Biomedical Engineer Salary Calculator

The sections below walk through every factor the Biomedical Engineer salary calculator accounts for—from national pay ranges and entry-level expectations to location-specific adjustments and employer benchmarks.

1. What Are the Salary Ranges for a Biomedical Engineer?
2. What Is the Entry Level Salary for a Biomedical Engineer?
3. How Much Does a Biomedical Engineer Earn at Entry Level vs Senior Level?
4. Where Are the Best Job Markets for Biomedical Engineers?
5. Which Employers Hire Biomedical Engineers and What Do They Pay?
6. What Job Responsibilities Affect Biomedical Engineer Salary?
7. What Factors Push Biomedical Engineer Salary Higher?
8. What Factors Lower Biomedical Engineer Salary?
9. What Benefits Do Biomedical Engineers Typically Receive?
10. What Skills Influence Biomedical Engineer Salary?
11. How Does Biomedical Engineer Salary Vary by Different States and Cities?

The salary calculator uses a national median hourly base of $48.00 as its reference point. Under a standard full-time assumption of 40 hours per week and 52 weeks per year, that translates to approximately $99,840 annually at the midpoint. However, the calculator outputs low and high ranges rather than a single figure, because real-world biomedical engineer compensation varies substantially.

These ranges reflect adjustments the calculator applies based on years of experience, education level, and job market size. A biomedical engineer working in a large metro with a master's degree and 10+ years of experience will see estimates near the top of the range, while a recent graduate in a smaller market will land near the bottom. Users who switch to part-time or change hours per week will see weekly, monthly, and annual estimates scale proportionally from the hourly rate.

In the salary calculator, entry-level biomedical engineers are defined as professionals with limited work experience—typically zero to two years—and holding a bachelor's degree as their highest credential. When you set these inputs, the calculator shifts the hourly estimate below the $48.00 median baseline, reflecting the reality that employers discount pay for candidates who have not yet demonstrated independent project leadership or specialized domain expertise.

Entry-level hourly estimates generally fall between $35.00 and $42.00, which under a 40-hour full-time schedule translates to roughly $72,800 to $87,360 per year before taxes. The calculator further modifies these figures by job market size. An entry-level biomedical engineer in a large metro such as San Diego—home to numerous medical device companies—will see a higher estimated range than one in a small metro with fewer employers competing for talent. After-tax estimates will drop further once you specify your state, filing status, and 401(k) contribution. For example, entering California as your state introduces a higher state income tax burden than entering Texas, which has no state income tax, producing noticeably different take-home estimates even at the same gross pay.

The salary calculator draws a clear distinction between early-career and senior-level biomedical engineers through its years of experience and education level inputs. The gap is significant and reflects the premium employers place on demonstrated specialization, regulatory knowledge, and leadership capability.

Senior biomedical engineers who hold a PhD and work in a large metro area will see the calculator push estimates toward the upper bound—and sometimes beyond it when the market-size adjustment compounds with the experience multiplier. A principal biomedical engineer at a major device manufacturer in the Boston or Minneapolis corridor can command hourly rates well above $65.00. Entry-level engineers in small markets may see estimates at barely half that figure. The calculator makes this comparison concrete: change the experience slider from 1 year to 12 years while keeping everything else constant, and you can observe the precise dollar impact on your projected weekly, monthly, and annual pay.

The strongest job markets for biomedical engineers cluster around medical device manufacturing hubs, major research universities, and metropolitan areas with dense hospital systems. The salary calculator's job market size selector captures this dynamic: large metros with concentrated employer demand produce higher salary estimates than small or mid-sized markets.

Boston's concentration of medical device firms—including the Route 128 corridor—and proximity to research hospitals push its salary range to the top. San Diego benefits from companies like Edwards Lifesciences and DexCom, while Minneapolis is anchored by Medtronic's global headquarters. When you select any of these cities' metro sizes in the calculator, the salary adjustment factor reflects these competitive dynamics.

Biomedical engineers work for medical device manufacturers, pharmaceutical companies, hospital systems, contract research organizations, and federal agencies—each with different compensation structures.

