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Best Of 2006 - McGraw Hill Construction

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<strong>Best</strong> of <strong>2006</strong> Northern California<br />

Located adjacent to the historic Palo<br />

Alto Caltrain Station and across from<br />

Stanford University, the $7 million,<br />

high-tech Palo Alto Transit Center is one<br />

of the key and busiest inter-modal transfer<br />

facilities in the Bay Area, currently<br />

accommodating approximately 800<br />

buses and 3,500 passengers per day.<br />

The facility serves the San Mateo<br />

County Transit (SamTrans) buses from<br />

Judges’ Comments<br />

the Peninsula, Dunbarton Express<br />

buses from the East Bay and Santa Clara<br />

Valley Transportation (VTA) buses from<br />

the South Bay, interfacing with Caltrain<br />

commuter rail and marguerite shuttle<br />

buses from Stanford University.<br />

Limited by the elongated property<br />

and minimal square footage, the<br />

design of the center incorporated a linear<br />

bus island with sawtooth bus bays<br />

that maximizes the transit center<br />

capacity for simultaneously accommodating<br />

six 60-ft. buses and four 40-ft.<br />

buses, while providing a layover area<br />

for six additional buses.<br />

The facility is designed to be fully<br />

ADA accessible, complemented by the<br />

pedestrian guide strips on the passenger<br />

plaza (an enhancement not<br />

required by the ADA or state building<br />

codes) and tactile signage at bus stops,<br />

which will safely and efficiently guide<br />

the visually impaired passengers to and<br />

from the stops. In addition, all pedestrian<br />

crosswalks are enhanced with inpavement<br />

flashing light emitting diode<br />

lights (LEDs), activated by pavement<br />

sensors.<br />

The center features a suspended<br />

translucent roof system supported by<br />

the rhythmic cadence of gateway<br />

shaped high-tech structural steel<br />

“Unusual design and creative use of lighting enhance<br />

this exceptional project.”<br />

frames. The project’s toughest technical<br />

challenge and also the greatest engineering<br />

achievement was attaining the<br />

optimum architectural elegance while<br />

striking a balance between minimizing<br />

the bulk of the steel frames supporting<br />

35 California <strong>Construction</strong> 12/<strong>2006</strong><br />

Palo Alto Transit Center,<br />

Palo Alto<br />

Project Team<br />

Owner<br />

Transportation<br />

Winner<br />

Santa Clara Valley Transportation<br />

Authority, San Jose<br />

Architect<br />

VBN Architects, Oakland<br />

General Contractor<br />

Robert A. Bothman Inc., San Jose<br />

Structural Engineer<br />

Biggs Cardosa Associates, San Jose<br />

Civil Engineer<br />

Korve Engineering, San Jose<br />

Lighting Design<br />

Advance Design Consultants Inc.,<br />

San Jose<br />

Landscape Architect<br />

Merrill Morris Partners Inc.,<br />

San Francisco<br />

the roof system and maintaining the<br />

structural integrity to withstand wind<br />

and seismic stresses.<br />

Primary lighting for the shelter is<br />

provided by a highly efficient LED system<br />

that is the first large-scale application<br />

of this cutting-edge technology for<br />

a public transit facility in the Bay Area.<br />

The computer programmed LED lights<br />

produce multi-colored light shows that<br />

enhance the visual experience of waiting<br />

passengers.

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