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Duke Energy

Runs regulated power and gas utilities in the US

Engineer 3/Senior Engineer - Safety Analysis Applications, Nuclear

Mechanical EngineeringConfirmed live in the last 24 hours
Full-timeNo salary listedHybrid

About the Job

Requirements

  • A Bachelor of Science in Engineering from an ABET-accredited program is required; a master's degree in engineering may be considered in lieu of a bachelor's degree.
  • For the Nuclear Engineer III level, 4–6 years of engineering experience and at least 1 year of nuclear experience are required.
  • For the Senior Nuclear Engineer level, at least 6 years of engineering experience, or 5 years with state registration as a Professional Engineer, and at least 1 year of nuclear experience are required.
  • Candidates without 1 year of nuclear experience are subject to oversight and written approval authority of a designated qualified individual until fully qualified.
  • Ability to achieve nuclear site unescorted access/security clearance is required.
  • Candidates may be required to fulfill Emergency Response Organization duties, including callouts with a defined response time, on-call rotation, and fitness-for-duty requirements.
  • Strong analytical skills and attention to detail are required to research complex problems, evaluate alternatives, make recommendations, and defend design approaches.
  • Ability to work in a team-oriented environment with site and corporate organizations, along with continuous learning aptitude and technical curiosity, is required.
  • Candidates must live within a reasonable commute, no more than 50 miles one way, of their designated Duke Energy facility.
  • Ability to travel to other Duke Energy sites, industry sites, and industry conferences or meetings is required; travel is 5–15%.
  • Occasional off-hour emergent work is required.

Responsibilities

  • Perform complex transient thermal-hydraulic simulations and analyses for Duke Energy PWR reactors, including emergent plant support to allow continued operation.
  • Analyze containment temperature and pressure response to postulated pipe breaks using NRC-approved codes and plant models.
  • Prepare accurate calculation files, technical reports, and correspondence.
  • Develop, qualify, and maintain computer codes used in safety analysis.
  • Collaborate and interface with internal, industry, vendor, and regulatory personnel.
  • Participate in technical training activities.
  • Work with Regulatory Compliance to create or review Licensing Amendment Request packages.
  • Develop and help license improved safety-analysis methods that improve thermal margin or provide plant operational margins.
  • Plan work activities to produce high-quality deliverables that satisfy station and NRC requirements and meet reload licensing or project commitments.
  • Follow NRC-approved methodologies to perform reload and containment analyses.

Desired Qualifications

  • A Bachelor of Science degree in Nuclear Engineering from an ABET-accredited program.
  • Fundamentals of Engineering Certificate and/or Professional Engineer license.
  • Experience with safety-analysis codes such as RETRAN, RELAP, GOTHIC, or equivalents.
  • Experience with nuclear fuel and PWR safety analysis.
  • Familiarity with the basic systems of a Westinghouse or B&W NSSS reactor.
  • Experience developing and supporting License Amendment Requests and 50.59 Evaluations.
  • Unix and/or Linux workstation experience.
  • Computer programming experience in FORTRAN, Python, VBA, or similar languages.
  • Knowledge of thermal-hydraulic calculations, including heat transfer, flow modeling, single-failure analysis, and NPSH analysis.

About the Company

Duke Energy

Runs regulated power and gas utilities in the US

Duke Energy runs regulated electric utilities that generate, transmit and sell power to homes and businesses in North Carolina, South Carolina, Florida, Indiana, Ohio and Kentucky, and its natural gas utilities deliver gas in five states. Within those territories it holds exclusive rights to serve customers, so it builds and operates its own power plants, transmission lines and local grids, drawing on nuclear, natural gas, coal, hydroelectric and solar generation. Customers pay rates approved by state utility commissions, which let Duke earn a set return on what it builds. Duke Energy traces its roots to 1904, when tobacco industrialist James B. Duke backed a hydroelectric venture, and it is based in Charlotte, North Carolina.

Company size
10,001+
Company stage
IPO
Headquarters
Charlotte, NC
Founded
1904

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