Careers

Structural

The right framework and a solid foundation.

It's what you deserve in a company, and it's what you'll find here with our Structural team. With a network of highly-connected offices and resources, our structural engineers are creating innovative designs for an ever-evolving landscape. From new materials and green applications to Performance Based Design, you will find a wealth of opportunity to push the limits of structural performance as much as your own.

We’re engineers who go beyond the number crunching.

We’re specialists. With the freedom and capabilities to specialize in some of the most high-demand markets today.

Find Your Passion

Our engineers focus on specialty project types with various engineering challenges and opportunities. You'll be working alongside industry experts as you explore new technology and material applications that turn design concepts into project reality.

Bridge

Commercial

Government & Municipal

Healthcare

High Rise / Performance Based Design

Higher Education

Historic

Hospitality & Gaming

Industrial

PK-12

Mass Timber

Modular

Parking

Religious

Multi-Family Residential

Seismic/Adaptive Renovation

Single-Family Residential

Sports

Sustainable Design

Tenant Improvements

Associate Principal Patrick Lindblom shares his engineering journey.

Make an impact in the world...

Featured project

Watershed Building

This seven-story, mixed-use office building in Seattle’s Fremont neighborhood captures and treats more than 500,000 gallons of stormwater each year, thanks to its slanted roof and a set of bioretention planters. The project meets three of the ‘petals’ for City of Seattle’s Living Building Challenge: materials, place and beauty. It also meets requirements for reducing total energy usage by at least 25% and total water usage by 75%.

DCI Engineers was the structural EOR responsible for Watershed’s primary lateral and gravity framing systems. The engineering team also detailed the connections for the exposed steel castellated beams. Integrating castellated beams into the building design saved 20% to 30% in material weight.

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