Updated for 2026

Nuclear Engineer
Resume Example

A proven, ATS-optimized resume structure for nuclear engineers in reactor operations, safety analysis, and power generation. Copy it, adapt it, land more interviews.

ATS Score
88
Excellent
Keywords · Metrics · Format
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Elena Marchetti

Wilmington, NC  |  [email protected]  |  (555) 294-8103  |  linkedin.com/in/elenamarchetti
Summary

Nuclear engineer with 9 years of experience in reactor safety analysis, core design, and regulatory compliance for PWR and BWR units. Led thermal-hydraulic analyses for 2 plant license renewal applications, contributing to NRC approval with zero supplemental information requests. Specializes in probabilistic risk assessment, RELAP5 modeling, and cross-functional coordination between engineering, operations, and licensing teams.

Skills
Reactor Engineering: Core Design, Neutronics, Thermal-Hydraulics, Fuel Management, Criticality Safety
Safety & Analysis: Probabilistic Risk Assessment (PRA), Deterministic Safety Analysis, FSAR, 10 CFR 50
Software & Tools: RELAP5, MCNP, SCALE, SIMULATE, MATLAB, Python, ANSYS
Regulatory: NRC Licensing, ASME Codes, ALARA, Radiation Protection, Quality Assurance (10 CFR 50 Appendix B)
Experience
Senior Nuclear Engineer – Duke Energy, Wilmington, NC
  • Led thermal-hydraulic safety analyses for a 1,150 MW PWR unit using RELAP5, supporting a 20-year license renewal approved by NRC with zero supplemental information requests
  • Developed and maintained PRA models for 2 reactor units, identifying 6 risk-significant scenarios that led to $2.8M in targeted plant modifications reducing core damage frequency by 14%
  • Coordinated fuel cycle planning for 3 consecutive refueling outages, optimizing core loading patterns to extend cycle length by 18 days while maintaining thermal margins within FSAR limits
  • Mentored a team of 4 junior engineers on neutronics calculations and MCNP modeling, reducing analysis turnaround time by 25% across 12 safety evaluation deliverables
Nuclear Engineer – Exelon Generation, Kennett Square, PA
  • Performed deterministic safety analyses for a dual-unit BWR station producing 2,300 MW, supporting 15 license amendment requests with a 100% first-pass NRC acceptance rate
  • Conducted criticality safety evaluations for spent fuel pool re-racking, increasing storage capacity by 340 assemblies while maintaining k-effective below 0.95 per 10 CFR 50.68
  • Reduced radiation exposure for outage workers by 22% through ALARA planning improvements, implementing shielding optimizations across 8 high-dose-rate work areas
  • Automated 6 routine surveillance calculations using Python, cutting monthly reporting effort from 40 hours to 12 hours for the reactor engineering group
Education & Certifications
M.S. Nuclear Engineering – University of Michigan
B.S. Nuclear Engineering – Penn State University
PE License, State of North Carolina  |  ANS Member
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Why This Resume Works

This resume scores well with ATS systems and hiring managers because it follows three principles:

1
Quantified safety and operational impact in every bullet

MW capacity, NRC approval rates, risk reduction percentages, dose savings. No vague responsibility statements.

2
Industry-specific regulatory keywords

RELAP5, PRA, MCNP, 10 CFR 50, ALARA, FSAR. ATS filters depend on these exact terms in nuclear hiring.

3
Clean, single-column format

Standard section headings that ATS parsers expect. No tables, columns, or graphics.

How the ATS Score Is Calculated

ATS systems evaluate nuclear engineer resumes across three dimensions:

40%
Keywords

Simulation codes, regulatory frameworks, reactor types, safety methodologies, and software tools matching the job description.

25%
Safety & Performance Metrics

NRC acceptance rates, dose reductions, core damage frequency improvements, MW capacity, and cost figures.

35%
Structure & Formatting

Proper section headings, consistent formatting, parseable layout, and appropriate resume length.

Section-by-Section Breakdown

Summary

Keep it to 2-3 sentences. Lead with years of experience and the reactor types you work on (PWR, BWR, SMR). Include your biggest regulatory or safety achievement and the technical disciplines you specialize in. Mention NRC interactions if applicable, since that signals senior-level capability.

Skills

Group skills by category (Reactor Engineering, Safety, Software, Regulatory). Nuclear roles are highly specialized, so name the exact codes and standards you work with. RELAP5, MCNP, SCALE, and SIMULATE are commonly searched terms.

Tip: Always spell out acronyms at least once. Write "Probabilistic Risk Assessment (PRA)" rather than just "PRA" so the ATS catches both forms.

Experience

Use this formula for every bullet point:

[Action verb] + [what you did] + [scale/context] + [measurable result]

Start bullets with strong verbs: Led, Performed, Developed, Conducted, Coordinated, Automated. Avoid "Responsible for" or "Involved in," which dilute your technical contributions.

3-5 bullets per role. Lead with safety outcomes and regulatory achievements.

Education & Certifications

For engineers with 3+ years of experience, keep education brief: degree, school, year. A PE license is a strong differentiator in nuclear engineering. ANS membership signals professional engagement. If you hold an NRC SRO license or have completed specific NRC training programs, list those prominently.

Key Skills for Nuclear Engineer Resumes

Based on analysis of thousands of nuclear engineering job postings, these are the most frequently required skills:

Reactor Safety Analysis Probabilistic Risk Assessment RELAP5 MCNP Thermal-Hydraulics NRC Licensing Core Design ALARA Criticality Safety Radiation Protection

Common Mistakes on Nuclear Engineer Resumes

  • No regulatory outcome metrics - "Supported NRC licensing activities" tells hiring managers nothing. "Led thermal-hydraulic analyses for license renewal approved with zero supplemental information requests" shows you deliver results regulators accept.
  • Missing simulation code names - recruiters search for RELAP5, MCNP, SCALE, and SIMULATE by name. If you use these tools daily, they must appear in your skills section and experience bullets.
  • Omitting plant capacity or reactor type - "Worked at a nuclear power plant" lacks context. Always specify reactor type (PWR, BWR) and MW capacity so reviewers understand the scale of your experience.
  • No safety or dose reduction data - nuclear engineering is fundamentally about safety. If your work reduced core damage frequency, lowered worker dose, or improved ALARA metrics, quantify it.

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