Riparian Corridors and Street Grids 
{"autoplay":"true","autoplay_speed":"8000","speed":"1000","arrows":"true","dots":"false","loop":"true","nav_slide_column":5,"rtl":"false"}
{"autoplay":"true","autoplay_speed":"8000","speed":"1000","arrows":"true","dots":"false","loop":"true","nav_slide_column":5,"rtl":"false"}

DETAILS

LocationPalo Alto, California United States
ClientStanford Management Company
Size630 Units

SWA has 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, 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.

Ping Yuen Public Housing Renovation

The San Francisco public housing projects known as “pings” are widely viewed as successful. Part of this success is a direct result of their ties with the wider Chinatown community: they are comparatively low-crime, and their tenants are well-organized. Composed of four buildings with 434 units, 2,000+ residents, and five acres of landscape, the Pings are a pa...

Zobon City Villas

SWA provided landscape architectural services for this residential condominium site in Shanghai. The open space layout is comprised of three gardens, each creating a unique environment for the tenants. The Huangpu Abstraction garden is the public face of the project and is expressed with a 2.5m tall stacked glass fountain. The Sky Garden is the center piece of...

CSU Long Beach Peterson Hall

CSU Long Beach is in the process of a series of major renovations as its mid-century buildings fall short in terms of capacity and technology. The Peterson Hall project extends the classroom experience to the outdoors, while also adding much-needed sustainability updates to the landscape. Terraced seating of composite wood invites students to lounge while awai...

Universidad de Monterrey Campus Master Plan

The project focuses on improving the sustainability of the 247-acre campus, designing a shift from a vehicular orientation to one that encourages pedestrian, bicycle, and transit use. Site design strategies employ indigenous plant materials and natural water retention and filtration for low-maintenance landscaping. Phase 1 includes site design for one of Latin...

2019-09-05T23:14:21+00:00