Notice that 1099 contract rates appear higher on a gross basis, but the salary calculator reveals the impact once you toggle the W-2 vs 1099 classification: self-employment taxes, lack of employer-subsidized benefits, and inconsistent utilization rates all reduce the effective take-home pay for contractors. Enter your own scenario to see the precise difference.

The specific work a biomedical engineer performs directly shapes where they fall within the salary calculator's output range. Engineers who focus on design and development of implantable devices or surgical robotics systems tend to command higher estimates because the work demands deep expertise in FDA regulatory submissions (510(k) and PMA pathways), risk analysis per ISO 14971, and design controls under 21 CFR 820.

Engineers whose primary responsibilities involve clinical applications—installing, calibrating, and maintaining hospital imaging equipment or patient monitoring systems—typically earn in the mid-range. This work requires hands-on technical competence and direct collaboration with clinicians, but it involves less design-phase decision-making authority.

Quality and regulatory affairs roles occupy a growing niche. Biomedical engineers who manage design verification, validation protocols, and post-market surveillance contribute to product lifecycle management and often see salary premiums once they accumulate several years of experience with specific product families. In the calculator, selecting higher experience levels for quality-focused roles reflects the accumulated regulatory knowledge that employers value.

Research and academic roles—particularly in tissue engineering, biomaterials, or neural interfaces—are typically funded through grants or institutional budgets. These positions may show lower salary calculator estimates unless the engineer is at a senior faculty or principal investigator level. The calculator's education input captures this: selecting PhD alongside 10+ years of experience raises the estimate into ranges consistent with tenured research positions at institutions such as Johns Hopkins or Georgia Tech.

Several concrete factors move the salary calculator's estimates toward the upper end of the range for biomedical engineers.

Advanced degrees have a measurable effect. A master's degree in biomedical engineering or an MBA with a healthcare focus adds an estimated 8–15% to hourly pay in the calculator. A PhD pushes the multiplier further, especially for roles that require original research or regulatory science leadership. Selecting these education levels in the calculator produces a visible bump at every experience tier.

Specialized certifications such as Certified Quality Engineer (CQE), Regulatory Affairs Certification (RAC), or Six Sigma Black Belt signal domain mastery that employers reward. While the calculator does not have a separate certification toggle, these credentials are reflected in the experience and education inputs: a certified engineer with five years of experience effectively commands pay closer to the seven-year tier.

Large metro markets with dense medical device ecosystems—Boston, the San Francisco Bay Area, Minneapolis, and the greater Los Angeles area—produce the highest salary estimates when selected in the calculator's market-size input. Employer competition in these corridors drives base compensation upward.

Niche technical skills in areas like computational modeling for cardiovascular devices, embedded firmware for implantable electronics, or biocompatibility testing for novel polymers create supply-demand imbalances. Engineers with these capabilities are recruited aggressively, and their salary outcomes land at the upper bound of the calculator's range.

Managerial responsibility also raises estimates. A biomedical engineer who transitions into directing a team of five or more engineers, managing a product line P&L, or owning a regulatory submission portfolio moves beyond individual-contributor pay scales.

The salary calculator will produce estimates at the lower end of the range under several realistic conditions.

Limited experience is the most significant factor. Setting years of experience to zero or one year places the estimate well below the $48.00 median baseline. Employers discount pay for engineers who have not yet navigated a full product development cycle or contributed to a regulatory submission independently.

Small and rural job markets produce lower salary estimates when selected in the calculator. A biomedical engineer working for a regional hospital in a small metro in Indiana or Ohio will see estimates 10–20% below comparable positions in large metros, reflecting fewer competing employers and lower cost-of-living benchmarks.

Generalist roles that do not require deep specialization—such as basic equipment maintenance or documentation support—are compensated below design or R&D positions. The responsibilities are less complex, and the talent pool is broader.

Academic and non-profit positions funded through grants or public budgets typically pay below private-sector benchmarks. The calculator captures this indirectly: selecting a smaller market size and lower experience level produces ranges consistent with postdoctoral or junior research engineer roles.

