Township of Langley

Builder Forum Series – Building Envelope Strategies: From Design to Site

Join us live from the BCIT High Performance Building Lab for an inside look at building envelope strategies for BC Energy Step Code homes. Using multiple cameras and full-scale construction mock-ups, this session walks through real-world details, critical transitions, and common on-site challenges builders face. Moving beyond theory, the session demonstrates how airtightness, moisture control, and thermal continuity are actually achieved in practice.

Mechanical Design Workshop

The Township of Langley and City of Maple Ridge are hosting an in-person Mechanical Design Workshop delivered by TECA and Ecolighten Energy Solutions. This interactive session is designed to educate builders, designers, officials, and industry professionals on best practices for HVAC design, sizing, installation, and commissioning in residential homes. 

Participants will gain practical knowledge through real-world examples and exercises, guided by the CSA SPE-17 design standard.

Mechanical Design Workshop

The Township of Langley and City of Maple Ridge are hosting an in-person Mechanical Design Workshop delivered by TECA and Ecolighten Energy Solutions. This interactive session is designed to educate builders, designers, officials, and industry professionals on best practices for HVAC design, sizing, installation, and commissioning in residential homes. 

Participants will gain practical knowledge through real-world examples and exercises, guided by the CSA SPE-17 design standard.

Builder Forum Series: Step Code Airtightness and Overheating Design

Register now for our upcoming online webinar on Thursday, October 17th, from 9:00 – 11:00 am.

James Higgins and James Bourget of RDH Building Science Inc. will be presenting on various design and implementation strategies for Part 9 buildings to comply with airtightness requirements for Step 4 and 5 of the BC Energy Step code. The presenters will also be showcasing compliant design strategies to meet overheating requirements per 9.33.3.1 of the BC Building Code.