Learning on Demand

Explore strategies to identify housing needs and build capacity in small BC communities. Learn proven approaches and tools to accelerate affordable housing development and deliver more homes on the ground.

Learn leading practices for implementing accessory dwelling units (ADUs) in BC communities. This session covers policy updates, bylaw amendments, and community engagement strategies to increase housing diversity and rental options.

Discover key design elements for housing individuals with intellectual and developmental disabilities and complex mental health needs. Learn best practices for materials, layouts, and modifications to create safe, supportive environments.

An introduction to Building Information Modelling (BIM) and its benefits across the project lifecycle. Learn how BIM improves planning, design, construction, and operations through digital information management.

Understand how indoor environmental quality affects health, productivity, and comfort. Learn key factors like air, light, sound, and hazardous substances, and explore standards shaping healthier buildings.

Understand Part 9 fire and life safety requirements for low-rise residential buildings. Topics include building size limits, fire separations, spatial separation, egress, and upcoming code changes.

Discover solutions for designing high-rise residential walls that meet net-zero and Step Code standards. Learn practical details for durability, moisture control, and fire protection.

Explore research and design strategies to improve thermal comfort in homes. Learn how architecture, finishes, and HVAC systems affect occupant comfort and how to meet ASHRAE standards through proper evaluation and corrective measures.

Learn how to reduce thermal bridging and improve energy efficiency. Explore the Building Envelope Thermal Bridging Guide and other tools to support compliance with new energy codes and net-zero goals.

Discover strategies to reduce noise intrusion and improve acoustics. Learn about enclosure design, inter-unit noise control, and material ratings to meet BC Building Code and health guidelines.

Discover best practices for designing durable, energy-efficient wood-frame building enclosures. This course covers heat, air, and moisture control, code requirements, and practical details for assemblies in low-rise and multi-unit residential buildings.

Learn tools and techniques to deliver optimal thermal comfort in homes. Discover passive and active strategies to maintain comfort and reduce energy use in extreme weather conditions.

Learn cost-effective strategies to prevent basement flooding in Part 9 buildings. This webinar introduces BC Housing’s Builder Guide to Site and Foundation Drainage for better water management and home protection.

Explore how an Integrated Design Process (IDP) improves performance, cost, and comfort. Learn collaborative strategies, timelines, and case studies to optimize residential building projects.

Explore design optimization for mass timber construction. Learn how to integrate low-carbon systems, improve speed of construction, and meet BC Energy Step Code requirements.

Understand why and how to prepare buildings for airtightness testing. Learn tips and best practices to meet code requirements and achieve energy savings through improved enclosure performance.

Learn methods for building higher R-value assemblies in wood-frame homes. Explore strategies from BC Housing’s Illustrated Guides to meet stringent energy code requirements for walls and roofs.

Explore Vienna House, a groundbreaking mid-rise social housing project in Vancouver. Learn about its holistic design, low-carbon strategies, off-site prefabrication, and key lessons from this innovative approach to climate resilience and comfort.

Explore alternative cooling solutions for multi-unit buildings to prevent overheating. Learn about heat pump options, installation considerations, and tips for selecting the right contractor.

Explore design strategies and regulatory measures to improve seismic resilience in new buildings. Learn about structural options, code updates, and performance considerations to minimize damage and ensure post-earthquake habitability.

Learn energy modeling and cost analysis for mass timber projects. Discover the Mass Timber + Energy Parametric Costing Tool and strategies for performance and cost predictability.

Explore updates to the Building Envelope Guide for Houses, including high-performance assemblies and techniques for energy efficiency and seismic provisions. Learn practical applications with detailed illustrations.

Discover diagnostic methods like infrared thermography and smoke testing to identify air leaks. Learn remediation strategies and best practices to ensure airtightness and pass testing the first time.

Learn practical strategies and leading practices for creating homes that support aging in place. Explore accessibility requirements, adaptable housing guidelines, and design tips to make living spaces comfortable and safe for older adults.

Learn how architectural and mechanical design choices impact energy performance and compliance. Understand strategies for achieving Step 3 and beyond while balancing cost, climate readiness, and future code requirements.

Apply building science principles to design durable, high-performance enclosures. Explore techniques for meeting the “envelope first” approach and creating comfortable, efficient homes in diverse BC climates.

Discover assembly options for achieving higher performance levels. Learn how to plan construction, align trades, and ensure proper sequencing and installation for Energy Step Code compliance.

Gain an overview of the BC Energy Step Code, its goals, and compliance process. Understand the benefits of performance-based building standards and how they support energy efficiency and climate action.

Understand air barrier options and planning steps for success. Learn best practices for design, installation, and testing to meet current and future Energy Step Code requirements.

Explore heating, cooling, and ventilation system design for Energy Step Code homes. Learn how to communicate effectively with mechanical designers and trades to ensure compliance.

Learn QA/QC strategies for airtight, durable enclosures. Understand common performance issues, air barrier testing, and repair techniques to maintain Energy Step Code standards.

Discover project management strategies to meet Energy Step Code goals. Learn how to coordinate teams, manage budgets and schedules, and reduce risks through QA/QC tools.

Review exterior insulation strategies for high-performance renovations. Learn from technical experts and renovators about best practices, supply chain solutions, and climate resilience considerations.

Bringing together technical experts, manufacturers, installers, renovators and building owners to review the business case, best practices, and technical solutions available through the local supply chain for energy and carbon efficient deep renovations. Hear from groups of renovators in Kamloops to discuss why they chose specific mechanical systems, best practices for comparable renovation projects, and how to approach potential clients to enhance renovation practices. Includes an introduction to climate resilience considerations.

Understand mechanical and renewable system choices for deep renovations. Hear from experts and renovators on best practices, system integration, and approaches to enhance energy efficiency and resilience.

Explore mechanical and renewable system options for deep energy renovations. Hear from experts and renovators on best practices, system selection, and strategies to improve performance, efficiency, and climate resilience.

Learn best practices for exterior insulated renovation systems. Hear from experts and renovators on technical solutions, business cases, and climate resilience strategies for energy-efficient deep renovations.

Discover mechanical and renewable system options for deep energy renovations. Gain insights from renovators and technical experts on best practices, system selection, and approaches to improve performance and resilience.