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Village at 115
Case Western Reserve University
Cleveland, OhioThis new 740-bed undergraduate residence “village” integrates housing, social, academic, and recreational spaces. Going beyond their original charge to design the housing, Goody Clancy helped the university to refine their recently-completed master plan and unlock opportunities far beyond what was initially envisioned for this part of the campus.
Relevant Project Information:
- The Village at 115 is the first phase of Case Western’s ambitious ten-year program to replace all undergraduate housing for more than 2,300 students.
- The seven residence "houses" feature apartment-style units for juniors and seniors.
- The complex include a variety of social, academic, and recreational elements: seminar rooms, a fitness center, resident faculty/staff apartments, study rooms, laundry rooms, a library and a café.
- Our precinct plan integrated the new housing with the new running track and athletic fields.
- Goody Clancy also designed a varsity athletic field house with locker room, weight facility, meeting rooms, training facilities, as well as a 1,200-car garage (in collaboration with HNTB Architecture).
Sustainable Design:
- House Five is LEED Gold certified.
- The balance of the project is LEED Silver certified.
- High-performance building-envelope systems with integrated air-vapor barrier and low-E glazing and well-insulated walls with a continuous air barrier to minimize infiltration (R20).
- Features energy-efficient heating, cooling systems.
- Daylight and motion detectors control light fixtures.
- Large windows and sun shelves bounce light throughout rooms.
- Fresh-air intakes are located at roof level, far from exhaust-air streams.
- Collection of roof and surface storm water for distribution through a groundwater recharge system under playing fields reduces load on local treatment plants.
- Low-flow sink fixtures and showerheads reduce utility water consumption by more than 40% over conventional buildings.
- Use of green building materials throughout.
- Reduction of annual energy consumption by approximately 10–20% and reduction of peak heating and cooling demand by 30–40%.
- Project designed as teaching tool for CWRU’s engineering students.
Awards:
- Society for College and University Planning -- Honor Award for Excellence in Planning for a District or Campus Component
- International Masonry Institute Ohio Area -- Golden Trowel Award for Brick
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