Pomona College Student Housing
POMONA COLLEGE STUDENT HOUSING
Ehrlich Yanai Rhee Chaney Architects
ARCHITECTS
Ehrlich Yanai Rhee Chaney Architects
CATEGORY
Dorms
AREA
81000 ft²
LOCATION
Claremont, United States
YEAR
2011
PHOTOGRAPHS
Tom Bonner
PRODUCTS USED IN THIS PROJECT
Louvers / Shutters
MANUFACTURERS
Shildan, 3form, 9Wood, Bega, Clark Pacific, Interface, Marshfield Door Systems, Modern Fan, Richlite, Viracon, Solar-World, Sun Earth
STRUCTURAL ENGINEER
Englekirk & Sabol
LANDSCAPE ARCHITECT
Landimages
M/E/P ENGINEER
ME Engineers
CONTRACTOR
Hathaway Dinwiddie Construction Company
CIVIL ENGINEER
KPFF Consulting Engineers
This LEED Platinum certified project was the first student residence hall in California to receive such a rating.
The award-winning project consists of two residence halls totaling 81,000 sf, housing 150 students in single bedroom, suite style living units.
The North hall houses 73 beds; the South hall houses 77. Both buildings are 2 and 3 stories.
The project also includes the headquarters for the campus Outdoor Action program and administration offices for the Campus Sustainability department both located on the ground floor of the South hall in addition to an underground 175 car parking garage with a natural turf field above located directly below the North hall
The College's progressive sustainable agenda catalyzed the complex's new architecture, which departs from the campus' predominant terracotta tile roof vernacular. The design includes flat roofs that harvest energy and provide outdoor teaching and research spaces.
The project includes an 82kW rooftop photovoltaic array system with 130,000 annual kWh output, producing 14% of the annual electrical needs, and a rooftop solar thermal-siphon system consisting of eighteen 116-gallon water tanks providing 80% of the building's domestic hot water heating.
Exterior sunshades composed of horizontal terracotta baguettes or fins screen public areas located directly behind and enclosed by floor-to-ceiling glass in direct response to the harsh conditions of the arid desert-like climate of Claremont while also tying back to the materiality and architectural heritage of the surrounding campus.
Thermal mass is achieved by a cast-in-place concrete structure and precast concrete exterior wall panels that also refer to and echo existing campus buildings.
Through the incorporation of numerous smart design features the project functions as an example of living sustainability and as a teaching tool for students – helping raise awareness, educate and even assist occupants in making more informed choices about how they interact with and ultimately impact their environment.
