LEED General Courses By Newest

This seminar will focus on existing buildings and how they should comply, alterations and the five elements required to be upgraded to meet the Standards once an area containing a primary function is altered.

Curbless showers are in high demand for their streamlined look and ADA compliance efforts and similar aging-in-place design strategies. In this course, we provide an overview of the growing demand for curbless showers, the difference between curbless and barrier-free, the installation methods in the TCNA Handbook, and a host of design and installation considerations for a successful project. We discuss requirements for curbless showers in order to comply with ADA guidelines, and how to be sure to meet applicable plumbing codes and wet-area coefficient of friction for flooring.

This one-hour audio course highlights the common oversights architects and contractors often make when addressing accessibility on multifamily projects in two critical areas of project development: design and construction. We will review real-life examples coupled with simple solutions to help you in creating compliant projects that meet the needs of all users and the required accessibility standards. Learn how to take a proactive approach to accessible design and avoid litigation through this informative CE course!

The purpose of this presentation is to learn the principles of thermal comfort, heat transfer and the benefits of the innovative HVAC strategy that pairs traditional air conditioning with energy-efficient air movement.

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.

In this course, we describe how design professionals can achieve the LEED v4.1 BD+C Sensitive Land Protection credit and reduce environmental impacts for building sites. We review sensitive land areas including wildlife habitat, wetlands, prime farmland, floodplains, and water bodies.

In this course, we describe how design professionals can achieve the LEED v4.1 BD+C and O+M Rainwater Management Credit. In addition, we discuss green infrastructure and low-impact development strategies and how they can help for project sites.

In this course, we explain how to achieve the LEED v4.1 BD+C and ID+C MR: Sourcing of Raw Materials credit and how to specify environmentally friendly building materials. We review FSC certification, recycled content, and how bio-based materials could change the future of construction.

In this course, we explore strategies to improve indoor air quality and how to achieve the LEED v4.1 BD+C and ID+C EQ Low-Emitting Materials credit. In addition, we review the applicable requirements such as (CDPH) Standard Method v1.2–2017. Finally, we discuss how buildings with excellent indoor environmental quality protect the health of building occupants.

In this course, we explain how design professionals can achieve the LEED v4.1 BD+C Indoor Water Use Reduction Prerequisite. We discuss strategies to help reduce potable water use in buildings such as specifying WaterSense labeled products. In addition, our team discusses challenges regarding the nation’s water supply and the need to update water infrastructure.

In this course we describe how project teams can use Environmental Product Declarations (EPDs) for LEED v4.1 projects. Our team describes the environmental impacts referenced in EPDs and how these impacts may affect the planet and its inhabitants. We discuss how EPDs can contribute to the LEED v4.1 BD+C, ID+C, and O+M ratings systems to create sustainable buildings.

Designing public handwashing solutions that are code compliant, that are reliable as well as water and energy efficient, can present several challenges to both the architect and plumbing engineer. Join us in this one-hour course as we discuss current plumbing codes, public health agency guidelines, and regulatory statutes regarding handwashing and water heating. Participants will learn about the differences between various water heating technologies and what makes tankless electric water heating systems ideal for handwashing applications.

When it comes to water heating systems, plumbing design professionals need to find the perfect balance between performance and efficiency. Join us in this one-hour course as we discuss how electric tankless water heater (ETWH) systems can increase efficiency, sustainability, and safety. Participants will not only learn how ETWH can help facilitate compliance with service water heating codes but also how to apply this water heating technology in a variety of commercial and residential applications.

Full Course Description:

In this one-hour course, we will explore the challenges of creating a sustainable cannabis facility that reduces energy consumption, water usage, and waste. We identify best practices for sustainable cannabis facilities and how hazards may affect building occupants.

‘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.

In this one-hour course, we’ll discuss flexible spaces and the different types of vertical openings available. We’ll discuss how they’re built, differences in operation, customizations and design constraints that can have an impact on the health, safety and welfare of building occupants. We will also talk about environmental impacts of your opening’s design and how that can affect your choice in door type and final design.

In this one hour course, we will take an in-depth look at the sustainability and energy efficient attributes of concrete tile roofing, including the near zero-waste manufacturing process, life cycle cost and performance versus temporary asphalt shingle roofing as well as the installation processes which enhances the inherent thermal mass attributes of concrete tile roofing.