Engineering in Beaverton

Services in Beaverton

MEP engineering

• Corporate-campus MEP: central plants, lab and R&D ventilation, and high-density TI cooling for tech tenants
• Nike-corridor office and R&D with raised-floor air, redundant power, and specialized lab exhaust
• Oregon Energy Efficiency Specialty Code compliance across office, multifamily, and civic work
• SDC D seismic bracing of MEP for essential and high-occupancy facilities
• Downtown creekside mixed-use with stacked residential MEP over retail podiums
• Semiconductor-supplier light industrial with process utilities and clean power

Structural engineering

• SDC D seismic design with corporate campuses often targeting enhanced performance
• Tualatin Valley alluvial and Willamette silt soils: liquefaction screening and foundation selection
• Beaverton Creek floodplain: FEMA compliance and floodproofing for creekside development
• Long-span office and R&D structures with vibration control for lab space
• Parking structures and podiums for dense transit-oriented sites
• Retrofit and vertical expansion of 1980s-era suburban office stock

Civil engineering

• Clean Water Services stormwater and environmental standards (the same regional utility as Hillsboro)
• Beaverton Creek and Fanno Creek floodplain FEMA compliance
• Tualatin River watershed TMDLs for temperature and phosphorus
• Washington County and ODOT coordination for Highway 217 and TV Highway corridors
• Wetland and vegetated-corridor buffers under Clean Water Services rules
• MAX light-rail adjacency review for sites near the Blue Line

Electrical engineering

• Emergency and standby power per NEC Articles 700/701/702: generator sizing, automatic transfer switch configurations, and life-safety versus optional-standby branching for Beaverton civic and library projects.
• When Beaverton creekside downtown mixed-use outgrow their existing service, we engineer the upgrade: service-entrance sizing, available fault current at each panel, and selective coordination, all documented for the Beaverton building department plan review.
• For Beaverton creekside downtown mixed-use, distribution design covers switchgear lineups, feeder routing, and transformer placement — coordinated with the architectural layout so electrical rooms land where they are actually buildable.
• Send us the floor plans and load list; Beaverton, OR projects get a firm electrical quote back quickly and permit-ready drawings sealed by a Oregon-licensed PE.
• Grounding, bonding, and surge protection engineered for Oregon's conditions — Beaverton creekside downtown mixed-use need power quality that holds up, and our drawings spell out every electrode and bond.

Plumbing engineering

• In Beaverton's a marine climate with wet winters, exterior hose bibbs, irrigation backflow assemblies, and rooftop piping get freeze-rated details — the callbacks we prevent never make it onto a punch list.
• Below-grade plumbing gets special attention in Beaverton — sump and ejector sizing, flood-level rim elevations, and backwater protection where the the Beaverton building department reviewer will ask for it.
• The fastest Beaverton, OR plumbing permits come from complete riser diagrams: our isometrics show every vent, trap, and cleanout so the Beaverton building department reviewers don't have to guess.
• Beaverton transit-oriented multifamily need water systems sized for peak demand, not averages — we calculate fixture units, size mains and branches, and coordinate meter and backflow locations with the civil drawings.
• Natural gas piping sized by longest-run method for Beaverton tech-tenant ti: meter capacity, regulator stations, and seismic shutoff details where Oregon amendments require them.

HVAC engineering

• DDC controls design for Beaverton corporate hq and r&d campuses — points lists, sequences of operation, and integration with lighting so the building performs after commissioning, not just on paper.
• Ventilation for Beaverton corporate hq and r&d campuses projects is designed for the actual occupancy — conference-heavy floors, kitchens, and locker rooms each get their own air-change logic, not one blanket rate.
• Beaverton corporate hq and r&d campuses need equipment that handles a marine climate with wet winters without short-cycling: we select and stage systems for part-load efficiency, not just design-day capacity.
• Our Beaverton duct designs coordinate above the ceiling before construction starts — corporate hq and r&d campuses projects can't afford the field reroutes that come from uncoordinated shop drawings.
• Energy modeling and Title-24-style documentation for Beaverton civic and library projects: our compliance forms match the drawings, so the Beaverton building department energy review doesn't generate a second correction cycle.