1099 classification without adequate rate negotiation can also result in effectively lower compensation. While 1099 gross rates appear higher, failing to account for self-employment tax, benefits costs, and non-billable time means net pay can fall below W-2 equivalents. The calculator's after-tax module makes this tradeoff explicit.

Benefits packages for biomedical engineers vary substantially depending on whether the position is classified as W-2 or 1099, and the salary calculator's after-tax estimates account for some of this difference.

W-2 biomedical engineers at major device companies like Medtronic, Stryker, or Abbott typically receive employer-sponsored health insurance (medical, dental, vision), a 401(k) plan with employer match ranging from 4% to 6%, paid time off (15–25 days depending on tenure), tuition reimbursement for graduate coursework, and stock purchase plans or RSUs. Some employers also provide relocation assistance—an important consideration for engineers moving to high-cost metros like Boston or San Diego. The calculator's 401(k) contribution input lets you model how pre-tax retirement savings reduce your taxable income and shift your take-home estimate.

Engineers at federal agencies such as the FDA receive benefits under the Federal Employees Health Benefits Program, the Thrift Savings Plan (analogous to a 401(k)), and a pension component through FERS. These benefits are structured differently but are generally competitive in total compensation value.

1099 contract biomedical engineers—common in consulting, validation, and field service roles—receive no employer-sponsored benefits. They must independently purchase health insurance, fund a SEP-IRA or solo 401(k), and cover their own liability insurance. The calculator reflects this structural disadvantage: when you select 1099, the after-tax estimate accounts for the additional self-employment tax burden, producing a noticeably lower net income than a W-2 position at the same hourly gross rate.

Specific technical and regulatory skills directly influence where a biomedical engineer's salary falls within the calculator's estimated range.

MATLAB, Python, and R programming for computational modeling—finite element analysis of orthopedic implants, computational fluid dynamics for cardiovascular devices, or statistical analysis for clinical data—are high-demand skills that push estimates toward the upper range. Employers building AI-driven diagnostic tools particularly value Python and machine learning fluency.

CAD proficiency in SolidWorks, Creo, or Siemens NX is a baseline expectation for design-focused roles. Engineers who can also perform tolerance analysis and GD&T for manufacturing readiness add value beyond basic modeling, which translates to higher salary outcomes.

Regulatory and quality system expertise—deep familiarity with FDA 21 CFR 820, ISO 13485, IEC 60601 for electrical safety, and EU MDR requirements—is a differentiator that employers pay for. Biomedical engineers who can independently author a 510(k) substantial equivalence argument or lead a design history file review are positioned at the senior end of the calculator's output.

Biocompatibility and materials science knowledge—understanding ISO 10993 testing, polymer degradation behavior, and sterilization validation—is critical for implantable device roles and carries a salary premium, particularly at companies developing next-generation implants.

Project management skills, including PMP certification or experience with stage-gate product development processes, are valued in mid-career and senior roles. These competencies allow engineers to own cross-functional timelines and budgets, moving them into higher experience tiers within the calculator.

What Does a Biomedical Engineer Earn in New York?

New York State has a robust biomedical engineering market driven by hospital systems such as NewYork-Presbyterian and Mount Sinai, along with a growing medical device startup ecosystem. The salary calculator produces higher gross estimates for large-metro New York positions, but the state's progressive income tax structure reduces after-tax take-home pay. When you select New York as your state in the calculator's after-tax module, expect a noticeable deduction compared to states with lower or no income tax.

What Does a Biomedical Engineer Earn in New York City (NYC)?

NYC compounds New York State taxes with an additional city income tax, making it one of the highest-tax locations in the country for biomedical engineers. The calculator's after-tax estimates reflect this layered burden. Gross hourly rates for experienced biomedical engineers in NYC can range from $50.00 to $72.00, but take-home pay after state tax, city tax, federal tax, and 401(k) contributions will be substantially lower than the same gross rate in a tax-free state. NYC's cost of living further pressures real purchasing power, though the concentration of research hospitals and pharma companies sustains strong demand.

