Contemporary architecture attempts to maximize daylight, minimize ornamentation, and connect interiors to the outdoors (biophilia). Fenestration plays a great role in achieving this aesthetic. This course will discuss how to fill very large openings with mulled windows, punched-opening window walls, moving walls with large doors, and timber curtain walls. The course will identify window and door styles, design options, and performance measures that must be considered when specifying oversized openings for both residential and commercial projects.
Specifying electrochromic glazing for buildings in which solar control is a challenge is a preferred solution for many applications. From classroom settings to healthcare facilities, commercial office, and retail spaces, these applications make sense to feature electrochromic glazing to showcase atriums and skylights. Electrochromic glazing creates a wellness space through achieving energy performance and enhancing the occupancy experience. In addition, electrochromic glazing offers design flexibility, occupant benefits, and contributes to sustainability and energy savings.
Privacy and Protection: Using Motorized Retractable Screens to Blend Indoor and Outdoor Living Spaces
The move toward healthy homes & buildings has pushed design professionals to blend indoor/outdoor spaces and increase the number and size of exterior openings. As the trends for outdoor living continue to be a top consideration for homeowners, motorized retractable screen specification provides an option for building professionals to help clients maximize their livable space while managing daylight, solar heat gain, and ventilation.
These screens benefit occupancy wellness by providing excellent thermal benefits, airflow, and the ability to control humidity. This course will provide an overview of motorized retractable screens, discussing the design and installation requirements, the different applications where these screens can be used, as well as the thermal benefits of using solar mesh and clear vinyl options.
Prefabrication has progressed from a condition born of necessity to a customizable manufacturing process that expedites timelines and provides a response to the current labor shortage. Prefabrication processes have addressed issues with environmental, supply chain, sustainability, and waste concerns.
Today, curtain wall and window wall systems are building components that can be prefabricated as a unitized system or put together on site as a stick system. Recognizing when to specify each can help to mitigate risk and delay, as well as contribute to a building’s overall aesthetic.
Windows no longer simply let light into a space; they can affect everything from biophilic design to circadian rhythm and energy efficiency. Having a solid understanding of performance grades, classifications, ratings, and testing products, as well as the manufacturing process, performance benefits, and design options of various window types can help specifiers choose the best product for their project.
Designing Building Spaces that Integrate Building Design and the Outdoors with Oversized Fenestration Products (Print Course)
Finding ways to bring the outdoors inside is a modern building design trend that continues to influence the specification process. Consumers’ desire to blend nature with the built environment incorporates a desire to increase the amount of natural lighting and nature inside the home or commercial space.
Research continues to evolve demonstrating the need for nature to be incorporated in the built environment, not simply as a luxury, but as an investment in health and productivity. Mounting pressure for building and design professionals to not only meet LEED standards and current codes, but exceed them, continues to leverage the need for sustainability, green building manufacturing, and products that address the needs and wants of the consumer.
Up until recently, it can be said that only luxury markets could afford the type of oversized windows and doors that permit the most amount of sunlight due to intricate design, complicated installation, and maintenance of oversized windows and doors. However, new products on the market are making this design and lifestyle trend more accessible and with more choices than ever.
Learners will be able to understand the history and various aspects of 2017 edition of AAMA/WDMA/CSA101/I.S.2/A440—North American fenestration
Standard/Specification for windows, doors, and skylights (NAFS), including testing, performance class, performance grade, gateway performance requirements, and optional performance requirements.
By the end of the course, learners should also understand the differences between laboratory and field testing.
Wood windows remain immensely popular with designers and homeowners alike and have evolved over the decades. They are remarkable for their warmth and aesthetic appeal. The modern versions are also more impervious to environmental conditions and can achieve extremely high energy saving ratings with high-tech glass. Most importantly, wood windows have design flexibility that can accomplish the aesthetic program of any architectural style, from contemporary to traditional to ornate and custom.
This course teaches designers what is possible when wood windows are specified, and delves into how the wood for these windows is grown and then used in manufacturing for durability and conservation.
The course discusses how wood treatments have evolved to the superior state of strength possible today and explains how windows are tested and rated. These principles are illustrated via case studies showing the potential for wood windows specified to satisfy modern architectural challenges.
Select and install high-performance windows, preferably windows that are ENERGY STAR rated or that meet or exceed the ENERGY STAR program requirements for windows, doors, and skylights. If you are seeking certification under the ENERGY STAR Certified Homes program or the U.S. Department of Energy's Zero Energy Ready Home program, read this for more specific guidance.
DOE: Characterization of Energy Savings and Thermal Comfort Improvements Derived from Using Interior Storm Windows
This report records the results of a field study conducted in a historic home in Seattle, Washington, to document the performance of interior storm window inserts. The energy use and thermal performance of the house were monitored before and after the installation of the inserts. Using the defined analysis approach, it was determined that the interior storm windows produced a 22% reduction in heating, ventilation, and air-conditioning energy use and reduced building envelope leakage by 8.6%. Learn more.