PlotFuture PlotFuture
PlotFuture / Majors / 15.15

What can you do with a
Engineering-Related Fields degree?

Engineering-Related Fields is modest-paying, AI barely touches it, and you would have escape routes.

Is this major worth the money?

Real graduate earnings vs. the debt you'd carry — and how long it takes to pay off.
3.6 yrs
to pay back the degree
+$31k
earnings premium vs no degree
Median earnings
$76,442
Typical debt
$24,570
4-yr net cost
$68,336
Monthly loan payment
$280/mo
If you earn:

Where this major actually leads

10 careers it opens — bar color = AI risk, tag = how hard the path is.
Architectural and Engineering Managersstretch
AI risk 3 → 47 future · +3.8% demand
$171,092
Industrial Production Managersstretch
AI risk 1 → 48 future · +1.9% demand
$133,962
Information Technology Project Managerscommon
AI risk 50 → 60 future · +0% demand
$108,570
Industrial Engineersleap
AI risk 4 → 53 future · +11.0% demand
$105,000
Energy Engineers, Except Wind and Solarleap
AI risk 7 → 55 future · +2.1% demand
$104,250
Engineering Teachers, Postsecondaryleap
AI risk 36 → 50 future · +8.1% demand
$96,000
Commercial and Industrial Designersleap
AI risk 4 → 47 future · +3.2% demand
$91,780
Information Technology Project Managersleap
AI risk 50 → 60 future · +0% demand
$70,000
Non-Destructive Testing Specialistsleap
AI risk 0 → 29 future · +1.5% demand
$67,000
Industrial Engineering Technologists and Techniciansleap
AI risk 0 → 44 future · +1.7% demand
$61,714
● green = AI-safe · red = AI-exposed · click any career for the full breakdown
How this is built. We take every career this major leads to (CIP→SOC official crosswalk), then join each one's real salary (BLS/DOL), AI exposure (O*NET + model), demand growth, and skill-based escape routes. ROI from College Scorecard. Every figure here is joined from official sources, not estimated.