Not only is the recently completed Design Building at the University of Massachusetts Amherst the first CLT academic building in the country, it is also the largest installation of wood concrete composites in North America.
The 87,500-sf project unites the university’s architecture, landscape architecture and regional planning, and building and construction technology departments under one roof for the first time.
A skylit central commons is at the core of the building and brings students together for lectures, exhibits, presentations, and informal gatherings. Additional glazing and skylights provide abundant natural light to the building’s interior, reducing the need for artificial lighting.
Studios, maker spaces, and classrooms surround the central space. A green roof sits atop the commons and includes an outdoor learning environment and experimental space for the landscape department.
The building envelope is created from copper-colored, anodized aluminum panels and vertical windows that are meant to resemble the colors and patterns of the region’s forests.
The Design Building cost $52 million to build. Leers Weinzapfel Associates was the architect for the project.
Photo: © Albert Vecerka / Esto
Photo: © Albert Vecerka / Esto
Related Stories
| Jan 22, 2014
SOM-designed University Center uses 'sky quads,' stacked staircases to promote chance encounters
The New School's vertical campus in Manhattan houses multiple functions, including labs, design studios, a library, and student residences, in a 16-story building.
| Jan 17, 2014
The Starchitect of Oz: New Gehry building in Sydney celebrates topping out
The Dr. Chau Chak Wing Building at the University of Technology, Sydney, will mark Frank Gehry's debut project in the Australian metro.
| Jan 15, 2014
Report: 32 U.S. buildings have been verified as net-zero energy performers
The New Buildings Institute's 2014 Getting to Zero Status report includes an interactive map detailing the net-zero energy buildings that have been verified by NBI.
| Jan 13, 2014
Custom exterior fabricator A. Zahner unveils free façade design software for architects
The web-based tool uses the company's factory floor like "a massive rapid prototype machine,” allowing designers to manipulate designs on the fly based on cost and other factors, according to CEO/President Bill Zahner.
| Jan 13, 2014
AEC professionals weigh in on school security
An exclusive survey reveals that Building Teams are doing their part to make the nation’s schools safer in the aftermath of the Sandy Hook tragedy.
| Jan 11, 2014
Getting to net-zero energy with brick masonry construction [AIA course]
When targeting net-zero energy performance, AEC professionals are advised to tackle energy demand first. This AIA course covers brick masonry's role in reducing energy consumption in buildings.
| Jan 10, 2014
What the states should do to prevent more school shootings
To tell the truth, I didn’t want to write about the terrible events of December 14, 2012, when 20 children and six adults were gunned down at Sandy Hook Elementary School in Newtown, Conn. I figured other media would provide ample coverage, and anything we did would look cheap or inappropriate. But two things turned me around.
| Jan 10, 2014
Special Report: K-12 school security in the wake of Sandy Hook
BD+C's exclusive five-part report on K-12 school security offers proven design advice, technology recommendations, and thoughtful commentary on how Building Teams can help school districts prevent, or at least mitigate, a Sandy Hook on their turf.
| Jan 9, 2014
How security in schools applies to other building types
Many of the principles and concepts described in our Special Report on K-12 security also apply to other building types and markets.
| Jan 9, 2014
16 recommendations on security technology to take to your K-12 clients
From facial recognition cameras to IP-based door hardware, here are key technology-related considerations you should discuss with your school district clients.