Arizona State University’s Interdisciplinary Science and Technology Building 7, completed in December 2021, was constructed with numerous innovative sustainability elements.
The building team worked to support ASU’s carbon neutrality by 2035 goal. It took a holistic approach to sustainability and carbon neutrality on all decisions, according to GC McCarthy Building Companies. The result is a building with an Energy Use Intensity (EUI) that is roughly 50% below baseline.
The $192 million, 281,000 sf, high-performance research facility fosters an interdisciplinary approach to knowledge generation and leading-edge research, including the sustainable use of food, water, and energy. Labs include spaces for biological sciences, engineering, life sciences, and sustainability, as well as dry lab space for computing, cyber-security, engineering design and fabrication, and robotics.
Notable sustainability features include:
- 42-foot architectural columns elevate the building entrance, creating significant shade areas and positioning the building to capture wind for natural ventilation.
- Radiant cooling system combines chilled beams, chilled ceilings, and chilled sails, providing comfort for occupants and supporting low-flow ventilation.
- Water efficiency strategies include: Use of Arizona’s Salt River Project non-potable canal water on the site’s landscape; water-saving drip irrigation and “smart” irrigation controls; hardscape designed so all rainfall conveys to planting areas; and the capture of mechanical system condensate water to irrigate plants.
- A 40% fly ash concrete mix that met structural integrity measures and provides a consistent aesthetic finish.
- First building in Arizona to use BubbleDeck, a void form structural deck system that uses a patented integration technique linking air, steel, and concrete in a two-way structural slab, resulting in less concrete and a lighter structure and foundation system.
- Inspired by self-shading pleats of the Sonoran cactus, the exterior skin takes shape in large GFRC rainscreen panels over a prefabricated building envelope. Skin sensors installed around the exterior track heat transfer throughout building’s lifecycle.
The structure now serves as the gateway to the Arizona State University Tempe campus and faces one of the busiest intersections in the Metro Phoenix area. The building will house Global Futures, the Julie Ann Wrigley Global Institute of Sustainability, the Rob and Melani Walton Sustainability Solutions Service, School of Sustainability, and the Institute of Human Origins, in addition to public outreach and exhibit space. The building will also include classrooms and a conference center with a 389-seat presentation hall.
Owner and/or developer: Arizona State University
Design architect: Architekton l Grimshaw
Architect of record: Architekton l Grimshaw
MEP engineer: BuroHappold Engineering
Structural engineer: BuroHappold Engineering
General contractor/construction manager: McCarthy Building Companies
Sustainability Consultants: Thornton Tomasetti
Related Stories
| Apr 14, 2014
Perkins+Will-designed KSU Engineering building now under construction
The facility will consolidate instructional, research, and office space from across campus into a flexible environment.
| Apr 9, 2014
Steel decks: 11 tips for their proper use | BD+C
Building Teams have been using steel decks with proven success for 75 years. Building Design+Construction consulted with technical experts from the Steel Deck Institute and the deck manufacturing industry for their advice on how best to use steel decking.
| Apr 8, 2014
Science, engineering find common ground on the Northeastern University campus [slideshow]
The new Interdisciplinary Science and Engineering Building is designed to maximize potential of serendipitous meetings between researchers.
| Apr 2, 2014
8 tips for avoiding thermal bridges in window applications
Aligning thermal breaks and applying air barriers are among the top design and installation tricks recommended by building enclosure experts.
| Mar 26, 2014
Callison launches sustainable design tool with 84 proven strategies
Hybrid ventilation, nighttime cooling, and fuel cell technology are among the dozens of sustainable design techniques profiled by Callison on its new website, Matrix.Callison.com.
| Mar 20, 2014
Common EIFS failures, and how to prevent them
Poor workmanship, impact damage, building movement, and incompatible or unsound substrate are among the major culprits of EIFS problems.
| Mar 19, 2014
Frames: the biggest value engineering tip
In every aspect of a metal building, you can tweak the cost by adjusting the finish, panel thickness, and panel profile. These changes might make a few percentage points difference in the cost. Change the framing and you have the opportunity to affect 10-20 percent savings to the metal building portion of the project.
| Mar 17, 2014
Rem Koolhaas explains China's plans for its 'ghost cities'
China's goal, according to Koolhaas, is to de-incentivize migration into already overcrowded cities.
| Mar 12, 2014
14 new ideas for doors and door hardware
From a high-tech classroom lockdown system to an impact-resistant wide-stile door line, BD+C editors present a collection of door and door hardware innovations.
| Mar 7, 2014
Thom Mayne's high-tech Emerson College LA campus opens in Hollywood [slideshow]
The $85 million, 10-story vertical campus takes the shape of a massive, shimmering aircraft hangar, housing a sculptural, glass-and-aluminum base building.
