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The River Grove Elementary School in Oregon was designed for net-zero carbon and resiliency to seismic events, storms, and wildfire. The roughly 82,000-sf school in a Portland suburb will feature a microgrid—a small-scale power grid that operates independently from the area’s electric grid.
Bjarke Ingels Group (BIG) and executive architect BNIM have unveiled their design for a new mass timber cube structure called the Makers’ KUbe for the University of Kansas School of Architecture & Design. A six-story, 50,000-sf building for learning and collaboration, the light-filled KUbe will house studio and teaching space, 3D-printing and robotic labs, and a ground-level cafe, all organized around a central core.
Today, we can design airports that are climate resilient, durable, long-lasting, and healthy for occupants—we can design airports using Passive House standards.
The Biden Administration recently released “Decarbonizing the U.S. Economy by 2050: A National Blueprint for the Buildings Sector,” a comprehensive plan to reduce greenhouse-gas (GHG) emissions from buildings by 65% by 2035 and 90% by 2050.
Pfeiffer Partners Architects, in collaboration with Mithun Architects, programmed, planned, and designed the $55 million renovation and expansion of Lemieux Library and McGoldrick Learning Commons at Seattle University. The LEED-Gold-designed facility’s green features include daylighting, sustainable and recycled materials, and a rain garden.
Not only is the student recreation center at the University of Arizona, Tucson, the hub of student life but its new 54,000-sf addition is also super-green, having recently attained LEED Platinum certification.
Horizons at Morgan Hill, a 49-unit affordable senior housing community in Morgan Hill, Calif., was designed by KTGY Group and developed by Urban Housing Communities. The $21.2 million, three-story building will offer 36 one-bed/bath units (773 sf) and 13 two-bed/bath units (1,025 sf) on a 2.6-acre site.
The Sustainable Energy Technology Center has broken ground in October on the Danville, Va., campus of the Institute for Advanced Learning and Research. The 25,000-sf facility will be used to develop enhanced bio-based fuels, and will house research laboratories, support labs, graduate student research space, and faculty offices. Rainwater harvesting, a vegetated roof, low-VOC and recycled materials, photovoltaic panels, high-efficiency plumbing fixtures and water-saving systems, and LED light fixtures will be deployed. Dewberry served as lead architect, with Lord Aeck & Sargent serving as laboratory designer and sustainability consultant. Perigon Engineering consulted on high-bay process labs. New Atlantic Contracting is building the facility.
Students at Bowling Green State University in Ohio will be eating in a new LEED Platinum multiuse dining center next fall. The 30,000-sf McDonald Dining Center will have a 700-seat main dining room, a quick-service restaurant, retail space, and multiple areas for students to gather inside and out, including a fire pit and several patios—one of them on the rooftop.
The Trinity River Audubon Center, which sits within a 6,000-acre forest just outside Dallas, utilizes sustainable materials that help the $12.5 million nature center fit its wooded setting and put it on a path to earning LEED Gold.
Building-integrated wind turbines lend a futuristic look to a parking structure in Chicago’s trendy River North neighborhood. Only time will tell how much power the wind devices will generate.
Back in the halcyon days of 2006, energy analysis of building design and performance was a luxury. Sure, many forward-thinking AEC firms ran their designs through services such as Autodesk’s Green Building Studio and IES’s Virtual Environment, and some facility managers used Honeywell’s Energy Manager and other monitoring software. Today, however, knowing exactly how much energy your building will produce and use is survival of the fittest as energy costs and green design requirements demand precision.
