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.
CREATE Campus, National University of Singapore
CREATE, the Campus for Research Excellence and Technological Enterprise, is an international research campus and innovation hub at the National University of Singapore. Home to a vibrant scientific community, CREATE hosts the National Research Foundation, interdisciplinary research centers from top universities, and corporate laboratories such as the Singapore...
Stanford University Campus Planning and Projects
Over the past 20 plus years SWA has been working with Stanford University to reclaim the 100 year old master plan vision of Leland Stanford and Frederick Law Olmsted for the campus. This series of campus improvement projects has restored the historic axis, open spaces and landscape patterns. With Stanford Management Company, SWA designed the Sand Hill corridor...
The Summit
Offering iconic views of the East River and Chrysler Building, residents can find serenity without sacrificing convenience in East Midtown’s The Summit. The tower’s “public face” is set back from the street, where a circular motor court establishes an elevated and elegant tone as residents arrive at the project. The ground level includes a reflecti...
Bamboo Grove Residence
Boasting premium views of the Jialing River, this development is divided into three residential parcels of different sizes and a commercial district with a sales center at its center. Unique topographical conditions for each parcel include, in one instance, a more than 40-meter grade change. The design responds to the natural topography of the site, using runo...