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Nuclear engineering programs span an unusual cost spectrum, from University of Florida's remarkable $6,351 net price to schools reaching beyond $23,000 annually. This 260% cost difference reflects the field's concentration at major research universities, where reactor facilities and specialized laboratories drive program expenses. Florida's affordability stands out particularly given the state's growing nuclear workforce needs, with Turkey Point and Crystal River facilities creating steady demand for graduates. Georgia Tech follows at $13,289 despite its Atlanta location, while private options remain limited in this specialized field. Most programs cluster at public universities where federal research partnerships help subsidize the expensive infrastructure nuclear engineering requires. Tennessee graduates command the highest starting salaries at $75,204, reflecting the state's Oak Ridge National Laboratory connections and the broader Southeast nuclear corridor. The field's technical demands mean completion rates vary significantly, from Wilberforce's 16% to UC Berkeley's 93%, highlighting how program rigor intersects with institutional support systems.
21
Programs
$6,351 – $33,139
Net Price Range
$59,216
Avg. Program Earnings
72.1%
Avg. Graduation Rate

21 Nuclear Engineering Programs

Program rankings
# School Net Price In-State Tuition Graduation Rate Acceptance Rate
1 $6,351 $6,381 91.5% 23.4%
2 $7,349 $14,776 16.0% 45.1%
3 $13,289 $11,764 92.3% 17.1%
4 $13,773 $14,278 63.6% 81.5%
5 $13,945 $9,992 83.1% 52.7%
6 $14,832 $17,228 93.2% 17.7%
7 $14,979 $14,850 92.9% 11.3%
8 $15,201 $16,004 84.9% 44.8%
9 $16,928 $11,205 89.3% 49.1%
10 $16,931 $8,895 84.6% 47.2%
11 $17,324 $8,356 38.3%
12 $17,478 $8,115 52.5% 96.1%
13 $17,722 $12,594 51.2% 79.0%
14 $18,109 $13,484 73.5% 68.4%
15 $18,268 $11,060 29.4% 83.9%
16 $19,568 $13,494 70.6% 82.5%
17 $19,813 $60,156 96.1% 4.0%
18 $20,470 $10,782 73.4% 67.7%
19 $20,924 $13,099 83.8% 62.7%
20 $23,156 $13,570 71.5% 86.2%
21 $33,139 $61,884 83.2% 64.5%

Frequently Asked Questions

What explains the massive cost gap between the cheapest and most expensive nuclear engineering programs?

University of Florida's $6,351 net price compared to programs exceeding $20,000 reflects both state funding models and research infrastructure costs. Public universities with established nuclear facilities can spread fixed costs across larger student populations. Florida's in-state tuition advantage becomes even more pronounced when considering the state's nuclear industry presence, making the investment particularly strategic for residents.

How do graduation rates correlate with program costs in nuclear engineering?

Higher-cost programs generally show stronger completion rates, with schools like Georgia Tech achieving 92.3% graduation rates at $13,289 net cost. However, University of Florida breaks this pattern, delivering 91.5% graduation rates at just $6,351. The most concerning outlier is Wilberforce University, where only 16% of students complete their degrees despite moderate costs.

Where do nuclear engineering graduates earn the highest starting salaries?

Tennessee graduates lead at $75,204 annually, likely reflecting Oak Ridge National Laboratory's influence and the Southeast's nuclear industry concentration. Georgia Tech follows at $69,338, while Illinois graduates earn $69,535. These figures significantly exceed the national average for engineering fields, demonstrating nuclear engineering's specialized value in the job market.

Is nuclear engineering more affordable at public universities than other engineering disciplines?

Public universities dominate affordable nuclear engineering options, with 14 of the 15 cheapest programs being publicly funded institutions. This concentration reflects the field's research intensity and federal funding connections that private institutions struggle to match. Average net prices of $15,000-$17,000 at major public research universities remain competitive given the specialized facilities these programs require.

Does acceptance rate indicate program selectivity in nuclear engineering?

Acceptance rates vary dramatically, from UC Berkeley's 11.33% to New Mexico's 96.07%, reflecting both institutional selectivity and program availability. Georgia Tech accepts just 17.13% of applicants while maintaining top-tier outcomes, while Missouri S&T's 81.49% acceptance rate suggests more accessible entry points. These differences often correlate with state nuclear industry needs and university research priorities.

Net price reflects the average cost after grants and scholarships for first-time, full-time students. See our methodology for details.