Biomedical Engineering in Texas

📊 Employment Overview

Texas employs 1,672 biomedical engineering professionals, representing approximately 8.9% of the national workforce in this field. Texas ranks #2 nationally for biomedical engineering employment.

💰 Salary Information

Biomedical Engineering professionals in Texas earn competitive salaries across all experience levels, with an average annual salary of $100,000.

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 Texas.

🏢 Industry Landscape & Top Employers

Texas is the nation's second-largest biomedical engineering market — ranking #2 with an extraordinary 1,672 employed professionals and a $100,000 average salary — and the state's trajectory suggests it will mount a serious challenge to California's top position within the next decade. Texas's biomedical ecosystem is defined by the Texas Medical Center in Houston (the world's largest medical complex), a rapidly maturing device and digital health sector in Austin and Dallas, the nation's third-largest pharmaceutical research presence in the I-35 corridor, and the most favorable financial environment of any major biomedical market — zero income tax combined with substantially lower costs than California, New York, or Massachusetts.

Texas Medical Center (Houston): The Texas Medical Center is the single most extraordinary concentration of medical institutions in the world — 60+ institutions, 21 hospitals, 8,000+ hospital beds, and 100,000+ daily visitors on a 1,345-acre campus. The TMC houses the University of Texas MD Anderson Cancer Center (the world's leading cancer research and treatment institution), Baylor College of Medicine, Houston Methodist Hospital, Memorial Hermann Health System, Texas Children's Hospital (consistently ranked America's #1 children's hospital), UTHealth Houston, and dozens of specialty institutions. For biomedical engineers, the TMC represents an unparalleled concentration of clinical research sophistication, world-leading disease specialization, and translational device development opportunity all accessible within a single walkable campus.

Major Commercial Employers: Boston Scientific, Abbott's vascular division, Medtronic's cardiac rhythm operations, Edwards Lifesciences, and dozens of medical device companies maintain Texas distribution, service, and increasingly R&D operations. The Houston-Austin-Dallas triangle hosts the medical device sector's growing Texas presence. Texas Instruments' semiconductor legacy creates a precision electronics infrastructure directly applicable to biomedical device design. Dell Medical School at UT Austin — opened in 2016 with an explicit mission to transform healthcare through innovation — is generating a new device startup ecosystem in Austin that is attracting device companies previously anchored to coastal markets.

Key Industry Clusters: Houston's TMC corridor is Texas's premier biomedical hub — the density of clinical, research, and commercial employers within the Medical Center and immediately surrounding areas (Greenway Plaza, the Museum District, Midtown) creates career mobility unmatched outside of Boston. Dallas's BioCenter and Methodist Health System cluster anchors North Texas's growing biomedical market. Austin's Dell Medical School and UT Austin's medical device and digital health ecosystem are growing rapidly. San Antonio's South Texas Medical Center and the military healthcare infrastructure at Fort Sam Houston provide the fourth major Texas biomedical cluster.

📈 Career Growth & Pathways

Texas biomedical engineering careers are defined by the TMC's extraordinary research depth, Dallas's growing corporate device presence, and Austin's emerging innovation ecosystem — together creating a career landscape that now rivals Boston and California in breadth if not yet in deep specialization density. No state income tax at every career level provides a financial advantage that compounds significantly over a career.

• Entry-Level Engineer (0–2 years): $62,000–$80,000 — MD Anderson, Texas Children's, and Houston Methodist all have structured clinical and research engineering development pathways. Rice University, UT Austin, Texas A&M, and UT Dallas produce excellent biomedical engineering graduates aggressively recruited by Texas employers. Austin's Dell Medical School and the UT Austin BME program create a growing new-grad pipeline specifically aligned with the state's emerging device innovation ecosystem.
• Mid-Level Engineer (3–7 years): $86,000–$115,000 — Research engineering on MD Anderson's NIH-funded cancer device programs, clinical technology leadership at major Texas health systems, device development at Texas commercial employers, or technical roles at Dallas's growing medical device corporate cluster. Austin's digital health and device startups offer equity-supplemented compensation for engineers willing to accept startup risk.
• Senior / Staff Engineer (8–14 years): $120,000–$155,000 — MD Anderson research faculty or clinical engineering directors, senior engineers at Boston Scientific's Texas operations, technical leadership at Texas Children's Hospital (which has its own active clinical innovation program), or VP Engineering at Austin device startups. No state income tax saves approximately $7,500–$12,000 annually at this salary level versus California peers.
• Director / Principal (15+ years): $158,000–$280,000+ — TMC health system CTE roles, research faculty at Baylor College of Medicine or UT Health, C-suite technical leadership at Texas device companies, or senior leadership at MD Anderson's technology commercialization arm. Texas's growing device company IPO ecosystem creates equity liquidity pathways of increasing significance.

