Nuclear Engineering Technology
Students study radiation safety, reactor operations, nuclear instrumentation, and the technical procedures required to safely operate and maintain nuclear facilities. Graduates typically pursue careers as nuclear technicians at power plants, radiation protection specialists, and quality assurance technicians at nuclear facilities and national laboratories. Nuclear technicians earn premium wages due to the specialized safety knowledge and security clearances required.
What Nuclear Engineering Technology graduates do
Your career will likely begin on the front lines of nuclear power generation or research. As a nuclear technician, your day involves monitoring reactor controls, running safety tests on critical equipment, and handling radioactive materials according to strict federal guidelines. You could also apply your skills more broadly as a general engineering technologist, helping design and test new components, calibrating sensitive instruments, or analyzing data in a lab setting.
While the specialized nuclear technician role faces headwinds as some plants are decommissioned, opportunities for general technologists show slow growth. Career progression typically moves from executing procedures under supervision to leading safety audits, training junior technicians, or specializing in complex areas like reactor control systems. A key advantage of this field is its resilience to automation. AI has a limited impact on the core, hands-on work of operating physical machinery and ensuring site safety. This makes your physical presence and expertise a durable asset.
If Nuclear Engineering Technology isn't the right fit, programs like Architectural Engineering Technology, Mining & Petroleum Technology, and Engineering Technology draw from adjacent disciplines.
Where Nuclear Engineering Technology graduates work
Common career paths for Nuclear Engineering Technology graduates, with median salaries, projected growth, and AI exposure per role. Roughly 6,400 combined openings per year across these roles.
| Role | Median Pay | Annual Openings | 10-yr Growth | AI Exposure |
|---|---|---|---|---|
|
Nuclear technicians
|
$104,240
$83K–$114K
|
700 | -7.7% | Low · 23% |
|
Engineering technologists and technicians, except drafters, all other
|
$77,390
$60K–$98K
|
5,700 | +1.5% | Low · 24% |
Best schools for Nuclear Engineering Technology
Schools ranked by DegreeOutlook Score (earnings × AI resilience × ROI × job-market size). Top 1 of 1.
Highest Earnings Top 5
| Excelsior University
NY |
$101,386 |
Related majors
Similar fields of study often offered alongside Nuclear Engineering Technology.
Consider the trade route
Not sure a 4-year degree is the right path? Trade programs in Nuclear Engineering Technology offer shorter timelines, lower debt, and strong AI resilience for hands-on careers.
Compare Nuclear Engineering Technology trade programs on TradeSchoolOutlook →Frequently asked about Nuclear Engineering Technology
What do Nuclear Engineering Technology graduates make in their first year?
The median first-year salary across 1 Nuclear Engineering Technology programs is $101,386. School selection matters — the gap between the lowest ($101,386) and highest ($101,386) earning programs is significant.
Will AI affect Nuclear Engineering Technology careers?
Our analysis classifies Nuclear Engineering Technology as "Moderate" for AI risk — approximately 32% of typical job tasks overlap with current AI capabilities. That puts some of the daily work in the automation-sensitive category.
Where should I study Nuclear Engineering Technology?
Excelsior University leads all 1 programs with a DegreeOutlook Score of 47/100. Graduates earn $101,386/yr — the ranking weighs earnings, ROI, AI resilience, and job market size equally.
What's the ROI on a Nuclear Engineering Technology degree?
ROI depends heavily on the school. Compare programs above to find the best value.