Anonymous Hall, a $28 million-dollar, 32,995-sf faculty and graduate center named for alumni and friends who have quietly supported the college over two centuries, has completed on Dartmouth College’s campus. The project reuses and adds to a vacant 1960s library in the heart of the siloed north campus quad to create a new administrative and social center for the Graduate School of Arts and Sciences.
Part of the project included the demolition of an unused laboratory to make way for an addition that reorients the building to create campus connections to the south. The additions houses the lobby and a cafe with an adjacent terrace overlooking a green.
The building’s upper floors comprise collegial faculty offices, classrooms, places for interactive student gathering. A walk-out graduate student lounge in the lower level opens to a protected courtyard below a pedestrian bridge.
Anonymous Hall placed an emphasis on energy efficiency, attempting to achieve 2030 energy performance with the 1960s building. The highly insulated building includes lightweight stud framed exterior walls support that a light terra-cotta rain screen and combine 6″ of continuous dual density stone wool insulation with 5 1/2″ of stone wool batt in the cavities to provide an effective U-Value of 0.033, double code required thermal resistance. The roof system provides a minimum R-60 continuous insulation with an average effective U-value of 0.014 or almost triple code required thermal resistance. Advanced glazing and a highly responsive radiant heating and cooling system with dedicated air and fan assisted natural ventilation, served by central chilled water and hot water loops are also included.
“With its high-tech, efficient curtain wall; solar canopy; and high R value walls, carbon savings exceed all expectations, and design models show the project energy use approaches net zero,” said Principal-in-Charge Josiah Stevenson, Leers Weinzapfel, in a release.
In addition to the building itself, the project also includes new entrances for surrounding structures, a wide pedestrian bridge, and new circulation between buildings.
Related Stories
| Oct 17, 2011
Clery Act report reveals community colleges lacking integrated mass notification systems
“Detailed Analysis of U.S. College and University Annual Clery Act Reports” study now available.
| Oct 14, 2011
University of New Mexico Science & Math Learning Center attains LEED for Schools Gold
Van H. Gilbert architects enhances sustainability credentials.
| Oct 12, 2011
Bulley & Andrews celebrates 120 years of construction
The family-owned and operated general contractor attributes this significant milestone to the strong foundation built decades ago on honesty, integrity, and service in construction.
| Sep 30, 2011
Design your own floor program
Program allows users to choose from a variety of flooring and line accent colors to create unique floor designs to complement any athletic facility.
| Sep 23, 2011
Okanagan College sets sights on Living Buildings Challenge
The Living Building Challenge requires projects to meet a stringent list of qualifications, including net-zero energy and water consumption, and address critical environmental, social and economic factors.
| Sep 14, 2011
Research shows large gap in safety focus
82% of public, private and 2-year specialized colleges and universities believe they are not very effective at managing safe and secure openings or identities.
| Sep 7, 2011
KSS Architects wins AIA NJ design award
The project was one of three to win the award in the category of Architectural/Non-Residential.
| May 18, 2011
Major Trends in University Residence Halls
They’re not ‘dorms’ anymore. Today’s collegiate housing facilities are lively, state-of-the-art, and green—and a growing sector for Building Teams to explore.
| May 18, 2011
Raphael Viñoly’s serpentine-shaped building snakes up San Francisco hillside
The hillside location for the Ray and Dagmar Dolby Regeneration Medicine building at the University of California, San Francisco, presented a challenge to the Building Team of Raphael Viñoly, SmithGroup, DPR Construction, and Forell/Elsesser Engineers. The 660-foot-long serpentine-shaped building sits on a structural framework 40 to 70 feet off the ground to accommodate the hillside’s steep 60-degree slope.