MD Anderson's Unique Research Engineering Track: MD Anderson Cancer Center's biomedical engineering programs — including the Department of Imaging Physics, the Sheikh Ahmed Center for Pancreatic Cancer Research's device programs, and the Cancer Systems Imaging Center — create research engineering careers at the frontier of oncology diagnostics and therapeutic device development. Engineers at MD Anderson work on problems — radiation therapy precision, cancer immunotherapy delivery, minimal residual disease detection — that literally define the global state of the art in cancer care engineering.

💰 Salary vs. Cost of Living

Texas's $100,000 average biomedical engineering salary is above the national median — reflecting the TMC's market-setting compensation and the competitive pressure of the state's tech-influenced salary environment — and is paired with zero state income tax and cost-of-living advantages that make Texas's after-tax, after-housing financial outcomes among the best of any major biomedical market.

Houston (Medical Center Area): Texas's highest-paying biomedical market. TMC-adjacent institutions pay experienced engineers $100,000–$160,000+. Houston's cost of living is approximately 5–10% above the national average, with median home prices of $320,000–$480,000 in quality inner-loop and near-suburb communities (West University Place, Bellaire, Sugar Land, The Woodlands). Zero income tax versus California saves a $130,000 Houston engineer approximately $10,000–$16,000 annually in state taxes alone — before accounting for Houston's lower housing costs. A senior TMC engineer earning $145,000 in Houston achieves a lifestyle roughly equivalent to $210,000–$235,000 in San Francisco.

Austin (Dell Medical / UT Austin): Texas's fastest-growing biomedical market has experienced the state's most dramatic cost increases. Median home prices of $450,000–$580,000 in quality Austin communities (Cedar Park, Round Rock, Georgetown, Lakeway) reflect massive in-migration. Cost of living approximately 10–18% above the national average. Dell Medical School and UT Austin pay $90,000–$140,000 for experienced engineers. Austin's no-income-tax advantage is substantial given the city's tech-influenced salary levels — engineers earning $125,000 in Austin take home approximately $8,000–$12,000 more than comparable California earners.

Dallas / Plano / Irving: North Texas's corporate device presence (Boston Scientific, Abbott vascular, Medtronic operations) pays $95,000–$145,000 against a cost of living near or slightly above the national average in most communities. Plano, Frisco, Allen, and McKinney offer suburban excellence at $380,000–$530,000 median home prices that represent genuine value relative to comparable California or Massachusetts suburbs.

📜 Licensing & Professional Development

Engineering licensure in Texas is administered by the Texas Board of Professional Engineers and Land Surveyors (TBPELS). Texas has one of the nation's most active PE exam communities — consistently among the highest number of PE exam takers nationally — reflecting the state's large and growing engineering workforce.

Texas PE Licensure Path:

• FE Exam: Required. Rice University, UT Austin, Texas A&M, UT Dallas, and Baylor produce excellent BME graduates. Texas's numerous engineering programs collectively generate one of the nation's largest engineering graduate pipelines.
• 4 Years of Progressive Experience: Under PE supervision. Texas's enormous engineering community provides easy access to supervising PEs across every employer type — TMC institutions, device manufacturers, defense contractors, and oil and gas companies all employ licensed PEs in supervisory roles.
• PE Exam: Texas consistently has among the highest PE exam pass rates nationally, reflecting strong university preparation programs. Full NCEES reciprocity enables straightforward multi-state licensing for Texas engineers serving the Gulf Coast, Southwest, and national markets.

MD Anderson Technology Commercialization: MD Anderson's Technology Commercialization office — which has generated over $1 billion in royalty revenue from licensed cancer technologies — provides research engineers with translational research experience in IP protection, clinical evidence generation, and FDA pre-submission strategy that is recognized globally within the oncology device community. MD Anderson engineers who participate in commercialization programs develop credentials transferable to any major cancer device company worldwide.

