Building your major report…
Crunching salaries, job data, and the honest take.
Building your major report…
Crunching salaries, job data, and the honest take.
MyMajor Report
Harnessing nuclear reactions — designing reactors, power systems, medical isotopes, and the safety systems that keep them under control.
The money
Entry-level
$88,290
Median
$127,520
Experienced
$187,430
Source: BLS OEWS May 2024; Occupational Outlook Handbook 2024–34 (Nuclear Engineers) · verified 2026-05-31
The market
Projected growth
Annual openings (US)
800/yr
AI-proof? Reactor design and safety are intensely regulated and physical — AI can't sign off on nuclear systems. Demand hinges on energy policy, not automation.
The honest take
Day to day
Roles you can work
Hands-on vs. heads-down
Work setting
mixed
Remote-friendly
Low
What you'll learn
Core skills
Transferable to other careers
Your options
Pairs well with
Pivot into
Grad-school paths
The grind
Physics-heavy and unforgiving — you layer nuclear physics on top of thermo, transport, and intense safety requirements.
~50 hrs/week typical workload
Hardest courses you'll take
Tap a course to generate a practice exam for it.
Where it fits
United States
Largest reactor fleet, naval nuclear program, and national labs.
France
World leader in nuclear power generation.
Canada
CANDU reactor industry, concentrated in Ontario.
United Kingdom
Active new-build and decommissioning programs.
Top hubs
Visa-friendly: Low
Weaker markets: Countries phasing out nuclear power
The fine print
Burnout/dropout: Small cohorts; attrition tied to the physics workload.
Common regret: The field is small — some wish they'd done Mechanical/EE and specialized into nuclear on the job.
Sleeper upside: If the clean-energy nuclear revival (SMRs) accelerates, trained nuclear engineers are scarce and valuable.
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