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Medical Device Mechanical Engineer Salary

Medical device mechanical engineers earn a median of $108,200 per year (BLS NAICS 3391, SOC 17-2141). Sector employs 9,400 MEs across implants, surgical robotics, cardiovascular intervention, diagnostic imaging, drug delivery, and consumer health.

Data as of May 2026, sourced from BLS OES May 2024.

Sector Median

$108,200

+5.7% vs national ME median

Sector Employment

9,400

growing 5-7% annually

Surgical Robotics Premium

+10-25%

vs general medical device equivalent

A regulated sector that rewards specialisation

The Bureau of Labor Statistics Occupational Employment and Wage Statistics tables for Medical Equipment and Supplies Manufacturing (NAICS 3391), May 2024 release, report a mechanical engineer median annual wage of $108,200 and mean of $109,500 for the 9,400 MEs employed directly in the sector. Medical devices pay above the national ME median by roughly 6 percent at the sector median, with sub-segment and skill-specific premiums extending the upside further at senior levels.

The sector's defining structural feature is the FDA regulatory framework that governs medical device development. The FDA Quality System Regulation 21 CFR Part 820 requires rigorous design control, risk management (typically under ISO 14971), process validation, complaint handling, and post-market surveillance for any product marketed as a medical device in the US. Engineers who have shipped products through complete 21 CFR 820 compliance command meaningful premiums over engineers from non-regulated industries, reflecting both the additional skill set and the longer training cycle required to develop regulatory fluency.

Sub-sector pay breakdown

Sub-SectorMid to Senior Base Range
Implantable Devices$88,000 - $145,000
Cardiovascular Devices$92,000 - $150,000
Surgical Instruments and Robotics$95,000 - $165,000
Diagnostic Imaging$92,000 - $148,000
Drug Delivery$85,000 - $135,000
Consumer Health and Wearables$85,000 - $135,000

Surgical robotics is currently the highest-pay sub-segment and the fastest-growing. Intuitive Surgical's da Vinci platform (the original surgical robotics success story, now with installed bases across most major US hospitals) created the template, and new entrants have expanded the sub-segment dramatically over the 2020s. Cardiovascular devices, particularly transcatheter heart valves (Edwards Lifesciences SAPIEN platform, Medtronic CoreValve / Evolut) and electrophysiology mapping systems (Abbott EnSite, Boston Scientific RHYTHMIA HDx), also command premium pay reflecting both the technical complexity and the industry-leading gross margins of the product categories.

Top employers

CompanyBase Range (Mid to Senior)
Medtronic$92,000 - $150,000
Stryker$92,000 - $148,000
Johnson and Johnson MedTech$94,000 - $152,000
Boston Scientific$90,000 - $145,000
Edwards Lifesciences$95,000 - $155,000
Intuitive Surgical$110,000 - $175,000
Abbott Laboratories$92,000 - $145,000
Becton Dickinson$87,000 - $138,000
GE HealthCare$92,000 - $148,000
Siemens Healthineers$92,000 - $145,000

Geographic concentration: Minneapolis, Boston, Bay Area

Medical device mechanical engineering concentrates in three US regions that together account for most of the sector's employment.

The Minneapolis-St Paul metro is the single largest concentration, anchored by Medtronic (the world's largest pure-play medical device company by revenue, with its operational headquarters in Fridley MN even after the 2015 Covidien merger placed the legal HQ in Dublin Ireland) plus a dense ecosystem of mid-sized companies that emerged from the original Medtronic talent base. Boston Scientific operates its Maple Grove MN cardiovascular operations there, Abbott Cardiac Rhythm Management has substantial St Paul presence, Cardiovascular Systems Inc, NuVasive, and several dozen smaller device companies operate across the Twin Cities metro. Pay bands in Minneapolis run roughly $85,000 to $145,000 across mid to senior bands, with Minnesota's COL of around 100 producing strong adjusted purchasing power.

The Bay Area is the second-largest concentration, with Edwards Lifesciences (Irvine extension and South Bay R&D), Intuitive Surgical (Sunnyvale corporate campus), Abbott Diabetes Care (Alameda), Penumbra (Alameda), and an active medical device startup ecosystem funded by Bay Area venture firms. Pay bands in the Bay Area run higher reflecting both the surgical robotics premium and the geographic cost of living, with mid to senior bands $95,000 to $175,000 base plus RSU at the established employers and pre-IPO equity at startups.

The Boston metro is the third-largest concentration, anchored by Boston Scientific in Marlborough plus an MIT and Harvard-spinout startup ecosystem (Lantheus, Bicycle Therapeutics device crossover, iRhythm, Ginkgo Bioworks medical device adjacencies). Pay bands in Boston metro run roughly $90,000 to $155,000 across mid to senior levels.

The career-stability case for medical devices

Medical device mechanical engineering is among the most career-stable specialisations within the broader ME profession. The structural reasons are durable: procedure volumes track demographics (aging populations in the US, Europe, Japan, and increasingly China), clinical needs remain regardless of broader economic cycles, and the regulated nature of the industry creates substantial moats around incumbent product portfolios that limit downside revenue risk. The major medical device companies have grown revenue at high-single-digit to low-double-digit annual rates for two decades, and the sub-segments with the strongest secular growth (surgical robotics, cardiovascular intervention, continuous glucose monitoring) have grown 15 to 25 percent annually through 2024 to 2025.

