PROGRAMME DES FOURNISSEURS D’ÉDUCATION (PFÉ)

Course Length - 1 Hour

In person (requires the presence of a live instructor, classroom, webinar, streamed event)

Scientific consensus has already established that increasing atmospheric levels of carbon dioxide—created by fossil fuels and energy production—is contributing to rising sea levels, intensification of weather-related events, and the degradation of natural resources. This course discusses the impact carbon emissions have on the planet and how buildings can influence greenhouse gas emissions, particularly carbon, to lower embodied carbon through more sustainable building products offering. We will learn about manufacturing transparency and the ability to compare embodied carbon values against a baseline and against similar products, which are critical to reducing embodied carbon.  

In person (requires the presence of a live instructor, classroom, webinar, streamed event) - 1 HOUR

How do we go about designing educational environments to be healthier and better for learning outcomes?

This presentation explores the tremendous opportunity that architects, designers, and educators hold in their hands. We look at rethinking what an educational facility should be and how the physical environment can be designed to have a positive impact on learning. It is time to start designing with our ears. We examine spatial strategies, performance benchmarks, and architectural testing methods that allow designers and architects to evaluate designs against industry guidelines for sound performance. We discuss the primary function of a room and explore noise level thresholds that have serious long-term implications on learning and health.

This course outlines four specific focus areas related to infection control, aimed at enhancing understanding of the importance of these considerations for construction projects. Hospitals utilize infection control teams to assist in creating safe, sanitary environments for providing healthcare to patients. It’s imperative to understand what these teams require to maintain this environment during new building projects and how the design and construction teams can collaborate with them to improve the overall design solutions, yielding spaces that are safer for both patients and staff.

The use of sustainable materials and products during building design will become the standard within the construction industry, and environmental product declarations (EPDs) and Health Product Declarations® (HPDs) help architects and owners make informed decisions for their projects. Insulated metal panels (IMPs)—a prime example of a sustainable product—are one of the most cost-effective solutions to reduce energy and greenhouse gases.

This session will address the difficulties for all involved that come with delivering todays resilient flooring products correctly with warranties intact in an increasingly fast paced construction environment. For example, concrete slabs placed during early construction may be rejected for good reason and during late-stage construction by the flooring installed causing delays.

Webinar hosted every 1st and 3rd Tuesday of every month.

Contract Administration Essentials is a one-hour course designed to empower architects with the skills needed to navigate the complexities of construction administration. This course is for architects, intern architects, architectural technologists, and project managers seeking to enhance.

Megatrends are long-term global trends that impact societies in complex ways, including the design of the built environment. This course examines seven megatrends and how they may inspire kitchen and bath designers to create accessible, diverse, and sustainable solutions to our society's social and environmental issues.

This 1-hour introductory online course features leaders in inclusion and accessibility, and people with lived experience and will introduce you to accessibility and disability inclusion concepts. Available anytime, anywhere, this self-directed on-demand course will help you get started on your accessibility journey and begin to break down attitudinal barriers. 

This 4-week online course will provide you with increased understanding of the needs of people with disabilities, the barriers to participation and how our physical spaces can be made more accessible. Enhance your knowledge of Universal Design and meaningful access in the built environment through case studies and be introduced to RHFAC methodology. 

This 8-week online course trains built environment professionals to understand the needs of people with varying disabilities, and rate spaces from a human-centered perspective. Through the application of the RHFAC methodology, you will learn the practical skills needed to measure the accessibility of existing sites and incorporate a Universal Design lens to your projects.

This course explores the evolution and benefits of integrated door systems in modern architecture, emphasizing their role in enhancing building design, occupant safety, and code compliance. Design professionals will gain insights into how these systems support project efficiency, life safety strategies, and seamless architectural integration. Topics include fire-rated assemblies, smoke containment, and collaboration between architects and manufacturers for integrated door systems. Participants will also examine the regulatory standards, documentation, and certifications necessary for effective specification and inspection for an informed design process.

In this one hour course we will review compression-seal technology for high-performance window and door systems. Through a discussion that includes definitions and application examples, the design professional will be able to select the high-performance window or door system to best suit their design. We will conclude the hour by outlining the performance benefits of compression-seal technology and offering several case studies for consideration.

This course equips architects and design professionals with the knowledge needed to specify Advanced PVC products that enhance fire resistance in both residential and commercial settings. It explores the principles of ignition resistance and non-combustibility, along with the significance of flame spread ratings in material selection. Participants will examine how Wildland Urban Interface (WUI) compliance influences design decisions in fire-prone areas and review the ASTM E84 test to assess the performance of PVC engineered polymers. The course highlights strategies for integrating these fire-resistant materials to improve building resilience and minimize the potential for structural damage.

This course explores the shift from traditional credential-based access systems to advanced biometric technologies, highlighting how these innovations support occupant safety, security, hygiene, and accessibility in building design. Participants will gain insight into common vulnerabilities of legacy systems, learn how to integrate biometric solutions into new and existing structures, and understand how these systems enhance building performance, user experience, and sustainability. Through expert perspectives and real-world examples, design professionals will be equipped to make informed decisions in access control planning.

In this course, we delve into the realm of paint products used to mitigate the damages caused by fires in the built environment. Our aim is to provide a revelatory assessment of these products, guiding participants through procedural recommendations to repair and restore both visible and integral fire damage. Throughout the session, we will analyze situation-specific considerations for water, oil, and shellac-based fire restoration paint products and cleansers. By the end of this course, participants will not only grasp the methodologies of fire restoration but also demonstrate a comprehensive understanding that allows for continuous building use without compromising the health and safety of occupants.