LEED Specific Courses By Newest

In this course, we review the intent and applications for prerequisites and credits for the LEED v4.1 BD+C EQ category. We discover strategies to designing healthier spaces by improving indoor environmental quality for occupants. We discuss how indoor environmental quality can improve human health and well-being, worker productivity, and occupant comfort.

Building occupants who can visually connect with outdoor environments while performing everyday tasks experience greater satisfaction, attentiveness, and productivity. In healthcare facilities, providing patients with views and access to nature can shorten hospital stays and reduce stress, depression, and the use of pain medication. Designing for quality views involves consideration of building orientation and site design, facade, and interior layout.

Protecting wildlife and preserving it for future generations is critical. Our planet desperately needs to be safeguarded, with climate change already wreaking havoc on our natural environment. In this course, we describe how to achieve the LEED v4.1 BD+C Protect or Restore Habitat credit and reduce environmental impacts for building sites. We explore how design professionals can preserve high-quality native ecosystems, including their soils, native vegetation, sensitive species habitat, wildlife corridors, and hydrology.

A century ago, everyone could look up and see a spectacular starry night sky. Now, millions of people across the planet will never experience the majestic night sky where they live. The widespread use of artificial light at night is not only impairing our view of the universe, it negatively affects our environment, our safety, our energy consumption, and our health. Light pollution creates an abundance of environmental problems. Wildlife species that hunt or forage at night may be unable to feed.

Have you ever wondered about the untapped potential of esoteric design strategies in shaping the future of sustainable architecture? What design strategies are innovators, disruptors, and mavericks using to advance sustainable design? In this course we explore uncommon LEED v4.1 BD+C pilot credits and review how projects may register for pilot credits and pilot ACPs. Finally, we examine strategies that diverge from the status quo and help design professionals think out of the box to explore new ideas about sustainable design.

In this course, we explore how Health Product Declarations (HPDs) contribute to the LEED v4.1 rating system. Our team discusses how design professionals can achieve the LEED v4.1 BD+C and ID+C Material Ingredients credit. In addition, we review the HPD Open Standard and discuss how it can influence design professionals to make healthier material selections for buildings.

A LEED site assessment evaluates environmental features that the design of a sustainable site and building should take into consideration. A well-developed assessment conducted before or during the conceptual design phase may reduce project costs and risks, promote occupants’ health, and honor a site’s unique characteristics. In this course we describe how project teams can achieve the LEED v4.1 BD+C Site Assessment credit and review resources that can help design professionals meet their goals.

Imagine this scenario: skyscrapers that breathe sustainability, neighborhoods that pulsate with community vibrancy, and cities that hum with innovation. This is the future we envision. Through a captivating blend of in-depth case studies, insightful analyses of proven practices, and visionary examination of cutting-edge ideas, we'll uncover strategies to transform the built environment using LEED. From pioneering sustainable infrastructure to office renovations, every lesson is a step closer to unlocking the potential of our cities.

Noise can negatively affect human health and productivity in the workplace. Poor acoustic performance can critically affect learning in schools and impact healing at healthcare facilities. It is imperative that design professionals balance acoustical design strategies when planning systems and indoor spaces. In this presentation, we discuss the intent and requirements for the LEED v4.1 BD+C and ID+C Credit: Acoustic Performance and how they can help building occupants.

Many low-income communities have sites that are vacant or underutilized because of perceived stigmas or economic barriers. Building a project on a high-priority redevelopment site can revitalize the neighborhood and bring social and economic benefits to the surrounding community. In this course we explain how to achieve the LEED v4.1 BD+C High-Priority Site and Equitable Development credit. Our team discusses how the redevelopment of contaminated sites can improve environmental health.

The LEED v4.1 Materials and Resources (MR) credit category focuses on minimizing the embodied energy and other impacts associated with the extraction, processing, transport, maintenance, and disposal of building materials. The requirements are designed to support a life-cycle approach that improves performance and promotes resource efficiency. In this course, we explore the prerequisites and credits in the LEED v4.1 BD+C Materials and Resources category and discuss how they promote sustainable design for projects.

Join us for an inspiring journey as we explore real-world examples of LEED certified projects that are reshaping our built environment and combating climate change. Through a series of captivating case studies, you'll discover how innovative strategies are dramatically reducing energy and water consumption, creating healthier and more productive spaces for occupants, and paving the way for a more sustainable future. From towering skyscrapers to university centers, each project tells a unique story of environmental stewardship.

This course will explore a real-life example of a 5,000-square-foot office expansion recently completed in Western Massachusetts. We’ll take a deep dive into the owner’s and architect’s primary goals for the space; that it be beautiful, healthy, sustainable, and functional. We’ll learn about the various relevant tools for sustainable, healthy buildings, including the WELL Building Standard, The Works With WELL Program, and the LEED Green Building program. Then, we’ll dive into the role of building products in healthy, sustainable spaces, highlighting the following 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.

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.

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.

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 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.