EDUCATION PROVIDER PROGRAM (EPP)

Pigments serve many functions in paint other than supplying color. Characteristics such as durability, hide, gloss, and fading are influenced by the choice of pigment. This course explores how color choices affect the appearance and performance of architectural paints. We will discuss the types of pigments used in architectural paints, how paint is tinted, and how the choice of pigments and colorants influence factors such as hide, gloss, fading, durability, and price.

This presentation will provide information about the concepts of wind design, building code requirements for determining the loads acting on a building, test methods used to determine wind resistance of roof assemblies, and where to located Approval Listings for tested roof assemblies (FM, UL, DORA), as well as edge metal used for roof systems. This presentation will also demonstrate a code-approved wind-uplift resistance test method. 

This course delves into the integration of wood specialty ceilings in commercial buildings, exploring pre-engineered systems and a range of finishes. Participants will assess how aesthetic choices impact overall performance, safety, and durability in various designs. Key performance attributes, including acoustics, fire resistance, plenum accessibility, seismic resilience, sustainability, and installation ease, will be examined. The course also addresses the distinctions between solid and veneer wood panels, considering their visual impact, performance characteristics, lead times, and financial considerations, providing participants with a thorough understanding of wood specialty ceiling systems for designs that excel in both form and function.

This CEU expands on knowledge about the WELL Building Standard beyond just comprehension. It shares relevant applications of the concepts of the WELL Building Standard within actual buildings. It will allow designers to better comprehend implementation.

This course equips architects, designers and millworkers to write clearer solid lumber specifications. Using a four-part decision framework; appearance, performance, availability and material investment. The session covers measurement and dimension language, grades, cuts, colour sorting and species selection for architectural hardwood and softwood millwork. Participants leave with a practical specification checklist to confirm species, grade, cut, colour sort, finished dimensions and milling detail before issuing a specification.

This course will explore recent trends in smart home technology for residential construction with a specific focus on windows and doors. We will look at the wide range of options available to architects designing a smart home, and how these choices can impact the health, safety,well-being, and peace of mind of the occupants. Lastly, we will discuss how architects can incorporate home automation into their design process and how collaboration with smart home integrators can be beneficial to the entire project team.

Forest certification identifies land that is managed with a goal of sustainability. Products certified to these standards practice climate-smart forestry, and support relationship building with Indigenous Peoples. This course focuses on wood siding manufacture and sustainability and has been designed to give Architects/Designers a deeper appreciation of how specifying PEFC and SFI certified wood siding and shingles affects Public Health, Safety and Welfare. Ultimately supporting responsible and sustainable forest management practices.

Vulcanized rubber is a resilient flooring option that can be used for a variety of applications. Learn the science behind what makes vulcanized rubber durable; environmentally sustainable; hygienic and anti-microbial, easily maintainable; and safe for end users during this informative 1-hour learning session and discussion.

Discover how Exterior Architectural Metal (EAM) systems enhance building performance, aesthetics, and sustainability while streamlining installation. This course explores traditional, pre-engineered, and custom solutions, guiding you through product selection, installation methods, and their role in meeting green building standards. Gain valuable insights into how EAM systems improve efficiency and elevate modern design.

Welcome to our Technical Seminar! Join us for day of presentations, insightful discussions and networking opportunities. Whether you're a seasoned design professional or just starting in the industry, this seminar is perfect for anyone looking to expand their knowledge about upcoming changes to the building code, such as fire code, R values, design and how that will affect planning for the roofing industry. Non-proprietary presentations on wind uplift and flame less roofing applications will round out our day.

Don't miss this chance to learn from NS industry experts, connect with like-minded individuals, and stay updated on the latest trends and developments affecting our industry. The event will be held at The Westin Nova Scotian, and worth 3 Continuing Education credits. Lunch is included.

Join us for an inspiring morning as Julie shares her insights in a dynamic 60-minute presentation followed by a live Q&A.

Breakfast is included.

Free to attend.

Free parking.

Jurisdictions across North America are moving beyond traditional ASHRAE-based exterior wall assembly requirements and toward broader building energy performance standards that evaluate the envelope as an integrated system.This shift offers greater design flexibility and lower operating costs, but it also requires a closer look at how individual components, insulation strategies, and cladding attachments affect whole-wall performance.This webinar will explore thermal bridging, compare interior, split, and exterior insulation approaches, and share real-world case studies that demonstrate how integrated envelope design supports high-performance wall assemblies.

Jurisdictions across North America are moving beyond traditional ASHRAE-based exterior wall assembly requirements and toward broader building energy performance standards that evaluate the envelope as an integrated system. This shift offers greater design flexibility and lower operating costs, but it also requires a closer look at how individual components, insulation strategies, and cladding attachments affect whole-wall performance.This webinar will explore thermal bridging, compare interior, split, and exterior insulation approaches, and share real-world case studies that demonstrate how integrated envelope design supports high-performance wall assemblies.

Jurisdictions across North America are moving beyond traditional ASHRAE-based exterior wall assembly requirements and toward broader building energy performance standards that evaluate the envelope as an integrated system. This shift offers greater design flexibility and lower operating costs, but it also requires a closer look at how individual components, insulation strategies, and cladding attachments affect whole-wall performance.This webinar will explore thermal bridging, compare interior, split, and exterior insulation approaches, and share real-world case studies that demonstrate how integrated envelope design supports high-performance wall assemblies.

Jurisdictions across North America are moving beyond traditional ASHRAE-based exterior wall assembly requirements and toward broader building energy performance standards that evaluate the envelope as an integrated system. This shift offers greater design flexibility and lower operating costs, but it also requires a closer look at how individual components, insulation strategies, and cladding attachments affect whole-wall performance. This webinar will explore thermal bridging, compare interior, split, and exterior insulation approaches, and share real-world case studies that demonstrate how integrated envelope design supports high-performance wall assemblies.