This new quad provides a unifying pedestrian connection between Bedford and Franklin Avenues and between existing and new campus buildings, finally providing the campus with a cohesive identity and sense of place. With the dramatic transformation of a parking lot into more campus green space comes the opportunity to integrate a series of sustainability strategies into the campus environment. A promenade serves as an academic hallway, and is bordered with a diverse array of seating opportunities and a series of garden rooms which serve as outdoor classrooms, living rooms, study spaces, and planted gardens. At its midpoint, the promenade swells into a large lawn area, a much-needed center to the campus for informal academic lounging and large gatherings such as performances, festivals, and the annual graduation ceremony.
Tarrant County College
To meet the growing needs of the downtown and North Main communities in Fort Worth, Texas, SWA provided the master plan and landscape design for a new college campus to add to the Tarrant County College District. Designed to be constructed in a series of phases, the project aims to provide a stimulating and rewarding environment for students and the local comm...
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...
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...