Featured projects

Smart parking solutions in action.

Parkworks transforms limited space into high-performance parking with smart engineering.

Projects

Benefits

Case studies

The numbers behind smarter parking.

parking spaces delivered
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Project Type

System Type

Location

Residential

Lume

172 Constitution Drive, Menlo Park CA

California’s Largest Fully Automatic Parking System.

470 Vehicle
Capacity

2024 Year Completed

Developer

Greystar

Architect

BDE Architecture

Contractor

Greystar

Consultant

Watry Design, Inc.

Residential

Vasara

110 Constitution Drive, Menlo Park CA

A Semi-Automatic Parking System that Enhances Efficiency and Sustainability at Development in Menlo Park.

221 Vehicle
Capacity

2024 Year Completed

Developer

Greystar

Architect

BDE Architecture

Contractor

Greystar

Consultant

Watry Design, Inc.

Residential

Felix

420 Mendocino Avenue, Santa Rosa, CA

Parkworks Triples Parking Capacity at Santa Rosa's First Semi-Automatic Parking System.

96 Vehicle
Capacity

2025 Year Completed

Developer

Related California

Architect

David Baker Architects

Contractor

Related California

Consultant

Residential

Spire

2510 6th Avenue, Seattle, WA

Parkworks builds Seattle’s First Fully Automatic Parking System.

266 Vehicle
Capacity

2021 Year Completed

Developer

Laconia Development

Architect

VIA Architecture

Contractor

PCL Construction

Consultant

Watry Design, Inc.

Residential

Monroe

3090 Polk Avenue, San Diego, CA

Designing Parking Around Community in San Diego. Smart Parking Supports LEED Platinum Living at Monroe Apartments.

104 Vehicle
Capacity

2025 Year Completed

Developer

Streamline Development Group

Architect

AC Martin

Contractor

Richard & Richard

Consultant

Commercial

Synapse

8888 Washington Boulevard, Culver City, CA

High-Performance Automatic Parking Infrastructure Integrated into LA Office Complex.

210 Vehicle
Capacity

2021 Year Completed

Developer

Runyon Group

Architect

Abramson Architects

Contractor

KPRS

Consultant

Residential

Pacific Avenue

Pacific Avenue, San Francisco, CA 94115

Modern Parking Innovation Integrated into a Classic San Francisco Home.

3 Vehicle
Capacity

2025 Year Completed

Developer

Private

Architect

Contractor

Parkworks

Consultant

Residential

Lumina

201 Folsom Street, San Francisco, CA

Blending Valet Service with Mechanical Parking at San Francisco’s Largest Residential Development.

302 Vehicle
Capacity

2016 Year Completed

Developer

Tishman Speyer with Vanke

Architect

Arquitectonica

Contractor

Lendlease

Consultant

Residential

Nia

1533 Sunnydale Avenue, San Francisco, CA

Hybrid Mechanical Parking Systems Installed at Affordable Housing Development in San Francisco.

108 Vehicle
Capacity

2025 Year Completed

Developer

Mercy Housing California & Related California

Architect

David Baker Architects

Contractor

Nibbi Brothers

Consultant

Residential

Jackson Street

Jackson Street, San Francisco, CA 94115

Tailored Mechanical Parking Solution for an Historic San Francisco Home.

4 Vehicle
Capacity

2017 Year Completed

Developer

Private

Architect

De-Park

Contractor

Parkworks

Consultant

Residential

Le Noble Apartments

5768 W 3rd St, Los Angeles, CA

High-Efficiency Mechanical Parking for a Modern Mixed-Use Community in Los Angeles.

31 Vehicle
Capacity

2023 Year Completed

Developer

Conroy Commercial

Architect

Ed Carlson

Contractor

Consultant

Our benefits

Built on experience. Designed for efficiency.

Every Parkworks project follows a proven approach focused on maximizing space, integrating seamlessly with existing structures, and delivering reliable, long-term performance.

Maximize Space

Increase parking capacity without expanding the building footprint.

Tailored Solutions

Systems fit each site’s structural and operational constraints.

Reliable Performance

Engineered for daily use with long-term durability and low maintenance needs.

Our Process

We assess, engineer, and execute to deliver reliable parking systems.

Assess

Evaluate site conditions, usage requirements, and feasibility to define the optimal solution.

