EDUCATION PROVIDER PROGRAM (EPP)

This course explores how to design spaces that are functional, beautiful, and supportive of diverse human needs, including those of neurodivergent occupants. Participants will examine environmental stressors that affect cognitive, sensory, and social experiences, apply neuroinclusive design principles, and evaluate strategies for lighting, acoustics, spatial layout, and restorative areas that reduce stress and promote engagement, focus, and overall well-being.

The New Generation Solid Surface course is designed to educate on the properties, benefits and uses of solid surface materials in a variety of architectural projects & applications.

Embark on a transformative exploration, from the early days of makeshift showers to the intricate world of modern shower design. Dive into the complexities faced by bath designers as they navigate a vast array of valve, trim, controller, and accessory options. Discover the art of specifying solutions that seamlessly align with clients' desires, needs, and financial considerations, all while prioritizing the overall experience, security, and comfort of users—whether it's a basic "spritz and shine" shower or an opulent home spa retreat.

The green building movement has challenged manufacturers, design teams, and consumers to demand products and designs that have a minimal impact on the environment while contributing to the health and well-being of those who live in the space. This course will provide you with an overview of the business case surrounding green building for single family and multifamily homes, as well as outline the water efficiency criteria in several residential green certification programs, including LEED v4. We will also focus on plumbing fittings and fixtures that are aesthetically pleasing and have been thoughtfully designed to maximize indoor water use efficiency without sacrificing performance by the end-user.

Throughout history, human desire to communicate, tell stories, and to express cultural identity, gives us a glimpse at the need for early use and creation of pigments. Creating color was, and still is, an art. Its history is one of discovery, wealth, power, religion, trade, and science. This course discusses the origins and evolution of color pigments by looking at historical civilizations and time periods.

New and old, light and dark, near and far – we are surrounded by contrasts and opposing forces at every turn. From simple opposing relationships to the most thought provoking and complex, these juxtapositions shape our surroundings. By focusing on the color wheel and complementary color schemes, dynamic and sophisticated color combinations are discussed. Our understanding of specific colors takes a deeper dive into the origins and meanings of each color alongside the ways color is used in various parts of the world, and how this contributes to the character and landscape of highlighted geographic areas. This journey through color culminates in the process, concepts and points of inspiration that influenced the development of the Color Trends 2024 palette, with a look at how these highlighted hues can be used in the home.

Roofs on every structure face constant challenges. This presentation examines common stressors affecting roof membranes in overburdened systems. It will demonstrate how choosing the appropriate membrane for vegetated roofs, amenity decks, and stormwater management systems can ensure long-term watertightness, while also maximizing the additional benefits these systems offer.

This course provides an overview of the classifications of paints and factors that affect curing. The advantages and disadvantages of latex versus alkyd coatings. Proper surface preparation and priming techniques, and causes and solutions for common paint problems.

This course explains the chemistry and performance of paint, educating architects and designers on how to effectively select a paint system that is appropriate for a project. Learn about the components of paint and their impact on quality, the performance and aesthetics of different paint finishes, and technological innovations in the paint industry.

This presentation includes the chemistry of polymethyl methacrylate (PMMA) and illustrates how PMMA is used as a flashing material in conjunction with traditional roof systems. The presentation explains the construction and performance benefits of PMMA assemblies used as new and re-cover liquid-applied roofing membranes. This presentation also includes discussion of STP chemistry when low-odor applications are required.

This program focuses on the science of polymethyl methacrylate (PMMA) used in liquid-applied roofing and waterproofing systems, including development history and system design.

This presentation will focus on PMMA used as liquid-applied waterproofing for pedestrian and vehicular traffic applications, specifically roof terraces, amenity spaces, walkways, balconies, and parking garages. The presentation will provide ways to determine the appropriateness of substrates and proper preparation techniques for substrates, such as concrete. Attendees will learn specifics that are needed to specify PMMA waterproofing systems.

In Protecting Your Color Vision, the key ingredients in paint will be discussed to provide valuable information on what differentiates one paint product from the next, and the benefits of using paints that are produced with advanced technology and premium ingredients. These benefits are illustrated through real-life examples and a case study that demonstrates why choosing premium paint over conventional paint will impact projects in several ways. Likewise, the importance of writing detailed paint schedules is discussed to protect your projects and bring your vision to life in the way it was intended. Finally, we will cover the influences that led to the development of the Color Trends 2022 palette and the Color of the Year with a focus on creativity and individuality expressed through color.

The presentation includes the composition of a PVC and PVC KEE roofing membrane, and building conditions that impact membrane selection. 

This session provides an in-depth look at how the chemistry of roofing membranes affects their long-term performance and reliability. Participants will explore how differences in PVC, PVC-KEE, and KEE formulations influence durability under heat, UV, chemical, and environmental exposure. The session will highlight how formulation impacts dimensional stability, weldability, and aging, giving attendees the insights needed to make informed membrane selections that support overall building resilience.