LEED General Courses By Sponsor

In this course we explore how porous paving can help design professionals manage stormwater, increase accessibility, and provide a cost-effective low maintenance solution for design professionals. Our team discusses how porous paving can contribute to multiple LEED v4 credits and reduce environmental impacts. Finally, we review several case studies that illustrate the benefits of porous paving systems for various types of building projects.

Constructing building envelopes designed to withstand extreme weather events and the impact of drastic temperature swings, join us for this one-hour course on building with fiber cement cladding. Participants will examine the importance of building sustainably with fiber cement cladding designed for resiliency to ensure structural stability and life safety. Catastrophic weather events require that the materials that comprise the building envelope are high-performance enough to endure fire, hurricanes, flooding, extreme cold, and heat.

Architectural railings play a dual role in the built environment, necessitating a delicate balance between elegance and functionality, adherence to codes, and aesthetic appeal. A well-crafted railing not only serves its practical purpose but also elevates the architectural experience, turning a utilitarian feature into a visually pleasing and integral part of the overall design. For over a century, pre-engineered components have simplified the fabrication of handrails and other decorative elements.

Natural light and air in the built environment are vitally important to not only the well-being of occupants and their productivity but also to the profitability of businesses and building owners. Join us in this one-hour course as we discuss innovative methods that bring natural light and air into buildings, improving light quality, indoor air quality, and thermal efficiency. Professionals will learn how to apply a variety of daylighting strategies in virtually any project, especially those applying for LEED v4.1 and WELL V2.

‘Draw Today for Tomorrow’ is more than a phrase; it is a philosophy that affects all our living and work environments.
The time is now for architects, consultants, and developers to think about future-ready and sustainable parking solutions.

Moveable walls offer a versatile solution that goes beyond mere spatial flexibility; they contribute significantly to daylight optimization, acoustic performance, utilization of healthy building materials, and enhancement of occupant well-being and comfort. In this course we explore ADA, ASTM, and LEED v4.1 BD+C and ID+C strategies and requirements related to moveable walls. Design professionals will develop the skills necessary to incorporate these principles into their own architectural projects and leverage the benefits of moveable wall systems.

Glass operable wall systems offer a multitude of benefits including adaptability, daylighting, energy savings, sustainability, and occupant well-being. These systems optimize the entry of natural light, creating well-lit spaces that positively impact employee well-being, productivity, and satisfaction. This not only reduces energy consumption but also aligns with sustainable design practices. The adaptability of glass wall systems allows for flexible space configurations, accommodating changing needs and promoting a dynamic work environment.

The desire to achieve long-term sustainable solutions in the Architecture, Engineering & Construction (AEC) industry, where waste plays a huge role in our impact, doesn't always land us where we want to be. We’ve made substantial progress in developing less toxic building products and using more renewable, carbon sequestering materials, but there has not been much progress in addressing the impact of material waste driven by cyclical workplace demolition and renovation.

Post-frame construction is the perfect choice for any low-rise commercial building due to its energy efficiency, durability, versatility, and aesthetic appeal. Join us in this one-hour course as we discuss post-frame construction methods; including foundations, columns, and trusses, as well as materials, coatings, and paint options.  By the end of this course, you will be able to demonstrate how post-frame construction can be used in a variety of applications in different markets and provide cost-effective solutions for your project.

Throughout this one hour course, we will cover best practices for daylighting design and discuss the advantages of allowing for this in your projects. Large opening glass wall systems will be the focus of this course, covering design options including materials, detailing and fold/swing considerations. Through a conversation on energy efficiency, FCS Certification and ventilation, the environmental attributes of incorporating large opening glass wall systems will be introduced along with several application examples and case studies for reference and comparison.

What if there was a single construction material that could withstand extreme weather conditions, resist fire and mold, while also being strong and sustainable? Explore the unparalleled versatility and functionality of gypsum products in providing robust solutions in modern construction practices. We explore gypsum products manufactured with fiberglass facing which replaces the paper facing typically used on gypsum board. Join us, as we discuss the applications, attributes, advantages, and LEED contributions of gypsum products.