Dell Medical School Innovation Pathway: UT Austin's Dell Medical School has established a unique innovation ecosystem — Health Wildcatters, the Dell Medical School's Health Transformation Research Institute, and the UT Austin Medical Device Center provide structured pathways for engineers developing clinical technologies from concept through clinical evidence to regulatory submission. Engineers engaged with these programs develop the full commercialization competency stack in an academic setting.

📊 Job Market Outlook

Texas's biomedical engineering market is on a trajectory toward becoming the nation's most significant — driven by the TMC's continued research investment, Austin's emerging device innovation ecosystem, and the ongoing migration of California and Northeast biomedical companies to Texas's cost-advantaged, no-income-tax environment.

Texas Medical Center's Expansion: TMC's TMCx (innovation accelerator) and the TMC3 collaborative research campus — a $1.6 billion joint development between UT System, Texas A&M, Baylor College of Medicine, and Houston Methodist — are adding 37 acres of biomedical research and innovation space to the world's largest medical complex. This investment is creating engineering positions at an institutional scale that few development projects in the history of biomedical engineering can match.

Austin's Device Innovation Surge: UT Austin's Dell Medical School, now a decade into operations with growing research programs and clinical trial infrastructure, is generating device startups at an accelerating rate. Texas's business-friendly regulatory environment, zero income tax, and improving engineering talent supply are attracting device companies that previously would have defaulted to Boston or San Diego. The Austin-Round Rock medical device cluster is developing into a genuine national competitor.

California Company Migration: The well-documented migration of California biomedical companies to Texas — particularly to Austin and Dallas — is creating engineering positions in Texas that were previously concentrated on the West Coast. As each migrating company establishes Texas engineering operations, it seeds the local talent ecosystem with California device industry experience that accelerates the broader sector's development.

5-Year Projection: Texas biomedical engineering employment is projected to grow 16–22% over five years — the strongest absolute growth of any state — potentially adding 265–370 new positions. Total employment could approach 1,935–2,045 by 2029, mounting a credible challenge to California's national leadership position.

🕐 Day in the Life

Biomedical engineering in Texas spans the full range of professional contexts — from the world's most concentrated cancer research campus in Houston to Austin's innovation-driven startup culture to Dallas's corporate device environment — all under the umbrella of Texas's extraordinary no-income-tax financial freedom and the state's distinctly Texas character.

At MD Anderson Cancer Center (Houston TMC): Engineers at MD Anderson work on problems that no other institution in the world is better positioned to solve. A morning might involve calibrating a novel proton therapy beam delivery system for a pediatric brain tumor case, collaborating with a radiation physics faculty member on a new treatment planning algorithm's device integration requirements, and reviewing IRB documentation for a Phase I clinical trial of a novel cancer immunotherapy delivery device. The TMC campus's extraordinary density — hospitals, research buildings, and clinics connected by underground tunnels — creates an engineering environment where world-class expertise in virtually every medical domain is literally steps away. The mission is existential in the most direct sense: the technologies developed here determine survival outcomes for the most serious disease facing humanity.

At Dell Medical School / UT Austin (Austin): Engineers at Austin's innovation-oriented academic medical ecosystem experience a startup-academic hybrid culture uniquely suited to the University of Texas's entrepreneurial tradition. A day might involve a morning design sprint on a new point-of-care diagnostic device concept with a clinical faculty collaborator, an afternoon meeting with the Health Wildcatters team on a startup company's FDA pre-submission strategy, and an evening networking event at a local device company founder's introduction of their Series A funding. The energy is entrepreneurial, the clinical partnerships are genuine, and the Austin lifestyle — outdoor recreation on the Colorado River, live music on Sixth Street, world-class food at Uchiko and La Barbecue — provides after-work experiences that California device engineers increasingly choose over the Bay Area's superior compensation and greater professional density.

Lifestyle: Texas's lifestyle advantages for biomedical engineers are substantial and well-documented. No income tax means engineers keep more of what they earn. Lower housing costs mean earlier homeownership. Shorter commutes (outside of Houston's notorious traffic) mean more time for family and recreation. The Gulf Coast beaches (Galveston, South Padre Island), the Hill Country's wine trails and swimming holes, Big Bend National Park's wilderness grandeur, and the live music cultures of Austin, Houston, and Dallas provide outdoor and cultural experiences across every preference category. Texas's social culture — direct, generous, and intensely proud of state identity — creates a community character that many engineers who initially arrive for career reasons discover is among the most important reasons they stay.

🔄 Compare with Other States

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