EDUCATION PROVIDER PROGRAM (EPP)

“Shaping Spaces – Hanger Rod Canopies in Architecture ” is an immersive and comprehensive course designed to empower architects with the knowledge and expertise needed to excel in the realm of hanger rod canopies. This course delves deep into the world of architectural canopies, covering topics such as design principles, structural analysis, material selection, installation techniques, and maintenance best practices. Participants will explore the intricate art and science behind creating elegant and functional canopies, whether for shelter, shading, or aesthetic enhancement. With a focus on sustainability, safety, and innovation, this course equips architects with the skills to seamlessly integrate hanger rod canopies into their designs, transforming ordinary spaces into captivating architectural marvels.

The market is demanding welcoming and flexible space; both of which operable glass walls are uniquely situated to address. Join us for this one-hour course as we discuss utilizing glass operable walls in a variety of applications. By the end of the presentation, you’ll be able identify the benefits of glass wall systems, the variety of options on the market and how best to utilize each, as well what each market vertical is demanding.

Shifting the paradigm of pocket doors comes down to the functionality of its hardware. In this podcast course, participants will examine the historical context of pocket doors and the barriers of operability for occupants that impacted the market success. The advent of new materials, design and technology focused on the design, functionality, and aesthetic of pocket doors have vastly improved their capabilities in the built environment. Throughout this conversation, participants will explore the technical aspects, hardware, and innovative features of pocket door systems. The integral materials, installation processes, customization options, and the future of pocket door technology offer new options for architectural specification. By the end of this course, listeners will gain a deep understanding of how pocket doors can optimize space, enhance occupant experience and maximize layout options.

Security grille doors are designed to be an affordable security solution for commercial applications anywhere in the world. In this one-hour course you will learn about Side Folding Grille doors and things you should know about their installation and applications. Product details will be shared along with an insight on what to look for in your search to find the right security system and for specification on your next project.

Introducing a simplified approach to HVAC systems for multi-unit design projects. Join us in this one-hour course as we discuss thru the wall (TTW) HVAC units as they relate to the demand for individualized climate control in multi-unit living spaces. After this course, participants will be able to demonstrate expertise in centralized thru the wall HVAC systems, the advantages, applications, standards, and upcoming revisions in energy and technology criteria.

In this course, you will learn about how snow build-up on a low slope roof can be very damaging and you will learn about solutions to contain fallen and packed snow on top of the roof and keep it from falling below causing possible injury and property damage.

There are many factors to consider when selecting the right cast polymer shower system. Knowing the benefits and drawbacks of the types of shower systems available can help make this decision easier. From hollow-wall products, to gel-coated lightweight panels, to composite solid surface, and Class-A fire-rated products, discover how commercial shower systems have evolved to meet your design needs.

Define the basic properties of SPF and be able to list the general benefits of using ccSPF systems for masonry wall insulation, air barrier, and water sealing. Learn about the installation methods of ccSPF systems and be able to visualize the applications and projects of closed cell spray polyurethane foams.

In this one-hour course, design professionals will learn about expanded metal, focusing on its manufacture, installation, and application. It will give in-depth knowledge of existing standards and manufacture tolerances as suggested by the Expanded Metal Manufacturers Association. By the end of this course, design professionals will be able to specify expanded metal using industry standards to create sustainable and stylish metal applications.

This course covers the benefits and attributes of a variety of hollow metal steel doors and frames as they relate to the healthcare industry. Learn about the architectural design model process for these facilities and the spaces where steel doors may be required. Discover why steel doors and frames are a superior choice for medical facilities as well as details on selecting the right steel door and frame. Learn about the different steel door openings and frames that are typically found in healthcare facilities. Also included are details on the various safety codes affecting the individual facilities and types of openings such as stainless steel, acoustic, thermal, lead lined, fire resistant, and more.

This course provides an in-depth exploration of steel doors and frames. We will cover essential door terminology and nomenclature, ensuring a strong foundational understanding. From there, we will dive into critical aspects such as fire ratings, door cores, and performance levels. In addition, we will examine frame nomenclature, different frame types, anchoring methods, and elevation considerations. A key component will be analyzing the physical performance of steel doors in demanding conditions, including fire resistance, windstorm durability, blast and bullet resistance, energy efficiency, and sound control. Finally, we will discuss the most important factors to consider when specifying steel doors and frames. By the end of the course, participants will understand why architects and design professionals consistently choose steel doors and frames for their construction projects.

Does your project need to step it up when it comes to stairs and safety? Join us in this one-hour course as we discuss prefabricated modular metal stairs, access platforms, and ramps that are as easy to reconfigure as they are to assemble. Participants will not only learn about relevant codes from OSHA, IBC, and ADA regarding stairs, ladders, and handrails, but they will also learn how to specify modular stair components and configurations to best facilitate code compliance and increase site productivity.

Join us for an in-depth discussion of advanced door hardware solutions and their impact on building security and occupant safety. In this podcast course, participants will learn about the evolution of locking systems, the integration of cutting-edge technology, and the importance of quality and durability in safeguarding occupants and managing egress. Covering a range of products, including door closers, exit devices, and locking systems, in this enlightening conversation we emphasize the impacts of superior materials and innovative design features on applied safety. Participants will gain insight into best practices for specifying and implementing customizable door hardware solutions that enhance building security, user safety, and long-term sustainability. By the end of this podcast course, participants will understand the significance of rigorous testing and certification processes in maintaining high standards and ensuring product integrity for door hardware solutions.

Gain insight into the makeup and characteristics of laminated timber columns and compare to other alternatives. Understand the importance of materials selection, production process, and testing.

Architectural window film that outshines expectations for energy efficiency, building safety and wellness. Join us in this one-hour course as we discuss window film as it relates to promoting a healthy space for building occupants, and how it excels in energy savings through climate control without compromising on the benefits of a building’s views. Participants will be able to evaluate window film as it relates to architectural design projects, health and wellness, thermal comfort, and energy efficiency.