Biomedical Engineering in Oregon

📊 Employment Overview

Oregon employs 247 biomedical engineering professionals, representing approximately 1.3% of the national workforce in this field. Oregon ranks #27 nationally for biomedical engineering employment.

💰 Salary Information

Biomedical Engineering professionals in Oregon earn competitive salaries across all experience levels, with an average annual salary of $103,000.

Note: Salaries are adjusted for cost of living and local market conditions. Data based on BLS statistics and industry surveys (2024-2025).

🎓 Schools Offering Biomedical Engineering

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🚀 Career Insights

Key information for biomedical engineering professionals in Oregon.

🏢 Industry Landscape & Top Employers

Oregon is a distinctive and growing biomedical engineering market — 247 employed professionals ranking #27 nationally with a $103,000 average salary, the state benefits from Portland's emerging life sciences ecosystem, Oregon Health & Science University's world-class academic medicine programs, and a tech sector whose precision manufacturing and semiconductor heritage creates direct biomedical crossover. Oregon is increasingly attracting biomedical companies from California seeking lower costs without sacrificing Pacific Northwest talent quality or quality of life.

Major Employers: Oregon Health & Science University (OHSU) — Oregon's only academic health center and a Level I Trauma Center with comprehensive research programs — is far and away the state's most significant biomedical engineering employer. OHSU's research enterprise spans cancer biology, cardiovascular medicine, neuroscience, and aging, with programs that regularly generate device-relevant technology and clinical engineering demand of unusual sophistication. Danaher Corporation has significant Oregon-based diagnostic instrument operations through its Beckman Coulter and other subsidiaries in the Portland area. Intel's massive Hillsboro, Oregon semiconductor operations create crossover opportunities for engineers at the precision electronics-biomedical interface. Lattice Semiconductor and the broader Portland semiconductor cluster similarly generate biomedical-adjacent engineering roles. Providence Health & Services — headquartered in Renton, WA but with Oregon's largest private hospital network — and Legacy Health anchor the state's private hospital clinical engineering market.

Key Industry Clusters: Portland's western suburbs — Hillsboro, Beaverton, and the Washington County corridor — form Oregon's technology core, where semiconductor and precision manufacturing infrastructure directly supports medical device component fabrication. OHSU's Marquam Hill campus and the South Waterfront district (home of OHSU's Knight Cancer Institute and several biomedical research buildings) constitute Portland's academic biomedical hub. Eugene's Peacehealth and PeaceHealth Sacred Heart Medical Center anchor the southern Willamette Valley market. Medford's Asante Health and Bend's St. Charles Health System provide clinical engineering in Oregon's interior and southern regions.

California Migration Dividend: Oregon has absorbed significant migration from California, with many biomedical engineers relocating from the Bay Area and seeking Portland's quality of life at substantially lower cost. This talent inflow is enriching the local engineering community with California device industry experience and accelerating the formation of Oregon-based biomedical startups founded by relocated engineers.

📈 Career Growth & Pathways

Oregon biomedical engineering careers offer a compelling combination of OHSU's research excellence, Portland's tech sector's manufacturing precision, and a quality-of-life environment that retains experienced engineers who might otherwise leave for higher-paying coastal markets.

• Entry-Level Engineer (0–2 years): $64,000–$79,000 — OHSU clinical engineering associates, research engineering support at OHSU's Knight Cancer Institute or Vollum Institute, or quality/manufacturing engineering at Oregon's semiconductor-adjacent precision device manufacturers. Oregon State University and Portland State University biomedical programs feed directly into local employers.
• Mid-Level Engineer (3–7 years): $89,000–$112,000 — Clinical technology leadership at OHSU or Providence Health, Danaher/Beckman Coulter instrument development roles, or research engineering on OHSU's NIH-funded programs. Oregon's tech sector creates unusual opportunities for engineers who bridge semiconductor precision manufacturing and biomedical device applications.
• Senior Engineer (8–14 years): $118,000–$148,000 — Clinical engineering directors at OHSU or Portland's major health systems, senior instrument development engineers at Danaher Oregon operations, or senior research faculty at OHSU's biomedical research institutes.
• Director / Principal (15+ years): $150,000–$210,000 — OHSU health system technology executives, Danaher Oregon division leaders, OHSU research faculty with active grant portfolios, or CTO roles at Oregon biomedical startups funded by Oregon Venture Fund or Portland-area health tech investors.

Semiconductor-Biomedical Bridge: Oregon's concentration of Intel, Lattice Semiconductor, and precision electronics manufacturers creates a genuinely unique engineering career track — engineers who develop expertise in both semiconductor process engineering and FDA medical device design controls find opportunities in Oregon's medical photonics, biosensor, and precision diagnostic instrument sectors that are not replicable in most other US markets.

💰 Salary vs. Cost of Living

Oregon's $103,000 average biomedical engineering salary is above the national median — reflecting OHSU's academic medical center premium and Portland's tech industry influence — and is paired with a cost of living that, while elevated from historical norms, remains substantially below California's comparable markets.

Portland Metro: Oregon's biomedical hub. Cost of living approximately 18–25% above the national average — elevated by in-migration from California and significant housing demand. Median home prices of $480,000–$620,000 in quality Portland-area communities (Lake Oswego, Beaverton, Hillsboro, Tigard) have risen sharply from pre-2020 levels. Engineers earning $100,000–$140,000 at OHSU or Danaher Oregon have solid purchasing power relative to Portland's current market, though the trajectory of housing costs requires attention. A senior OHSU engineer earning $140,000 in Portland achieves a lifestyle roughly equivalent to $195,000–$215,000 in San Francisco.

