Work

Georgetown Crossroads

Multi-level Loading Docks: Urban distribution centers for the modern day

In land-constrained areas with limited industrial/commercial-type vacancies, multi-story warehouses become a logistical solution for distribution center developers. The bottom line of the urban warehouse: store high-demand products, fulfill inventory efficiently, and deliver faster to customers. The company’s reputation for reliable, expedient services becomes their competitive edge and brand.

The strategically located Georgetown Crossroads is a commercial tenant’s advantage for shipping to customers in western Washington. The three-level warehouse includes two levels of 130 feet semi-truck loading courts. Level 1 can receive delivery trucks from both sides of the building; Level 2 includes two ramps designed for additional full-size trailer access for fulfillment activity. Georgetown Crossroads, a multi-level industrial facility, is the first of its kind in the United States, according to the developer.

As Engineer of Record, DCI designed the warehouse’s floor framing, roof framing, column layout, lateral force resisting system, structural transition to the bridge ramps, plus concrete and steel details. DCI accomplished the owner’s program design criteria by achieving the 50-foot x 45-foot column spacing and tall floor-to-floor heights (32’ at Level 1). The engineering team also designed the free-standing, concrete framed parking garage with PT concrete slabs, columns, and special reinforced shear walls. DCI designed a sub-grade parking level per the client’s design plan.

Location Pin Icon
Location:
Seattle, Washington
Cube Measurments Icon
Square Feet:
737,493
Building Icon
Stories:
3
Geometric Shapes Icon
Service:
Structural
Pie Chart Icon
Industries:
Commercial, Industrial, Parking
Material Shapes Icon
Primary Material:
Concrete, Steel

Building the first multi-level distribution center in the U.S.


Building a modern warehouse solution in a land-constrained urban area that gives commercial tenants a competitive edge for shortening delivery times to the end customer.


The floor truck court has a 4-foot elevation difference from the interior space.

Project Highlights

  • The three-story distribution center is nearly the height of a nine-story building and has the floor loading, large bay spacing, and tall floor-to-floor height demanded of modern day warehouses.
  • Truck courts serve both the first and second levels of the building.
  • Level 1 is configured for double-load truck access (both sides of the building) for efficient docking and easier vehicle entry/exit.
  • The warehouse floor framing was designed to accept future loading dock leveler equipment.
  • Level 3 is suitable for light manufacturing and features a 16-foot clearance height.
  • The distribution center includes a separate four-level parking garage with 500 stalls.
Georgetown Crossroads

To maximize the bays of dock doors, DCI used the perimeter tilt panels in lieu of steel braced frames for the lateral force resisting system. The tilt panels could not extend practically to the 85’ tall roof, so the engineering team developed an additional seismic load transfer from the braced frames above to the lower level tilt panels. In order to achieve the elevation difference, DCI worked with the general contractor to design specific connections through the steel framing and tilt panels that accommodated the construction sequencing at this complex area of construction. The project team’s effort for these connections enabled full seismic load transfer through the elevation step and avoided a costly seismic joint and extra shear walls or braced frames, which would have reduced the number of dock doors for the truck court.

Awards and Certifications

  • LEED Gold
  • 2020 Tilt-Up Concrete Association Achievement Award
  • 2019 ACI Washington Excellence in Concrete Construction Awards, Low Rise 1-3 Stories – Tilt Up
  • 2019 NAIOP Washington Night of the Stars, Industrial Development of the Year

People

Danielle Jacobs website
people

Danielle Jacobs

Bean 920 itokxv Fp Ff RT
people

Troy E. Bean

Latest work

See all
For Web NEWARK CC 2
project

Newark Civic Center

For Web Montclair Kimberly Academy 2
project

Montclair Kimberley Academy Cafetorium

For Web Pennington School 1
project

Pennington School