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
SERVICE: ,
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

CSULB Liberal Arts Courtyards

The programming and design of the Liberal Art Courtyards were the result of the successful landscape master plan for 322 acres, completed by SWA in 2012 and enhancing the existing campus aesthetic and experience while improving functional relationships for its students, faculty, and community. Considerations included a wealth of open spaces largely devoted to ...

Soka University

When Japan-based Soka Gakkai International, one of the world’s largest lay Buddhist organizations, decided to establish a fully accredited liberal arts university in southern Orange County, SWA joined with the architects to create a setting that expresses the goals of the new university. Soka means “to create value” and the ideal of Soka education is to foster...

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...

Cañada College Kinesiology & Wellness

In collaboration with ELS, SWA designed a new landmark for Canada College: the Kinesiology & Wellness Center.  The project replaced a windowless 1960s-era gym building and outdoor asphalt yard with the glassy new building and infinity pool deck on this hilltop campus with fantastic views.  The project also created a new campus arrival and ceremonial overlo...

Envision Willowick

The Cities of Garden Grove and Santa Ana are developing a “vision” for redevelopment of the Willowick Golf Course site. This process explored conceptual land use options that are formed by community and stakeholder collaboration and input. The Visioning is intended to be used to guide the preparation of development plans for Willowick. The visioning...

University of North Texas Frisco

The University of North Texas (UNT) envisioned a transformative greenfield campus in Frisco to support the region’s rapid growth and diverse economic needs. The site’s challenges, including topographical variation, stormwater management, and integration with natural and urban contexts, required a master plan that fostered innovation and sustainabil...

Raycom City

The planned district’s one-kilometer-long public park and retail promenade draws inspiration from Hefei’s ancient river city identity and waterside parks, and includes a string of five special places–the Triangle Park, the Ribbon Park, the Crescent Park, the Source Fountain Plaza, and the Children’s Playground. All of these are connected by rain gardens, grove...

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...