetts Stretch Code—architects, engineers, and envelope consultants face increasing pressure to deliver efficient buildings without sacrificing aesthetics or affordability. This…  Read more

Cascadia Windows & Doors - Window of Opportunity: Leveraging Passive House Windows in Commercial & Residential Buildings As the demand for enhanced building energy performance continues to rise across North America, the Passive House standard is gaining significant traction. For those new to this rigorous standard, it can appear complex—especially when it comes to integrating…  Read more

BCIT - XZEB 1165 – Whole-Building Life Cycle Assessments Using Impact Estimator for Buildings This course builds on the technical foundation and basic principles of life cycle assessment (LCA) to begin practicing whole-building LCA. In the course, learners will apply their understanding of fundamental LCA standards to whole-building LCA. Date: October 14 - December 2,…  Read more

Cascadia Windows & Doors - Closing the Gap: Leveraging Cladding Attachments to Deliver High-Performance Exterior Wall Assemblies Jurisdictions across North American continue to transition beyond ASHRAE standards for exterior wall assemblies, instead adopting a more comprehensive building energy performance standard (BEPS) approach to envelope design. This shift brings advantages like increased design flexibility and reduced…  Read more

BCIT - XZEB 1120 – Airtightness and Low-TEDI Enclosures of Zero Energy/Emissions and Passive House Buildings This course covers airtightness and low-TEDI enclosure construction for zero energy/emissions or Passive House buildings. The course will help learners develop their knowledge of airtightness and low thermal demand (low-TEDI) building enclosures with study of wood-frame construction. Date: October…  Read more

Cascadia Windows & Doors - Window of Opportunity: Leveraging Passive House Windows in Commercial & Residential Buildings As the demand for enhanced building energy performance continues to rise across North America, the Passive House standard is gaining significant traction. For those new to this rigorous standard, it can appear complex—especially when it comes to integrating…  Read more

Cascadia Windows & Doors - From Restoration to Innovation: Leveraging Rehabilitation ‘Lessons Learned’ to Drive Adoption of High-Performance Building Envelope Products Building envelope rehabilitation projects offer valuable insights into the real-world performance of building designs and products over time and highlight key opportunities to increase the overall performance of buildings in the future—both rehabs and…  Read more

BCIT - XZEB 1150 – Introduction to Solar Photovoltaic & Electrical Systems for Zero Energy & Passive House Homes This introductory course focuses on integrated solar photovoltaic (PV) and electrical systems in Zero Energy or Passive House homes. The course will outline the decision-making for planning, designing, and constructing/renovating a Zero Energy home with integrated…  Read more

Cascadia Windows & Doors - Wildfire Resistance: Window Strategies for Wildland-Urban Interface (WUI) Design As wildfires increase in frequency and intensity across North America, architects, engineers, and builders face growing responsibility to design buildings that can better withstand these extreme events—especially in Wildland-Urban Interface (WUI) zones. Windows are among the most vulnerable points in the…  Read more