LEED General Courses By Sponsor

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.

The new US Government Electrification program will change the way homes and buildings are built to heat and distribute the hot water, energy efficiency and overall sustainability. The objective is to reduce Carbon Footprint. Water and energy are precious resources, and, unfortunately, traditional hot water distribution systems not only waste but create green gas, pollution and sewage processing. Join us in this one-hour course as we discuss how the distribution of hot water directly impacts energy use, water consumption, air pollution and waste.

Gain insight into how rain screen systems contribute to the weatherability and sustainability of a building. Learn about the importance using sustainable materials for the system contribute to lower energy consumption, minimal impacts to the environment, and improving indoor environmental quality.

During the Industrial Revolution, engineers looked for ways to create materials that were strong, waterproof, and long-lasting. New advances in technology led to the creation of beautiful, better-performing, longer-lasting, and sustainable materials for a wide use of applications.

In this course, we compare traditional pavers with composite paver systems and how they differ in durability, lifespan, and maintenance. In addition, we discuss how composite pavers produce a smaller carbon footprint and are a more sustainable solution than traditional pavers.

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.

During the Industrial Revolution, engineers looked for ways to create materials that were strong, waterproof, and long-lasting. New advances in technology led to the creation of beautiful, better-performing, longer-lasting, and sustainable materials for a wide use of applications. In this course, we compare traditional roofing systems with synthetic roofing systems and how they differ in durability, lifespan, maintenance, and carbon footprint. In addition, we discuss how synthetic roofing can protect against rot and pests and provide low maintenance for building occupants.

In this one-hour course, we will consider the components necessary to keep an HVAC system functioning efficiently. We will examine various types of sealants and coatings and how best practices concerning their installation and quality control can be used to increase the lifespan of the HVAC system. This course will explore the importance of minimizing air leakage in the HVAC to avoid environmental issues, such as high levels of energy consumption, and to improve the indoor air quality for the building’s occupants.

This course offers architects, designers, engineers, and specification writers a comprehensive foundation of knowledge essential for navigating the dynamic landscape of cold-formed steel framing. Participants will gain practical insights into how this industry aligns with the latest standards in code compliance, structural integrity, fire safety, sound insulation, and sustainable construction practices.

Join us on this one-hour course as we look at the top ten home storage solutions and bring to life the art of organization. This fundamental question lies at the heart of effective storage design, challenging architects, interior designers, and contractors to transform cluttered closets, disorganized pantries, and chaotic garages into harmonious and functional spaces. Homeowners and renters seek versatile storage solutions for their homes, senior housing, student housing, apartments, hotels, and resorts.

How do you design an innovative neuroscience research facility to study the brain and bring together biological sciences, physics, engineering, chemistry, and social sciences? In this video course, we explore the state-of-the art Chen Neuroscience Research Building at Caltech. We review how the project team achieved LEED v4 certification by focusing on reducing energy and water consumption in the labs, increasing indoor air quality, selecting sustainable building materials, and using an integrative process to reach their goals.

A comprehensive exploration of fully automated, hydraulically and electrically driven doors and windows, with a special focus on the cutting-edge technology of vertically folding bifold doors. Participants will appraise the engineering marvels behind hydraulic and electric drive mechanisms and how these systems have transformed the aesthetics and functionality in door design.

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.