PROGRAMME DES FOURNISSEURS D’ÉDUCATION (PFÉ)

This course covers the essentials of commercial roof hatches, including key materials, hardware, and specification requirements. It explores roof access hatch applications for both personnel and equipment, emphasizing the importance of incorporating thermal breaks to enhance energy efficiency and prevent condensation. Considerations for roof hatches in extreme weather conditions are discussed, along with how these factors relate to building code certifications and standards. Additionally, the course reviews the basics of roof hatch installation, while highlighting the importance of fall protection in compliance with OSHA regulations and other code requirements.

This course covers the benefits and attributes of specialty steel door and frame assemblies. Learn benefits and attributes for acoustic, forced entry, bullet resistant, blast resistant, fire-rated, temperature rise, tornado, hurricane, lead lined, custom, wood grain, stainless steel and prefinished doors. In addition, we will look at some of the requirements for acoustic door STC ratings, BR (bullet resistant) and blast categories along with various testing procedures. Common uses for these doors as well relevant standards are described. Also included are important specifications for each door type and the corresponding door assemblies.

Join us as we discuss the innovative uses of sustainable wood products in modern architecture, with a particular focus on versatile applications in both exterior and interior settings. In this course, participants will gain a comprehensive understanding of the benefits of utilizing abundant and sustainable wood resources, such as thermally modified spruce, pine, oak and ayous, which offer enhanced stability and longevity. We will cover advanced wood finishing techniques, including Shou Sugi Ban, brushing and thermal modification, that improve the aesthetic appeal and extend the lifespan of wood products. Throughout this course, participants will explore the principles of biophilic design, emphasizing how integrating natural elements into architectural spaces can significantly enhance the health, safety, and welfare of occupants. Participants will also learn about the importance of using low VOC stains to improve indoor air quality, the application of fire-resistant coatings for exterior wood products, and sustainable manufacturing practices that minimize waste and promote environmental stewardship. Through case studies and practical examples, participants will leave with a solid understanding of how to specify and utilize high-performance wood products in their projects, that achieve both aesthetic excellence and sustainability.

Outdoor living spaces have become an integral part of residential and commercial design, requiring careful planning and execution to ensure functionality, durability, and aesthetic appeal. This course provides design professionals with essential project management strategies to navigate the complexities of outdoor living projects, from initial planning to final installation. Participants will explore key considerations such as balancing client expectations with budget constraints, addressing logistical challenges, and integrating sustainable, regionally appropriate materials. Additionally, the course will emphasize collaboration with industry professionals and trusted advisors to optimize project outcomes.

This course explores the evolving landscape of outdoor living design, focusing on material advancements, structural integrity, sustainability, and user experience. Participants will examine how innovations in material science, privacy solutions, smart technology, and low-maintenance strategies enhance outdoor spaces while safeguarding occupant comfort, safety, and environmental quality. Additionally, the course will address how post-pandemic lifestyle shifts and emerging trends influence residential and commercial outdoor environments. By integrating technical expertise with aesthetic considerations, design professionals will gain the knowledge necessary to create durable, functional, and sustainable outdoor spaces that prioritize occupant well-being.

This one-hour course examines the use of solid surfaces to help design professionals realize the versatility this modern, sleek product now offers. Applications of trend-setting solid surfaces are explored in a variety of applications including healthcare, commercial, retail, and educational industries. A comparison of other commonly used products is provided to re-affirm the varied uses of solid surfaces in a multitude of applications. These applications reveal the importance of low maintenance, durability and sustainability. As well, these solid surfaces have capabilities for flexible fabrication akin to cut wood without the hygienic worry. The course reminds design professionals that there is no need to sacrifice innovative designs when using a solid surface in any area for any user.

This course explores the critical but often overlooked relationship between water and energy consumption in the built environment, highlighting the environmental and economic impacts of inefficiencies in traditional hot water delivery systems. Attendees will gain foundational knowledge of hot water recirculation technologies, including key distinctions between traditional and on-demand systems, design considerations for new and retrofit projects, and performance optimization through smart technologies. Through a sustainability-focused lens, the course also addresses regulatory compliance, cost-benefit analysis, and occupant behavior, emphasizing how architects and engineers can play a leading role in water and energy conservation efforts. Real-world strategies and innovations will be presented to help professionals design and specify systems that enhance efficiency, occupant comfort, and environmental responsibility.

Finding the perfect low-maintenance and safe surface option for playgrounds can be a challenge. Join us in this hour-course as we discuss synthetic grass systems are manufactured and best practices for choosing and installing synthetic turf. Design professionals will learn which selection criteria to use when evaluating synthetic grass systems so they can choose a low-maintenance solution that will continue to be beautiful and functional for years to come.

Analyze the different types of gypsum technologies in terms of composition, characteristics, and testing. Discover the benefits of impact resistant gypsum in terms of performance, application, and cost.

In this course, we explore sound transmission and acoustical requirements in buildings. Codes, standards, and design considerations are thoroughly reviewed. Acoustically enhanced gypsum board assemblies are evaluated as a solution for improving acoustics in multiple indoor environments.

This course will better inform the designer on moisture management in the building envelope and related considerations.  The designer will evaluate rainscreen and wall assembly options and gain an understanding of how to incorporate rainscreens into their building envelope system. The designer will also gain understanding of some of the design requirements stipulated by codes and standards.

This course will provide a brief overview of Low-Slope Roof Systems to provide the necessary background to discuss cover boards & thermal barriers.  The various cover board types and reasons for their use will be described. Each board type will be discussed along with their primary features, benefits & challenges. The long-term performance of all low-slope roof systems is impacted by a number of external factors such as weather events and roof system abuse (natural & man-made). Important roof component performance criteria will be discussed and conclusions drawn, in order to increase your knowledge surrounding cover board selection.

Following a case study format, selected project team members from the DPR Phoenix Regional Headquarters tell their stories through a series of interviews, info-graphics, and building video tours. The DPR Phoenix Regional Headquarters achieved LEED Platinum certification under the LEED NC 2009 rating system, and received one of the first Net-Zero Energy certifications from the International Living Future Institute. The course demonstrates the innovative strategies the team used to optimize the building’s energy performance in a hot arid climate, such as a 4-part integrated passive cooling. Experts show how using high volume, low capacity fans throughout the project help with the achievement of IEQ c2 (Increased ventilation) and with achieving thermal comfort for the occupants.

This course expresses the reasons for concern regarding the environmental hazards that come with flooding and describes who is responsible when natural hazards and flooding occur. Learn what a Base Flood Elevation is, as well as the objectives of protection in order to employ this type of system.

Synthetic (artificial) grass, specifically designed for use with dogs, is a cost-effective solution that offers a clean, safe, and aesthetically pleasing environment for dogs. Presented here are the health, safety, performance, and cost benefits of installing synthetic grass specifically designed for dogs; its suitable applications; design considerations; installation factors; and maintenance guidelines.