Selected Work

Projects

Podium multifamily, hospitality, and light-industrial work across Oregon, Washington, and California — heavy timber, wood over concrete podium, structural steel, tilt panel, and mixed-structure scopes.

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Podium multifamily

Saltwood North & South Apartments

Slabtown, NW Portland, Oregon

Two podium apartment buildings in Portland's Slabtown neighborhood — wood-frame residential over concrete podium with transfer framing at the transition, lateral and gravity system design, foundations, and construction-phase RFI support.

  • Gravity + lateral design, wood-frame over concrete podium
  • Transfer framing at podium-to-wood-frame transition
  • Foundation design per geotech recommendations
  • Construction-phase RFI and submittal review

Structural engineer of record (Froelich Engineers)

Multifamily Podium Wood frame Concrete
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Podium multifamily

Raleigh 22

NW Portland, Oregon

Mid-rise podium multifamily in NW Portland — wood-frame floors over a concrete podium, with seismic load paths tracked from roof diaphragm through shear walls to the podium slab and into the foundation system.

  • Gravity + lateral design, wood-frame over concrete podium
  • Seismic load-path design — Portland seismic zone
  • Diaphragm and shear wall layout coordinated with architectural plan
  • Construction-phase engineering support

Structural engineer of record (Froelich Engineers)

Multifamily Podium Wood frame Seismic
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Hospitality — new construction

CedarTree Hotel

Hillsboro, Oregon

Full structural design for a new hotel in Hillsboro, Oregon — gravity and lateral system, foundations, and close coordination with the architectural and MEP teams to keep structural framing clear of mechanical routing.

  • Full gravity + lateral system design, roof to foundation
  • Foundation design + geotech coordination
  • Framing layout coordinated with architectural and MEP
  • Seismic and wind lateral system design

Structural engineer of record (Froelich Engineers)

Hospitality New construction
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Hospitality — custom wood structure

Pelican Brewing

Lincoln City, Oregon

Custom heavy timber structure for a Pelican Brewing location — exposed framing finished to architectural standards, irregular lateral system driven by irregular plan geometry, and cantilevered diaphragm load-path analysis.

  • Custom heavy timber framing — exposed, architecturally finished
  • Irregular lateral system for irregular plan geometry
  • Cantilevered diaphragm load-path analysis
  • Connection design coordinated with fabricator

Structural engineer of record

Hospitality Custom wood Heavy timber Exposed structure
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Light-industrial — facility expansion

Grand Central Recycling & Transfer Station Expansion

Los Angeles, California

Complete structural engineering for the Grand Central recycling facility expansion — heavy industrial framing, process equipment loads, tipping floor design, and construction sequencing around a live facility.

  • Heavy industrial framing for full facility expansion
  • Process equipment load analysis — conveyors, tipping floor
  • Equipment support framing coordinated with vendor submittals
  • Construction sequencing to maintain live operations

Structural engineer of record

Industrial Facility expansion Equipment supports
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Light-industrial — transfer facility

SCRTS King County Transfer Station

King County, Washington

Large structural scope for a King County solid waste transfer station — long-span framing over operational areas, equipment support framing, foundations for heavy operational loads, and equipment-driven structural coordination.

  • Facility-scale framing — long spans over tipping floor + operational areas
  • Equipment support framing + heavy foundation loads
  • Process equipment vendor coordination
  • Washington State structural + seismic code compliance

Structural engineer (significant project scope)

Industrial Transfer facility Equipment supports Large-span
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Light-industrial — tilt panel

Tilt-Panel Warehouse

Pacific Northwest

Complex tilt-up concrete warehouse with 50-ft-tall panels, reentrant corners, 30-ft retaining walls integral to the panel system, and coordination of a precast concrete bridge and steel auxiliary structures.

  • Tilt-up concrete panel design — 50-ft-tall panels
  • Specialized out-of-plane brace design for tall panels
  • Irregular diaphragm analysis at reentrant corners
  • 30-ft retaining walls + precast bridge + steel aux structure coordination

Structural engineer of record (JR Miller & Associates)

Industrial Tilt panel Precast concrete Bracing
Photo coming soon
Light-industrial — mezzanine + elevated slab

4-Story OCBF Mezzanine + 100×300 Elevated Drive Aisle

Pacific Northwest

Multi-tier OCBF steel mezzanines and a 100×300 ft elevated concrete drive aisle slab that partially supports a steel SMF building above — AASHTO/WSDOT loads alongside IBC, light-gauge steel, CMU, and openings cut in existing tilt panels.

  • 4-story OCBF steel mezzanine design
  • 100×300 ft elevated slab — AASHTO/WSDOT vehicle loads + IBC
  • Structural interaction: elevated slab partially supports SMF above
  • Existing tilt panel modifications — opening cuts + light-gauge + CMU

Structural engineer of record (JR Miller & Associates)

Industrial Mezzanine Elevated slab OCBF Mixed structure

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