Multifamily construction projects are on the rise, and many project teams are unaware of the multiple paths to LEED Certification that exist for this project type. LEED BD+C New Construction may be the most familiar pathway, however, LEED Multifamily Midrise may better suit your project goals.
Advanced faĂ§ade designs improve light quality, airflow control, nature views, acoustics, and other variables affecting the quality of workplace life. Most firms spend more on personnel than on facilities. High-performance features still involve upfront costs, but as the relations of health, absenteeism, productivity, and the full range of returns on investment become clearer, austerity toward the â€śgreen premiumâ€ť is giving way to a business case for dynamic faĂ§ades.
This course provides an overview of residential zero net energy (ZNE) homes and gives designers a sense of key issues and strategies for ZNE projects. It explores how ZNE projects may be defined along with the implications of the different definitions of "zero".
The course also characterizes the current ZNE housing market, the general design approach to ZNEs and the opportunities to integrate mixed-fuel home designs in ZNE projects.
This course will examine how wood structures and finishings can help meet tenancy trends and the benefits wood provides to owners and occupants, such as aesthetics, high-performance and life safety.
Two different types of wood structural systems are discussed, as are the qualities that make a building desirable. Case studies demonstrate how value was maximized and occupant well-being was optimized in wood structures.
Structural Wood Building Systems â€“ Choosing the Right Material for a Sustainable, Safe and Resilient Project (Print Course)
This course examines the key differences between light frame and mass timber systems. We will highlight the applications, code considerations and performance benefits of each system, including fire protection, seismic stability and wind resistance.
In addition, the sustainability and resiliency of both of these systems will be demonstrated through three case studies that feature environmentally sensitive design.
This course examines what makes a window truly sustainable. We discuss the important aspect of energy efficiency, but have deepened our study of sustainability to include a manufacturerâ€™s attention to resource efficiency, to occupant health, and to durability. When all four factors are robustly addressed by a manufacturer, the windows and doors that company produces will more fully embrace the spirit of sustainability that green-leaning architects want for their buildings.
The building industry is working to embrace its responsibility as a major contributor to climate change. More recently, the Architecture 2030 Challenge has added a Product Challenge to its overall mission to drive embodied carbon in buildings and building products down to zero by the year 2030.
Urging architects to help lead this major industry transformation, advocates are encouraging specifications of low- to no-carbon product alternatives in design specifications.
The rapidly rising rate of extreme weather events, such as tornadoes, hurricanes, heat waves, and drought, is plaguing municipalities and building owners throughout the United States. The construction industry, from product manufacturers to architects and engineers, is quickly realizing its obligation to design and build resilient structures that can withstand forces of nature such as high wind, flooding, and wildfire.
Fiber cement architectural wall panels are one such building product that can be installed as a rainscreen and have been proven to withstand these elements. This course will explore the societal, economic, and environmental costs of extreme weather events; the importance of building resiliency; and how high-performance architectural wall panels can help meet this end.
The purpose of this course is to present the customization that is possible with windows and doors to personally align with the clientâ€™s needs, wants and lifestyle.
Learn how to incorporate specific window and door products and options that will enhance the outcome of the project. Aesthetics and performance will include specifics to each region of the country.
You will see some truly remarkable ideas that have become reality.
This course presents the benefits of creating digital and physical 3D prototypes in the design process. Several examples describe projects where prototyping assisted in design for land-use, site analysis, safety and sustainability.
Three-dimensional prototyping and modeling can help create buildings that are better designed, easier to construct and safer to use.