SWA placed a special emphasis on maintaining the riparian corridor with native planting, using consideration when dealing with the archaeologically sensitive areas of the site, as well as existing recreation trails and landscape amenities such as parks and play areas. The internal street grid and architectural and landscape elements are designed to recall the traditions of existing older neighborhoods in Palo Alto and Menlo Park. Built in the Sand Hill corridor, the housing is oriented to employees of Stanford, the medical center, and the Research Park.
Scripps College Residence
The landscape design for the new residence hall builds on the Scripps College campus tradition of landscaped courtyards formed by buildings and circulation corridors. In doing so, the design helps to establish a new east-west axis connecting the main campus to future recreation facilities to the east. The project also improves interrelationships and connection...
SunCity Yokohama
SunCity Yokohama is a continuum of care retirement community operated by Health Care Japan Co., Ltd., a leader in Japan’s fast growing senior housing communities. With Perkins Eastman Architects PC, SWA completed the master planning phase of the project and is providing schematic design. The plan consists of two single building “villages” connected...
Amber Bay
The Amber Bay residential development is located on a beautiful rocky promontory that is among the last available parcels along the Dalian shoreline, southeast of the city center. The project features high-end low density modern style residential development including single family villas, townhouses, and low-rise condominiums; shops and seafood restaurants on...
Birla Arika
Within Birla Arika, the development is designed to encourage exploration and celebrate activity. In Gurugram’s Sector 31, 30 kilometers southwest of New Delhi, where high-rise towers border a forest preserve, the new residential community spans 13 acres, prioritizing flexible greens and pedestrian corridors, bringing accessible greenery into a densely situated...