San Francisco, CA
San Francisco Ferry (WETA) Terminal Expansion Project
Scope/Solutions
The San Francisco Bay Area Water Emergency Transportation Authority undertook the Downtown San Francisco Ferry Terminal Expansion Project to upgrade the terminal facilities and expand ferry service, including travel from San Francisco to Richmond and Treasure Island. The project includes renovating an existing passenger gate, constructing new ferry gates and vessel berthing facilities, and improving the landside amenities.
SGH served as the structural engineer of record for the project and worked with the project owner to provide technical assistance during the permitting process, including helping them develop a seismic instrumentation plan. We designed the following structures:
- A 400 ft long pile-supported promenade with three new ferry gates
- A 12,000 sq ft pile-supported plaza featuring a granite relief map of the San Francisco Bay
- A 106 ft pedestrian bridge
- Other related appurtenances and topside structures
Image courtesy of Power Engineering Construction Co.
Image courtesy of Power Engineering Construction Co.
Image courtesy of Power Engineering Construction Co.
Image courtesy of Power Engineering Construction Co.
1 of 6
Project Summary
2020
Completion Date
140M
Construction Value
Award
Winner
Solutions
Repair & Rehabilitation
Services
Structures
Markets
Infrastructure & Transportation
Client(s)
Roma Design Group
Specialized Capabilities
Repair & Strengthening | Marine & Civil Works
Key team members
Additional Projects
West
Jack London Square Boardwalk
After leasing a section of the boardwalk from the Port of Oakland, the developer wanted to assess the condition of a portion of the boardwalk. SGH was the prime and structural engineer for the assessment.
West
U.S. Navy P-405 Bachelor Enlisted Quarters Parking Garage
The P-405 project consists of a multi-story Bachelor Enlisted Quarters and multi-story parking structure at Naval Base San Diego. The parking structure provides 800 parking spaces in six stories, including one at-grade level and five elevated levels.