San Francisco
Syska’s San Francisco office was established in 1977 and serves one of the world’s most dynamic innovation hubs. The Bay Area is home to global leaders in technology, life sciences, semiconductors, data infrastructure, aviation, and healthcare, and we support their growth by providing high-performance MEP and fire protection, telecom, security, AV, and vertical transportation design.
Clients & Projects
We’ve worked with a wide range of prestigious clients, including Stanislaus County, UC San Francisco, San Francisco International Airport, Union Bank, and Applied Materials. With every project, we bring a commitment to efficiency, sustainability, and technical excellence – values that align with the region’s spirit of innovation.
All PROJECTSDiscover our San Francisco office through the projects we’ve delivered and the landmarks that define the region. It’s a snapshot of who we are, what we do, and where we work.
Culture
In the heart of downtown San Francisco, our office blends high-performance MEP engineering with a vibrant, easygoing culture that reflects the spirit of the city we call home. Our team thrives on collaboration — whether it’s designing innovative building systems, teaming up with local industry partners, or competing together in the city’s AEC softball league.
We’re proud to give back to our community through local initiatives like Canstruction in partnership with the San Francisco Food Bank, and the Leap Sandcastle Contest, benefiting art education for Bay Area students. We also stay green by using sustainable products and continually seeking ways to make a positive environmental impact at work and beyond.
San Francisco Office Address
425 California Street
Suite 400
San Francisco, CA 94104
P: 415-288-9060
Latest Insights
- Syska Hennessy’s 2025 Corporate Sustainability Report is Here
- Syska Hennessy Promotes Seven Senior Staff Members
- In Memoriam: Michael Adebanjo (1969 – 2025)
- Connections – Summer 2025 Issue
- Syska Hennessy Opens Office in Riyadh, Saudi Arabia To Accommodate Regional Growth