Rank #22 of 80
Biomedical Engineering
Programs applying engineering principles to biology and medicine for healthcare technology development.
CIP 14.05012 career paths
62
61.5/100
Low RiskScore Breakdown
Automation Resistance
30% weight95.8
How resistant the typical career paths are to automation by AI and robotics, based on O*NET task analysis.
Job Growth Outlook
25% weight43.8
Projected employment growth from the Bureau of Labor Statistics 10-year occupational outlook.
Earnings Potential
20% weight56.7
Median salary potential relative to the national median, indicating economic stability.
Degree Flexibility
15% weight13.3
Number of distinct career paths available to graduates, providing economic optionality.
AI Adaptability
10% weight85.0
Ability to leverage AI as a productivity tool rather than being displaced by it.
Career Paths & Occupation Analysis
These are the primary occupations linked to a Biomedical Engineering degree via the NCES CIP-SOC crosswalk, with O*NET and BLS data for each.
| Occupation | Automation Risk | Job Growth | Median Salary | AI Exposure |
|---|---|---|---|---|
Biomedical Engineers SOC 17-2031 | 4.0% | +5% | $100,530 | Low |
Medical Scientists SOC 19-1042 | 4.5% | +10% | $100,890 | Low |