Bend / Eugene: Oregon's interior and southern markets are more affordable — Bend's extraordinary outdoor lifestyle commands a housing premium ($450,000–$590,000 median) despite its modest size, while Eugene's University of Oregon influence and PeaceHealth employment create a university city dynamic with median home prices of $360,000–$450,000. Both offer significant lifestyle advantages over Portland at somewhat lower career earnings.

State Income Tax: Oregon's income tax (graduated rates up to 9.9% at top brackets) is among the nation's highest and is a significant financial consideration for high-earning biomedical engineers. No state sales tax partially offsets this but doesn't fully compensate at higher income levels. Engineers relocating from California will find Oregon's income tax burden comparable; those from Washington State (no income tax) will experience a meaningful step-down in after-tax income.

📜 Licensing & Professional Development

Engineering licensure in Oregon is administered by the Oregon State Board of Examiners for Engineering and Land Surveying. Oregon has a NCEES-aligned licensing process with full reciprocity — cross-border licensure with Washington and California is common given the tri-state Pacific Coast engineering market.

Oregon PE Licensure Path:

• FE Exam: Required first step. Oregon State University and Portland State University are Oregon's primary engineering schools. University of Oregon's physics and biology programs contribute to the biomedical talent pool.
• 4 Years of Progressive Experience: Under PE supervision. Oregon's growing engineering community provides access to supervising PEs across clinical, research, semiconductor, and device manufacturing contexts.
• PE Exam: Full NCEES reciprocity. Oregon-Washington dual licensure is essentially standard for Portland-area engineers serving the Pacific Northwest market.

OHSU Research Engineering Credentials: OHSU's research programs — particularly the Knight Cancer Institute and the Vollum Institute's neuroscience programs — provide research engineering environments where device innovation directly encounters clinical application. Engineers engaged with OHSU's translational research develop IRB compliance, clinical trial device validation, and FDA pre-submission experience that is recognized across the Pacific Northwest academic medical community.

Precision Manufacturing-Biomedical Bridge Credentials: Oregon engineers at the semiconductor-biomedical interface benefit from familiarity with ISO 13485 medical device quality management, IEC 60601 electrical safety standards, and the Oregon State University-OHSU joint biomedical program's applied training in precision instrument design. Intel's Oregon workforce develops process control and precision measurement expertise that transfers directly to biomedical diagnostic instrument development.

📊 Job Market Outlook

Oregon's biomedical engineering market is growing steadily, driven by OHSU's expanding research enterprise, Portland's life sciences ecosystem development, and the continued migration of California biomedical talent and companies seeking Oregon's quality of life at lower costs.

OHSU's Knight Cancer Institute: The Phil and Penny Knight-funded cancer center expansion at OHSU has created one of the Pacific Northwest's most ambitious cancer research programs, with engineering demand for radiation therapy systems, oncology monitoring devices, and precision diagnostics tools that is growing as the program attracts additional NIH and private funding.

Portland Life Sciences District: The South Waterfront and adjacent areas are actively developing as a life sciences district, with new research building construction, biomedical startup incubator space, and OHSU's expanding clinical and research footprint creating infrastructure for commercial biomedical company formation at a scale Oregon has not previously supported.

5-Year Projection: Oregon biomedical engineering employment is projected to grow 13–17% over five years. OHSU research growth and Portland life sciences district development will drive most new positions. Total employment could approach 282–290 by 2029.

🕐 Day in the Life

Biomedical engineering in Oregon is shaped by the Pacific Northwest's culture of outdoor lifestyle integration, intellectual independence, and genuine commitment to sustainable, purpose-driven work — values that OHSU's research environment and Portland's tech sector reinforce in distinct but compatible ways.

At OHSU (Portland South Waterfront / Marquam Hill): Engineers at OHSU experience one of the most scenic academic medical environments in the world — the Marquam Hill campus overlooks the entire Portland metro and Mount Hood on clear days, connected to the South Waterfront's modern research district by the Aerial Tram. A day might involve supporting OHSU's cardiac catheterization lab's imaging systems, attending a Knight Cancer Institute multidisciplinary meeting on a novel radiation delivery device prototype, and coordinating with the neuroscience team on a new electrophysiology recording system for a clinical trial. OHSU's culture is collaborative and research-focused, with a genuine commitment to translating research into patient benefit that runs through every clinical and research engineering role.

Lifestyle: Oregon's lifestyle is among the most compelling in the nation for outdoor-oriented engineers. Portland's access to Mount Hood skiing (60 minutes from downtown), the Columbia River Gorge's hiking and windsurfing, the Oregon Coast's dramatic scenery, and the Wine Country's cycling culture create a year-round outdoor recreation lifestyle that defines the Pacific Northwest experience. Portland's food scene (James Beard Award-rich, farm-to-table oriented), independent music culture, Powell's Books, and the distinctly progressive, outdoor-gear-wearing social character of the city create an urban environment that engineers who value intellectual independence and natural beauty find uniquely aligned with their values. The trade-offs — Oregon's income tax, housing affordability challenges, and the notorious winter rain — are real, but engineers who love the Pacific Northwest typically regard them as acceptable costs for a lifestyle available nowhere else in the continental US.

🔄 Compare with Other States

See how Oregon compares to other top states for biomedical engineering: