Biomedical Engineer
You design and improve medical devices, equipment, or software used in healthcare — things like prosthetics, imaging machines, or surgical tools. Most of the job is engineering and testing, not patient contact.
What Tuesday looks like
You get to your desk by 8:30, coffee in hand, and open up CAD software to keep working on a housing design for a new infusion pump. A clinical engineer messages you that a prototype failed a drop test yesterday — the plastic clip cracked. You spend an hour digging through test data and material specs. At 10:30 there's a meeting with the regulatory team about FDA documentation, which is mostly them asking for things you haven't written yet. After lunch you head down to the lab to watch a technician run a sterilization cycle test on a different prototype. Half of it is waiting. You jot notes, troubleshoot a sensor that keeps disconnecting, and email the supplier about a delayed part. Around 4, you finally get back to the CAD model. You leave at 5:45, knowing tomorrow's review meeting still needs slides you haven't started.
Career profile
Career shape
Tap or hover each point to explore a dimension
In the landscape
Tap or hover any dot to identify a career
Salary range
$76K
Entry
$101K
Median
$130K
Senior
$61K floor
$161K ceiling
10-yr growth
+7%
7/10 exposure
Reward profile
3 quick questions to see how this career fits the way you work.
What school costs — and when it pays off
Bachelor's degree · Four years at a public university. Costs here use the cheaper in-state rate.
The chart shows your annual salary over time alongside the annual loan repayment. The shaded band at the bottom is what goes to the loan each year — when it disappears, your full salary is yours.
Takes about 10 working years to earn back the school investment — but you do come out ahead.
Entry-level salary
$76K
25th percentile — what most people start at
Experienced salary
$130K
75th percentile — after ~10 years in the field
School & training cost
$80K
+ $29K interest over 10 yrs
Loan paid off
Year 14
$910/mo for 10 years
First year of work
After loan's paid (yr 14)
Salary range reflects 25th–75th percentile nationally, growing from entry-level to experienced over 10 working years. School costs are national averages — yours will vary. Loan assumes you borrow the full amount at 6.54% interest, repaid over 10 years. Monthly figures are pre-tax.
The first years
Year 1–2: Junior Engineer
You're hired onto a team working on one product line — maybe a catheter, a monitor, or a software module. Most of your work is small: updating CAD files someone else started, running tests other engineers designed, and writing test reports nobody wants to write. Starting pay is around $70–80K, and a lot of your time goes to learning the company's quality system and FDA paperwork, which is way more tedious than school made it sound.
Year 3–4: Engineer II
You now own a piece of a product — a subsystem, a specific test protocol, or a supplier relationship. You're in the lab less and in meetings more: design reviews, risk analysis sessions, calls with manufacturing. Pay climbs to around $90–105K. You start noticing how slow medical device work actually is — a project you joined in Year 1 might still not be on the market, and you've watched at least one product get killed by regulatory or budget cuts.
Decision point
Around here you have to pick a lane. Do you go deeper technically (become the expert on materials, electronics, or software validation), move toward regulatory/quality (less hands-on engineering, more documentation and FDA strategy), or aim for project management (running timelines and people instead of designing things)? Each path pays similarly at first but leads to very different jobs by Year 10. Staying a generalist usually means staying mid-level.
Year 5–6: Senior Engineer or Specialist
Depending on the lane you picked, you're now the person other engineers come to with questions, or you're running submissions to the FDA, or you're managing a small project. Pay is in the $110–130K range. The work is less about learning new skills and more about judgment — knowing when a design is 'good enough' to ship, when to push back on a deadline, when a test result is actually a problem. You're also doing more writing and presenting than you expected.
Year 7: Staff Engineer or Team Lead
You either lead a small team (3–6 engineers) or you're a senior individual contributor trusted with the hardest technical problems. Salary is around $130–150K depending on company and location. You spend a lot of time unblocking other people, reviewing their work, and translating between engineering, clinical, and business teams. The hands-on CAD and lab work you liked at the start is mostly gone unless you actively protect time for it.