The employment stability shows up in the labor market data. Layoffs at the major medical device companies are typically modest portfolio restructurings rather than broad-based reductions. Medtronic, Stryker, Boston Scientific, and Abbott have all maintained relatively stable engineering headcounts through the 2020 COVID disruption and the subsequent procedure volume recovery. The countervailing tradeoff is that the medical device career structure rewards depth and tenure more than horizontal mobility: engineers who specialise deeply within one device sub-segment (cardiac rhythm devices, hip and knee implants, surgical visualisation systems) tend to accumulate technical credentials that are difficult to replicate elsewhere but are also less portable across sub-segments than skills in less-regulated industries.

Frequently asked questions

How much do medical device mechanical engineers make?+
Medical device mechanical engineers earn a median of $108,200 per year and a mean of $109,500 across the BLS Medical Equipment and Supplies Manufacturing sector (NAICS 3391), per BLS Occupational Employment and Wage Statistics for May 2024. The sector employs 9,400 mechanical engineers directly. Pay sits above the national ME median by roughly 6 percent, with FDA regulatory experience and surgical robotics specialisation commanding meaningful additional premiums above the sector median.
What does FDA 21 CFR 820 mean for medical device ME compensation?+
21 CFR 820 is the FDA's Quality System Regulation for medical devices, requiring rigorous design control, risk management, process validation, and post-market surveillance for any product marketed as a medical device in the US. Engineers who have shipped products through full 21 CFR 820 compliance (typically by leading or contributing to Design History File completion, verification and validation programs, and risk management documentation under ISO 14971) command meaningful premiums over engineers from non-regulated industries. The premium reflects both the additional skill set (understanding regulatory language, working with QA and regulatory affairs teams, designing test protocols that satisfy reviewer expectations) and the longer training cycle required to develop those skills.
Which medical device company pays mechanical engineers the most?+
Intuitive Surgical in Sunnyvale pays the highest base bands among the major US medical device companies, with mid to senior ME bands $110,000 to $175,000 base reflecting both the surgical robotics premium and the Bay Area geographic premium. Edwards Lifesciences in Irvine pays the second-highest bands at $95,000 to $155,000, reflecting the industry-leading gross margins of the structural heart product portfolio. Medtronic, Stryker, J&J MedTech, Abbott, Boston Scientific, and GE HealthCare cluster $90,000 to $150,000 base across mid to senior bands with company-specific variation.
Where is medical device mechanical engineering concentrated geographically?+
Three regions account for the majority of US medical device ME employment. The Minneapolis-St Paul metro is the single largest concentration, anchored by Medtronic (the largest pure-play med device company in the world by revenue) plus a dense cluster of mid-sized companies that emerged from the original Medtronic ecosystem (Boston Scientific Maple Grove operations, Abbott Cardiac Rhythm Management St Paul, Cardiovascular Systems Inc, NuVasive). The Bay Area is the second-largest, anchored by Edwards Lifesciences (Irvine extension), Intuitive Surgical (Sunnyvale), Abbott Diabetes Care (Alameda), Penumbra (Alameda), and an active medical device startup ecosystem. The Boston metro is the third, anchored by Boston Scientific (Marlborough HQ) plus a deep ecosystem of MIT and Harvard-spinout medical device startups.
What is the entry-level medical device mechanical engineer salary?+
Entry-level medical device MEs (0 to 2 years experience) typically earn $68,000 to $85,000 base across the major employers. The structured rotational programs (Medtronic ATEP - Advanced Technology Engineering Program, Stryker Engineering Development Program, J&J MedTech RAP) start new graduates at $75,000 to $90,000 base with sign-on bonuses. Bay Area entry positions (Intuitive Surgical, Edwards Lifesciences) run higher at $85,000 to $105,000 base with stock components.
Is medical device mechanical engineering a stable career?+
Yes, very. Medical device demand is structurally less cyclical than aerospace, automotive, or oil and gas because procedure volumes track demographics (aging US and global populations) and clinical needs rather than commodity cycles or defense budgets. The major medical device companies have low-double-digit annual revenue growth across the broader portfolio, with surgical robotics, cardiovascular intervention, and continuous glucose monitoring all growing at 15 to 25 percent annually as of 2024 to 2025. Employment stability at the major employers is correspondingly high; layoffs are typically modest portfolio restructurings rather than broad-based reductions.
Are surgical robotics roles a good bet for mechanical engineers?+
Yes, currently one of the strongest sub-segments. Intuitive Surgical's da Vinci platform has installed bases across most major US hospitals, and the surgical robotics sub-segment is expanding rapidly with new entrants (Medtronic Hugo, J&J Ottava, Asensus Surgical Senhance, Vicarious Surgical, Galen Robotics, Distalmotion, CMR Surgical) plus orthopedic-specific robots (Stryker Mako, Zimmer Biomet ROSA, Smith and Nephew CORI). The roles combine mechanical engineering with motion control, sensor integration, and FDA Class III device regulatory work. Pay bands run 10 to 25 percent above general medical device equivalents, and the growth profile is among the strongest in any ME sub-segment.

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Independent salary reference. Data from Bureau of Labor Statistics Occupational Employment and Wage Statistics, May 2024. Not affiliated with the BLS, any employer, or any professional engineering organization. Individual salaries vary based on experience, location, employer, and negotiation.

Updated 2026-05-11