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.

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.

This course discusses the impact of buildings on the natural environment and offers insight on designing to minimize those impacts through sun control and mastery of the elements. The discussion emphasizes implementing design methods including specification of technologies such as sunshade and daylighting canopy systems, as well as materials that contain recycled content. Designing as part of a holistic building environment is critical to optimizing energy performance and reducing extraction of natural resources for building materials.

During this course, we explore how vacuum plumbing can help design professionals create projects that save water, energy, and money and contribute to sustainable design. We review how vacuum plumbing can help contribute to LEED projects and prevent the spread of infectious diseases, especially during a pandemic. Our team illustrates the differences between vacuum plumbing and gravity plumbing and how they compare regarding sustainability, health and safety, cost and design and use of existing real estate flexibility.

In this course, we explore how waterproof wall panel systems are used to provide a cost-effective, easy installed, low maintenance design solution for bathrooms and kitchens. We examine the benefits of waterproof wall panels over tile and how panels help prevent mildew and mold. Finally, we discuss how sustainable waterproof wall panels can contribute to LEED v4.1 projects.

In this presentation, we discuss Computational Fluid Dynamics (CFD) and how it can be used as a tool by building designers to ensure occupant health and safety. We interpret CFD analyses to make design improvements for optimal air movement, cohesive comfort for occupants, and efficiency. Finally, we explain how destratifying a space can decrease HVAC sizing for more efficient and sustainable designs.

How can commercial restroom design reduce touchpoints, promote proper hand hygiene, and reduce the spread of infection? This course explores this timely question. Attendees will first hear an overview of hygienic restroom design, learning about key elements, such as reducing touching points, improving air quality, and optimizing waste management. Next, the course explores proper hand hygiene techniques, something 97% of consumers fail to do before a meal.

This course will go over the basics of vegetated roof construction and how the industry has documented successful installations over the last 25 years in the United States. We will teach the design requirements and standards unique to green roofs. The course will educate the participant on the benefits of the technology- including stormwater management and lowering roof temperatures. We will also provide project examples across the country that incorporate a variety of technologies such as biosolar, amenity decks, daylight harvesting, and agricultural production.

Specifying a sustainable HVAC system is essential for achieving a more efficient, comfortable, durable, cost-effective, and environmentally friendly built environment. In this course, our team discusses why design professionals should specify sustainably manufactured HVAC products that help reduce waste, decrease carbon emissions, and save energy. We review how sustainable HVAC systems can contribute to the LEED v4.1 BD+C rating system and reduce environmental impacts.

This one-hour course describes Southern Yellow Pine’s impact on building structures historically and today, listing its sustainable attributes and characteristics. This course also examines how the by-products and waste of SYP are reusable and compares the life cycle assessment of SYP to other building materials.

This course discusses the benefits of a thoughtfully-designed light control system and how to make it work for your project’s daylighting and design needs. The discussion emphasizes implementing best-practice methods and specification of daylighting canopy and sun shade systems to create unique and aesthetically-pleasing architectural building enhancements. The result will be a full-scope view on successfully repurposing natural light for greater environmental, human health, and aesthetic function.

Prefinished steel door frames are strong, safe and durable for a variety of applications. In this course, we discuss types of steel casings, installation techniques, and hardware options. We describe the fire safety and sustainability benefits of steel door frames. Finally, our team reviews LEED v4.1 credits, recycled content, and environmental impacts related to steel door frames.

Sustainable kitchen design encompasses environmental, health, and social considerations. In this course, we explore innovative approaches that prioritize energy efficiency, the use of healthy materials, and the enhancement of overall well-being. As the demand for eco-friendly living spaces continues to rise, design professionals play a pivotal role in shaping the future of kitchen design. Our team discusses LEED v4.1 BD+C and ID+C strategies that can help design professionals create healthier and more sustainable kitchen spaces for building occupants.

The goal of this course is mainly to create awareness about powder coating technology as an environmentally friendly alternative to liquid coatings. After this course, the design professional will be aware of the environmental and physical advantages of powder coating systems in order to knowledgably specify them in place of conventional liquid coating systems.

Eliminate the risk for Legionella and generate reliable hot water production with tankless water heaters! Join us for this one-hour course as we evaluate risks associated with Legionella and the health benefits of tankless water heaters. In this course, participants will investigate the standards aimed at eliminating Legionella risk from the water supply and the tankless hot water technologies that prevent such bacterial growth in domestic water systems.

Bluetooth operable, modular construction without compromising the demand for reliable, continuous hot water. Join us for this one-hour course as we explore electric tankless water heaters engineered for commercial applications. In this course, participants will dive into the newest technologies of hot water production that showcase the notable achievements of electric tankless water heaters in creating a minimal footprint, establishing an ease of serviceability and offering simplicity in operation and installation.

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.

The impending climate crisis casts a looming shadow over our planet, and the responsibility to avert catastrophe falls upon us all. Design professionals can wield their creative powers to conceive sustainable, resilient, and regenerative solutions before it's too late. Diverting construction waste from landfills and promoting recycling, reuse, and responsible disposal practices can significantly contribute to reducing carbon emissions.