What Does a Biomedical Engineer Earn in California?

California is one of the largest employers of biomedical engineers nationally, anchored by medical device clusters in Orange County, the San Francisco Bay Area, and San Diego. The calculator's large-metro adjustment produces elevated gross estimates for California positions. However, California's high marginal state income tax rate—among the steepest in the nation—reduces after-tax salary estimates significantly. Engineers should use the calculator to compare California net pay against states like Texas or Florida to see the real-dollar difference.

What Does a Biomedical Engineer Earn in Los Angeles?

Los Angeles offers a large-metro salary adjustment in the calculator, reflecting demand from companies like Edwards Lifesciences (nearby in Irvine), Hologic, and major hospital systems including Cedars-Sinai and UCLA Health. Hourly estimates for experienced biomedical engineers range from $49.00 to $68.00. The high cost of living in LA, combined with California state taxes, means the after-tax calculator output will show materially lower take-home pay than gross figures suggest. Part-time biomedical engineers in LA should pay particular attention to the hourly-to-annual scaling the calculator provides.

What Does a Biomedical Engineer Earn in San Diego?

San Diego is a premier biomedical engineering hub, home to DexCom, Illumina, ResMed, NuVasive, and dozens of smaller device firms. The calculator produces some of the highest salary estimates for this metro, with hourly ranges of $50.00 to $70.00 for experienced engineers. San Diego's employer density means strong competition for talent, which supports premium pay. State taxes apply the same California deduction in the after-tax module, but engineers relocating from even higher-cost Bay Area positions may find San Diego offers better effective compensation.

What Does a Biomedical Engineer Earn in Florida?

Florida has no state income tax, which makes its after-tax salary calculator estimates particularly attractive relative to gross pay. The biomedical engineering market in Florida is smaller than California or Massachusetts but growing, driven by hospital systems, surgical device companies, and a cluster of simulation and training technology firms. Gross hourly rates tend to be moderate—closer to the national median or slightly below—but the absence of state income tax means more dollars reach the engineer's pocket.

What Does a Biomedical Engineer Earn in Texas?

Texas also levies no state income tax, giving biomedical engineers a take-home advantage visible in the calculator's after-tax output. The Texas Medical Center in Houston is the largest medical complex in the world, and the Dallas–Fort Worth area hosts manufacturing and distribution operations for several device companies. Gross hourly rates in Texas large metros typically range from $44.00 to $64.00, and the zero state tax rate preserves more of that income compared to engineers in California or New York at similar gross levels.

What Does a Biomedical Engineer Earn in Houston?

Houston's Texas Medical Center employs thousands of engineers in clinical engineering, research, and device development roles. The calculator's large-metro adjustment applies here, producing hourly estimates of $46.00 to $64.00. Combined with Texas's lack of state income tax, Houston offers competitive after-tax compensation. Engineers working for MD Anderson Cancer Center, Baylor College of Medicine, or device companies servicing the medical center corridor will find the calculator's Houston estimates realistic and favorable on a net basis.

What Does a Biomedical Engineer Earn in Dallas?

Dallas–Fort Worth is a large metro with a diversified employer base including medical device distributors, healthcare IT firms, and hospital systems like UT Southwestern and Baylor Scott & White. The calculator produces estimates slightly below Houston's for biomedical engineers due to a somewhat smaller concentration of device R&D employers, but the Texas tax advantage keeps after-tax figures competitive. Hourly ranges of $44.00 to $62.00 are typical for mid-career engineers in this market.

What Does a Biomedical Engineer Earn in Michigan?

Michigan's biomedical engineering market is tied to both the automotive-to-medical crossover manufacturing sector and academic research institutions like the University of Michigan. The state has a flat income tax, which the calculator applies when modeling after-tax estimates. Gross hourly rates in Michigan tend to run slightly below the national median, reflecting a mid-sized market with fewer dedicated biomedical device employers compared to coastal hubs. Engineers in Ann Arbor or Detroit-area positions will see the calculator produce mid-range estimates.

What Does a Biomedical Engineer Earn in Georgia?

