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 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.

Related Projects

Zakin Residence

SWA worked closely with the client and architect in siting the house to maximize views and preserve opportunities in which to develop the landscape. The varied program for the landscape included a small family vineyard, a multi-use field, flower gardens, fountains, terraces, a koi pond, swimming pool and spa, tennis courts, courtyards, a heli-pad and guest par...

Foothill Community College

SWA’s design for Foothill College is an exemplary model of site, building, and landscape harmony. The 100-acre campus bridges two hilltops, with parking and roadways relegated to the surrounding valleys. Buildings and landscape together form a series of courts and terraces connected by a continuous campus greenway. Overhanging wood eaves of the low profile bui...

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...

SunCity Tower Kobe

Kobe has a unique geographical context in Japan, with breathtaking views both inland to Mt. Rokko and to the broad expanse of Osaka Bay to the south. The landscape design of SunCity Tower Kobe, a landmark senior community in this newly developed city district, celebrates this environment. The tower is tucked into the northwest corner of the site, setting it aw...

Chongqing Dongyuan 1891

This unique linear site is sandwiched between the Yangtze River and Nan Mountain. The design concept of the model area that unites a one-kilometer retail/commercial corridor with four high-rise residences is to create the experience of Shangri-La in an urban center. The spatial layout is characterized by a series of courtyards offering different experiences in...

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...

University of Chicago Booth School of Business

This project regenerates a spectacular, historic cliff-side waterfront site by activating it with new purpose. Working carefully to interweave layers of preservation and natural beauty, the building and landscape work together to leave a light footprint. Today, a distinctive global campus honors the history of its earlier occupation while providing inspiration...

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...