Biomedical Engineering in Wyoming

📊 Employment Overview

Wyoming employs 38 biomedical engineering professionals, representing approximately 0.2% of the national workforce in this field. Wyoming ranks #50 nationally for biomedical engineering employment.

💰 Salary Information

Biomedical Engineering professionals in Wyoming earn competitive salaries across all experience levels, with an average annual salary of $88,000.

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 Wyoming.

🏢 Industry Landscape & Top Employers

Wyoming ranks last in the nation by biomedical engineering employment — 38 professionals sharing the bottom position with Vermont and North Dakota, with just one school offering a biomedical program (#50 nationally) — and yet represents a biomedical engineering career proposition that is more compelling than its raw statistics suggest. Wyoming's combination of no state income tax, no state sales tax, extraordinarily low cost of living, and an outdoor lifestyle of incomparable quality creates a financial and lifestyle environment that is genuinely distinctive. Engineers willing to accept the trade-offs of a very small market find Wyoming's combination of financial advantage and natural beauty remarkable.

Major Employers: Wyoming Medical Center (Casper) — the state's largest hospital and primary trauma referral center — is Wyoming's most significant clinical engineering employer. Cheyenne Regional Medical Center in the state capital and St. John's Medical Center (Jackson Hole) anchor the southern and western Wyoming markets. Campbell County Health (Gillette) and Sheridan Memorial Hospital serve the northeastern energy-industry communities. The University of Wyoming's College of Health Sciences supports modest research engineering in Laramie. The Veterans Affairs Cheyenne Healthcare System provides federal clinical engineering employment. F.E. Warren Air Force Base near Cheyenne employs engineers in missile systems and base healthcare support. Wyoming's energy sector — wind, coal, oil, gas, and the emerging uranium mining revival — creates occupational health technology demand for industrial biomedical monitoring in environments where remote emergency response is a genuine engineering challenge.

Energy Sector Occupational Health: Wyoming's energy industry — including Powder River Basin coal, Sublette County gas fields, and the rapidly expanding wind energy sector — creates persistent demand for occupational health monitoring technology, remote emergency medical systems, and environmental health monitoring devices. Engineers who bridge industrial safety and biomedical monitoring find unusual career opportunities in Wyoming's energy sector that are not replicated in conventional biomedical markets.

Jackson Hole's Medical Tourism: Jackson Hole's extraordinary affluence — one of America's wealthiest communities by median income — drives demand for boutique medical services and advanced clinical technology at St. John's Medical Center. The resort community's concentration of high-net-worth residents creates clinical technology demand disproportionate to its population, and the community's international character (Teton County hosts more foreign nationals per capita than virtually any other US county) brings biomedical technology exposure from global health systems that influences local clinical engineering expectations.

📈 Career Growth & Pathways

Wyoming biomedical engineering careers demand the broadest possible technical versatility — the extremely small market requires engineers who can manage responsibilities that multiple engineers would share in larger health systems. The rewards are financial freedom, outdoor lifestyle access, and the particular satisfaction of essential community service in a state where every professional's contribution is visible and valued.

• Entry-Level Engineer (0–2 years): $54,000–$67,000 — Wyoming Medical Center and Cheyenne Regional are the most common entry points. University of Wyoming's engineering programs and graduates from Wyoming's neighboring states (Colorado, Montana, Utah) fill the local pipeline. Entry-level positions are genuinely rare — the market is too small for frequent hiring, and most positions expect at least some prior experience.
• Mid-Level Engineer (3–7 years): $74,000–$95,000 — Clinical technology program management across Wyoming's regional hospital network (often covering multi-facility geographic areas spanning hundreds of miles), energy sector occupational health device programs, or research support at University of Wyoming's health sciences programs.
• Senior Engineer (8–14 years): $98,000–$126,000 — Clinical engineering directors at Wyoming Medical Center or Cheyenne Regional, independent consultants serving Wyoming's regional healthcare market, or senior technical roles at Wyoming energy companies with significant occupational health monitoring programs.
• Director / Principal (15+ years): $128,000–$165,000 — Health system technology executives, University of Wyoming health sciences faculty, or consulting firm principals serving the Rocky Mountain regional healthcare market.

Remote Work as Wyoming's Career Multiplier: Wyoming's most compelling biomedical engineering career strategy — identical to Vermont and Montana — involves securing remote or hybrid positions with Colorado, Utah, or national device companies while living in Wyoming and capturing the state's extraordinary zero-tax, zero-sales-tax financial advantage. Engineers holding $110,000–$150,000 remote salaries while living in Cody, Sheridan, or Laramie achieve financial outcomes nearly impossible in higher-cost markets with equivalent gross salaries.

💰 Salary vs. Cost of Living

Wyoming's $88,000 average biomedical engineering salary is near the national median — reflecting the premium required to attract engineers to the state's geographic isolation — and paired with the most complete tax elimination of any US state (no income, no sales tax) and very low cost of living outside of Jackson Hole's extreme premium market.

Casper / Cheyenne / Laramie: Wyoming's main employment centers. Cost of living approximately 5–15% below the national average in most communities. Median home prices of $280,000–$380,000 in Casper and Cheyenne, $350,000–$450,000 in Laramie (slightly elevated by UW's presence). Engineers earning $85,000–$115,000 in these communities with zero state income tax and zero state sales tax achieve purchasing power that engineers in coastal markets earning 40–60% more gross salaries cannot match. A Wyoming engineer earning $95,000 takes home virtually the same amount as a Colorado engineer earning $107,000 (accounting for Colorado's 4.4% income tax) — with significantly lower housing costs as an additional advantage.