Georgia's biomedical engineering market is concentrated in the Atlanta metro, with employers including the CDC, Emory University, Georgia Tech, and device firms that have established southeastern operations. The state's income tax is moderate, and the calculator reflects this in after-tax estimates. Gross pay in Georgia tends to track slightly below national medians for biomedical engineers, but the lower cost of living relative to coastal metros helps offset the gap in real purchasing power.

What Does a Biomedical Engineer Earn in Atlanta?

Atlanta is a large metro with growing healthcare and life sciences investment. The calculator's large-metro adjustment produces hourly estimates of $45.00 to $63.00 for biomedical engineers. Georgia Tech's biomedical engineering program creates a strong local talent pipeline, which can moderate salary inflation, but the presence of major hospital systems (Emory Healthcare, Piedmont) and federal employers (CDC) sustains steady demand. After-tax estimates reflect Georgia's state income tax, which is lower than New York or California but not zero.

What Does a Biomedical Engineer Earn in Ohio?

Ohio offers a mid-sized biomedical engineering market, with the Cleveland Clinic, Ohio State University Wexner Medical Center, and device companies like Philips (Cleveland operations) and Steris as notable employers. The state has a graduated income tax, which the calculator incorporates. Gross hourly rates for biomedical engineers in Ohio typically range from $40.00 to $58.00, reflecting lower cost of living and smaller metro size compared to coastal cities. The calculator's after-tax module shows that Ohio's moderate tax burden leaves competitive take-home pay relative to gross earnings.

What Does a Biomedical Engineer Earn in North Carolina?

North Carolina's Research Triangle (Raleigh-Durham-Chapel Hill) is a growing biomedical engineering cluster, anchored by academic research at Duke and UNC and commercial operations from companies like Becton Dickinson and bioMérieux. The state has a flat income tax rate that the calculator applies to after-tax estimates. Gross hourly rates for biomedical engineers in the Triangle area range from $44.00 to $62.00 in the calculator, reflecting a competitive mid-sized to large metro market with a lower cost of living than northeastern hubs.

What Does a Biomedical Engineer Earn in Illinois?

Illinois's biomedical engineering opportunities are concentrated in the Chicago metro, where Abbott, Baxter, and Hollister are headquartered or have major operations. The state has a flat income tax, applied by the calculator in after-tax projections. Gross pay in Illinois tracks near the national median for large-metro positions, and the calculator adjusts upward accordingly. Engineers outside Chicago in smaller Illinois metros will see lower estimates due to the market-size factor.

What Does a Biomedical Engineer Earn in Chicago?

Chicago is a large metro with a strong concentration of medical device and diagnostics companies. The calculator produces hourly estimates of $47.00 to $65.00 for biomedical engineers, reflecting the Abbott and Baxter presence, major hospital systems like Northwestern Memorial and Rush, and a robust startup ecosystem. Illinois state income tax is moderate, and the calculator's after-tax output shows Chicago providing solid take-home pay relative to other large metros, particularly compared to New York City or San Francisco where tax burdens are substantially higher.

What Does a Biomedical Engineer Earn in Maryland?

Maryland benefits from proximity to the NIH, FDA (headquartered in Silver Spring), and Johns Hopkins University and its affiliated hospital system. These institutions create a unique demand profile for biomedical engineers with regulatory science, clinical research, and translational engineering skills. The calculator's large-metro adjustment applies to the Baltimore-Washington corridor. Maryland's state income tax is moderate to high, which the after-tax module reflects. Gross hourly ranges of $48.00 to $68.00 are typical for experienced engineers in this corridor.

What Does a Biomedical Engineer Earn in Indiana?

Indiana's biomedical engineering market is centered in Indianapolis, where DePuy Synthes (a Johnson & Johnson company), Roche Diagnostics, and Zimmer Biomet (based in nearby Warsaw) are significant employers. The state has a flat income tax that is among the lowest in the country, making after-tax calculator estimates relatively favorable. Gross hourly rates for biomedical engineers in Indiana range from $42.00 to $58.00 in mid-sized metro settings, reflecting a lower cost of living and more moderate employer competition compared to coastal markets.

