Bioengineers and Biomedical Engineers
Architecture and Engineering
Designs and tests medical equipment, prostheses, diagnostic instruments, and related software, drawing on engineering, biology, and chemistry. Much of the work is research and evaluation: checking whether devices are safe and effective, running experiments with life scientists and medical scientists, and writing reports for journals, regulators, or patent filings. Computer models, databases of results, and current scientific literature are part of the routine. It suits people who like careful technical design, reading scientific material, and working through problems that involve both machines and living systems.
Typical education: Bachelor’s Degree (4-year)
Annual Median Wage in Field (2025)
$109'370
Median Wage Market Position
$109'370
What you might do
- Design diagnostic instruments and clinical devices
- Evaluate biomedical equipment for safety and performance
- Research engineering aspects of living systems
- Adapt computers and software for medical work
- Write reports for journals or regulators
- Build statistical models of experiment results
Skills that matter
- Reading scientific and trade literature
- Evaluating medical devices for safety
- Designing clinical instruments and procedures
- Writing reports for patents and regulators
- Discussing research with life scientists
- Building statistical models of test results
AI & the future of this role
Device design and analysis software may handle more drafting and simulation, while clinical risk, regulation, and patient safety keep human judgment in the loop. Prototype testing and liability for medical products tend to protect core roles.
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Includes O*NET® 30.3 Database information by USDOL/ETA under CC BY 4.0; modified by LostInCareer. Wage/outlook from BLS. Attribution details