We understand how material selection, and system choice directly impact maintenance and service life of a parking structure. Whether supporting a public agency or private owner, we deliver parking structures built to last.

Parking garages are a unique type of project, and our team has ample experience designing them for long-term performance. We are well versed in all major parking garage materiality, including precast concrete, cast-in-place concrete, post-tensioned systems, and select steel solutions. We help owners choose the right material, balancing out cost and climate exposure.

Our project portfolio includes freestanding garages and garages integrated beneath or within other uses. We have delivered parking structures for major institutional owners, including airport, transit, and federal facilities, as well as residential and mixed-use developments.

  • Ent Headquarters Parking Garage

    LOCATION: Colorado Springs, CO

    COMPLETED: 2021

    ARCHITECT: Davis Partnership Architects

    OWNER: Shea Properties

    SIZE: 282,000 Square Feet (SF)

    Our team provided structural engineering services for the four-story parking garage at the Ent Headquarters campus in Colorado Springs. The structure accommodates approximately 817 parking spaces and was designed using a precast concrete system to support efficient construction and long-term durability.

  • 800 Block Parking Garage

    LOCATION: Logan, UT

    COMPLETED: 2023

    ARCHITECT: Niles Bolton Associates

    OWNER: Nelson Partners

    SIZE: 120,000 Square Feet (SF)

    The parking garage is a seven‐story, cast‐in‐place concrete structure for 370 cars.

  • Rocky Mountain Regional VA Medical Center Parking Garages

    LOCATION: Aurora, CO

    COMPLETED: 2018

    ARCHITECT: Treanor + SOM

    OWNER: Department of Veterans Affairs

    SIZE:
    Parking Staff – 469,900 Square Feet (SF)
    Parking Visitor (North) – 542,400 Square Feet (SF)
    Parking Visitor (South) – 512,000 Square Feet (SF)

    Our structural engineering team provided design services for a multi-level parking structure utilizing a hybrid system of cast-in-place and precast concrete elements. The foundation system consists of deep cast-in-place concrete foundations supporting a slab-on-grade at the base level.