What Does a Biomedical Engineer Earn in Virginia?

Northern Virginia, as part of the Washington, DC metro area, offers biomedical engineers access to government contracting firms, defense health agencies, and proximity to the FDA and NIH. Virginia's state income tax is moderate, and the calculator applies it in after-tax projections. Engineers in the Northern Virginia corridor see estimates comparable to the broader DC metro, while those in smaller Virginia cities like Richmond or Charlottesville will see lower estimates due to the mid-sized market adjustment.

What Does a Biomedical Engineer Earn in Connecticut?

Connecticut hosts several notable biomedical and pharmaceutical employers, including Medtronic's former Covidien operations and Yale-affiliated research programs. The state's income tax is progressive and relatively high, which the calculator captures in after-tax estimates. Gross pay for biomedical engineers in Connecticut is above the national median, reflecting the state's high cost of living and proximity to the Boston and New York talent markets. Hourly estimates of $48.00 to $66.00 are typical for experienced engineers.

What Does a Biomedical Engineer Earn in New Jersey?

New Jersey is a major pharmaceutical and medical device corridor, with Johnson & Johnson headquartered in New Brunswick and numerous device, diagnostics, and pharma companies operating along the Route 1 and Interstate 287 corridors. The calculator's large-metro adjustment applies to much of northern and central New Jersey. The state has a progressive income tax that reduces after-tax estimates, but gross hourly rates of $48.00 to $70.00 reflect the concentration of high-paying employers. Biomedical engineers in New Jersey benefit from access to one of the densest life sciences job markets in the country.

What Does a Biomedical Engineer Earn in Phoenix?

Phoenix is a growing large metro for biomedical engineers, with employers including Banner Health, Mayo Clinic Arizona, and an expanding base of medical device and health-tech firms. Arizona's state income tax has been reduced in recent years, making after-tax calculator estimates increasingly competitive. Gross hourly rates of $43.00 to $60.00 reflect a market that is less saturated than coastal hubs but growing in demand. The lower cost of living in Phoenix compared to Los Angeles or San Diego means real purchasing power from the calculator's estimated take-home pay is higher than the gross difference might suggest.

What Does a Biomedical Engineer Earn in Washington, DC?

The Washington, DC metro area—spanning DC, Northern Virginia, and suburban Maryland—is a distinctive market for biomedical engineers. The FDA, NIH, Walter Reed National Military Medical Center, and numerous government contractors create demand for engineers with regulatory, clinical, and research expertise. The calculator's large-metro adjustment produces hourly estimates of $50.00 to $69.00. DC itself has a local income tax, and engineers residing in Maryland or Virginia face those respective state taxes. The after-tax module lets you compare all three scenarios to determine the optimal residential location for take-home pay.

What Does a Biomedical Engineer Earn in Boston?

Boston is arguably the top market in the United States for biomedical engineers, with the highest concentration of medical device companies, research hospitals (Massachusetts General, Brigham and Women's), and academic programs (MIT, Harvard, Boston University). The calculator produces hourly estimates of $52.00 to $72.00 for experienced engineers, among the highest nationally. Massachusetts state income tax is a flat rate that the calculator applies, and the high cost of living in Boston means engineers should carefully review the after-tax estimates to assess real purchasing power. Despite these costs, the career advancement opportunities and employer density in Boston make it a market where the calculator's upper-range estimates are regularly achievable.

What Does a Biomedical Engineer Earn in Seattle?

Seattle's biomedical engineering market is driven by the intersection of healthcare and technology. Employers include the University of Washington Medical Center, Fred Hutchinson Cancer Center, and a growing cluster of health-tech and medical AI startups. Washington State has no state income tax, which gives Seattle a powerful after-tax advantage in the calculator. Gross hourly estimates of $51.00 to $70.00, combined with zero state tax, produce some of the strongest net take-home figures among large metros nationally. The cost of living in Seattle is high but lower than San Francisco, making it an increasingly attractive destination for biomedical engineers evaluating total compensation.