Jackson Hole: Wyoming's most extreme market. Jackson Hole's national park adjacency and resort character drive median home prices well above $1 million — one of the most expensive real estate markets in the country. Engineers at St. John's Medical Center earn $90,000–$130,000 against costs that largely negate Wyoming's tax advantages. The lifestyle compensation (Grand Teton National Park, world-class skiing at Jackson Hole Mountain Resort, the Snake River's fly fishing) is genuine but requires accepting that financial accumulation will be limited relative to Wyoming's other communities.

No Income and No Sales Tax: Wyoming is one of two states (with Alaska) with neither a state income tax nor a state sales tax — the most complete tax elimination of any US state. The financial impact at a $95,000 salary versus neighboring Colorado (income tax: ~$4,200 + sales tax: ~$2,000–$3,000) amounts to approximately $6,000–$7,000 in additional annual purchasing power before accounting for Wyoming's lower housing and living costs.

📜 Licensing & Professional Development

Engineering licensure in Wyoming is administered by the Wyoming State Board of Professional Engineers and Professional Land Surveyors. Wyoming has one of the most streamlined licensing processes in the nation — the state's small size means the board is accessible and responsive — with full NCEES reciprocity that is critical for Wyoming engineers who frequently practice across state lines in Colorado, Montana, Utah, and South Dakota.

Wyoming PE Licensure Path:

• FE Exam: Required. University of Wyoming (Laramie) is Wyoming's only engineering university. Many Wyoming-based engineers hold degrees from Colorado, Utah, Montana, or South Dakota institutions before establishing Wyoming careers.
• 4 Years of Experience: Under PE supervision. Wyoming's small engineering community may require working under PEs at out-of-state organizations. The Board accepts remote supervision arrangements that reflect the practical realities of engineering practice in a state with very few local employers in specialized fields.
• PE Exam: Full NCEES reciprocity. Wyoming engineers routinely maintain Colorado and Montana licenses for Rocky Mountain regional practice. The Wyoming PE license itself is easily obtained and maintained — administrative simplicity reflects the state's genuine commitment to business friendliness.

Energy Sector Safety Competencies: Engineers working in Wyoming's energy sector occupational health space benefit from OSHA Process Safety Management (PSM) certification, Mine Safety and Health Administration (MSHA) mining safety training, and API (American Petroleum Institute) standards familiarity — competencies that bridge industrial safety engineering and biomedical monitoring device applications in Wyoming's dominant energy-sector context.

📊 Job Market Outlook

Wyoming's biomedical engineering market will grow modestly — the state's small population and limited employer base constrain absolute growth — but the remote work revolution is creating new career models that make Wyoming more viable as a professional base than its small employment statistics historically implied.

Energy Sector Health Technology: Wyoming's evolving energy sector — particularly the rapid expansion of wind energy (Wyoming has among the nation's best wind resources) and the potential revival of uranium mining for nuclear energy applications — creates growing occupational health engineering demand. Wind turbine maintenance personnel, uranium mining workers, and natural gas field employees all require specialized health monitoring and emergency response technology that bridges industrial and biomedical engineering in ways concentrated in Wyoming's energy-dominant economy.

Remote Work as Structural Change: Wyoming's aggressive broadband investment program — the Wyoming Broadband Office's rural connectivity initiative — is expanding reliable high-speed internet to communities that were previously isolated from remote work opportunities. As connectivity improves, Wyoming's extraordinary tax advantage and lifestyle quality become accessible to engineers holding remote positions with Colorado, Utah, or national device companies — potentially bringing a meaningful number of biomedical engineers to the state without requiring that Wyoming's small local healthcare market create the positions.

5-Year Projection: Wyoming biomedical engineering employment (BLS-measured) is projected to remain flat to grow 5–8%, representing at most 2–3 net new local positions. Remote work migration will bring additional engineering talent to the state that BLS statistics will not fully capture. Total measured employment could reach 39–41 by 2029.

🕐 Day in the Life

Biomedical engineering in Wyoming is defined above all else by the landscape — an environment of such extraordinary natural grandeur that the daily commute to work includes views of the Wind River Range, the Big Horn Mountains, or the Teton massif that artists spend careers trying to capture and fail to fully convey.

At Wyoming Medical Center (Casper): Clinical engineers at Wyoming's largest hospital serve a vast regional catchment area spanning much of the state. A day might begin with supporting the cardiac catheterization lab's imaging systems for a complex intervention case transferred from a rural community hours away, reviewing a telehealth system configuration for a new clinic partnership with a critical access hospital in Pinedale, and coordinating with Wyoming Medical Center's aeromedical transport team on equipment compatibility for the state's air ambulance service. The geographic scope of clinical engineering responsibility in Wyoming — covering a service area larger than many eastern states — creates engineering challenges in device logistics, remote troubleshooting, and rural health technology that are uniquely difficult and uniquely meaningful.

Lifestyle: Wyoming's quality of life is the definitive reason to choose the state for a biomedical engineering career. Yellowstone National Park — the world's first and most geologically active national park — is accessible for day trips from several Wyoming communities. Grand Teton National Park's vertical drama is among North America's most recognized landscapes. The Wind River Range's wilderness (the most remote area in the lower 48 states outside of Alaska) offers backcountry experiences that wilderness enthusiasts spend their lives pursuing. Hunting and fishing culture — pronghorn, elk, mule deer, trout on the Green and North Platte Rivers — defines the social fabric of most Wyoming communities. The state's vast sky, silence, and openness create a psychological space that engineers from densely populated markets describe as genuinely therapeutic. Wyoming does not try to be anything other than exactly what it is — vast, quiet, beautiful, and deeply committed to individual freedom — and engineers who align with those values find the state not a compromise but a destination.

🔄 Compare with Other States

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