Design

Engineer a customized parking system that balances capacity, usability, and efficiency.

Deliver

Implement, commission, and support the system to ensure reliable, real-world performance.

Assess

Evaluate site conditions, usage requirements, and feasibility to define the optimal solution.

Design

Engineer a customized parking system that balances capacity, usability, and efficiency.

Deliver

Implement, commission, and support the system to ensure reliable, real-world performance.

Case Studies

Real Challenges. Creative Solutions. Measurable Results.

See how Parkworks solves complex parking challenges, delivering efficient, reliable results across diverse site conditions.

San Francisco, CA

Affordable Housing

Nia is part of the Sunnydale HOPE SF initiative, the largest public housing redevelopment West of the Mississippi, replacing decades-old, deteriorating housing in a long-underserved corner of the city. The 5-story, 90-unit affordable housing building serves an area where parking is already scarce, making every space critical for residents who depend on it.

Challenge

Fitting sufficient shared parking capacity across two adjacent buildings with differing structural, spatial, and user constraints.

Solution

A hybrid approach deploying two mechanical parking systems types (sliders and lift-and-slide), tailored to the unique conditions of the building environment.

Result

133 parking spaces provided across both buildings using a combination of slider and lift-and-slide systems, maximizing capacity without requiring a larger or taller structure.

Santa Rosa, CA

Luxury Apartments

Felix is a luxury apartment community located in the heart of Downtown Santa Rosa, just steps from Old Courthouse Square, local breweries, restaurants, and the broader Sonoma County wine country. Situated on a dense urban site in one of the Bay Area's most walkable neighborhoods, the building's limited footprint left minimal space available for parking, making it a significant challenge to provide adequate capacity without expanding the structure's footprint or height.

Challenge

A dense downtown site with only 10,000 sq ft of available garage footprint was far too constrained to meet resident parking demand through a conventional approach.

Solution

A 3-high, 2-deep mechanical parking system to maximize the use of square feet of available garage space.

Result

3x the parking capacity of a conventional layout, achieving just 105 sq ft per car compared to the typical 350 sq ft.

Seattle, WA

Luxury Condominiums

Spire is a 41-story luxury condominium tower in Seattle's Belltown neighborhood, home to 370 residences on a distinctive triangular lot surrounded by busy streets on all three sides. The site's geometry, while a visual asset for panoramic views, posed a serious parking challenge: the irregular footprint made conventional parking impossible.

Challenge

A small triangular footprint with no viable path for conventional parking or ramps.

Solution

A fully automated parking system with entry bays positioned at each apex of the triangle, paired with a shuttle system to maximize coverage across all underground levels.

Result

266 fully automated spaces across 9 levels of underground parking. Creatively engineered for 100% redundancy, residents always have access to their vehicles.

San Francisco, CA

Single-Family Home

Park Street is a San Francisco urban row house facing one of the city's most constrained parking realities, a single-vehicle garage entry with no room to widen access. Despite having enough interior garage space for two cars, the homeowner had no practical way to fully utilize it, a common frustration in San Francisco's dense residential neighborhoods.

Challenge

A single-vehicle garage entry with interior space for two cars but no way to access both without structural changes to the home.

Solution

A slider system that shifts one vehicle laterally, allowing two cars to be stored and retrieved through a single access point.

Result

The homeowner can now comfortably park two vehicles in their garage, something that simply wasn't possible before.

San Francisco, CA

Luxury, High-rise Condominium Complex

With 656 luxury condominiums spread across two towers in San Francisco's dense South Beach neighborhood, Lumina faced a significant parking challenge: delivering enough capacity to serve this residential development within a tightly constrained below-grade footprint and without compromising the building's design or resident experience.

Challenge

Limited parking capacity in the high density urban downtown of San Francisco.

Solution

Valet-operated mechanical stackers deployed on the lowest parking level, seamlessly integrated with the building's existing 24-hour valet operations.

Result

151 stackers to yield 302 spaces on the lowest of 3 parking levels account for 40% of total garage capacity, maximizing available parking space without adding height or footprint.

Smart parking solutions in action.

The numbers behind smarter parking.

Built on experience. Designed for efficiency.

Real Challenges. Creative Solutions. Measurable Results.

Let’s design the right parking solution.