Design the machines and implants that keep people alive, then prove they are safe.
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Pay, the path, pros and cons and the facts on one printable page. Good for a wall or a guidance counsellor.
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What you earn and what it costs to get there.
Median
$109,370
Lower tenth
$71,850
Top tenth
$168,180
The national median is $109,370 a year and the bottom tenth earn about $71,850. Device companies in Minnesota, Massachusetts and California pay near the top. Hospital based clinical engineering pays nearer the bottom.
About $70,000 to $85,000
First engineering job at a medical device or diagnostics company
Graduates who did two or three co-op terms or internships during the degree start higher and get hired faster. Those who did none often struggle for months.
$150,000 and up
Senior design engineers, regulatory leads and engineering managers
The biggest jump is usually sideways: moving from design into regulatory affairs or clinical trials, where the company cannot sell anything without you.
Tuition, fees, exams and kit. Not rent, food or travel
The low end is two years at a community college on a transfer agreement, then two years at the state engineering school, plus the Fundamentals of Engineering exam at about $175. The high end is four years at a private or out of state engineering school at up to $65,000 a year for the same degree and the same career. The cheap route is not a lesser qualification, it is the same diploma from the same university. File the FAFSA (Free Application for Federal Student Aid) every year, because Pell Grants do not have to be paid back.
Two years at a community college on a transfer agreement, then two years at the state engineering school, is the cheapest honest route to the same degree.
Health insurance and retirement matching
Device companies compete hard on this.
Bonuses and stock
Common at large device and diagnostics companies.
Tuition help
Many employers pay for a part-time master's degree while you work.
Paid co-op terms during school
Engineering co-op placements typically pay $20 to $30 an hour and count as experience.
The exact path from high school to qualified.
A four year engineering degree, with internships doing the real hiring work.
High school
Grades 11 and 12
Calculus, physics, chemistry and biology. Any coding course you can get.
Bachelor's degree in biomedical engineering
4 years
Pick a program accredited by ABET (the Accreditation Board for Engineering and Technology). Some people instead take mechanical or electrical engineering with biology electives, which keeps more job doors open.
Internships or co-op terms
During the degree
Two or three paid terms at a device company or hospital. This is the step that decides whether you get hired.
Fundamentals of Engineering exam
1 day
Taken in your final year. Optional in this field, but it is the first step if you ever want a professional license.
First engineering job, or a master's degree
0 to 2 years
A master's degree is common for research, imaging and neural engineering roles, and many companies pay for it later.
Calculus
Engineering degrees start at calculus and never look back.
Physics
Mechanics and electricity underpin every device.
Biology and anatomy
What makes this branch different from other engineering.
Computer science
Most modern devices are mostly software.
Shop or robotics club
Making things with your hands shows up in design classes.
Most biomedical engineers never hold a license, because they work for companies under what is called the industrial exemption. If you do want the Professional Engineer license, the route is the same in every state: an accredited degree, the Fundamentals of Engineering exam, about four years working under a licensed engineer, then a Principles and Practice of Engineering exam in a related discipline, since there is no separate biomedical one. States license engineers individually, so the details differ from Texas to New York.
Things you don't need, but that help.
Regulatory affairs
Getting a device cleared by the Food and Drug Administration. Scarce skill, strong pay.
Quality engineering
Every device maker is legally required to have it, so the jobs never vanish.
Embedded software
Firmware for pumps, monitors and implants. Pays like a software job.
Clinical engineering in hospitals
Keeping imaging and life support equipment running. Less pay, very steady work.
Student chapter of the Biomedical Engineering Society
More than a hundred campuses have one, and it is the easiest way to meet people already working in devices.
A design competition project
A real built prototype beats a long list of coursework in an interview.
Statistics
Clinical evidence is a statistics argument.
Hospital volunteering
Seeing how equipment is actually used changes how you design it.
Biomedical engineering is a popular pre-medical degree, because it covers the biology and chemistry requirements while leaving you employable if you change your mind. It is also a hard degree to keep a high GPA in, and medical school admissions care about that number. Go in with your eyes open about the trade.
Day to day, pros and cons, where you'd work.
Design reviews, test rigs and paperwork. Morning might be modeling a part or debugging why a sensor drifts. Afternoon is bench testing a prototype to destruction and writing up exactly what you did, because every test in this industry has to be documented well enough for a regulator to follow. Some weeks you are in a hospital watching a surgeon use your device and taking notes on everything that annoys them.
The good
The hard parts
Things people don't tell you.
Earl Bakken, an electrical repairman in Minneapolis, built a battery powered wearable pacemaker in 1957 after a power cut killed a child on a plug-in unit. His company, Medtronic, turned Minnesota into the center of the American device industry.
The usual route to market in the United States is to show the Food and Drug Administration that a new device is substantially equivalent to one already sold. Only the highest risk devices, like implanted heart valves, go through the full approval process.
Infusion pumps, imaging scanners and continuous glucose monitors are mostly code with a case around them. Biomedical engineers who can write reliable embedded software are the ones companies fight over.
Last checked September 2026. Pay figures are typical full-time annual amounts in United States dollars, based on Bureau of Labor Statistics wage data and published pay scales. They vary by state, employer and experience. Tuition is for in-state students at public schools unless the card says otherwise.