Civil/Structural Design Engineer

Project: Power Uprate Project

Pay Rate: Not Defined / need Candidate’s requested rate

Duration: Initially 11 months (could be up to 2 years)

Schedule: 40 Hours per week

PD: $178.00/day (7 days per week)

Mob / Demob: $500.00 each way ($1,000 total)

Job Summary

• Performing structural engineering design and analysis for BWR and PWR systems/structures/components to resolve complex technical issues.

• Preparation and review of plant configuration change packages and design calculations in accordance with plant procedures.

• Performing walkdowns to verify as-built conditions and confirm modification scope. 

• Leading multi-discipline teams as the Lead Responsible Engineer for plant design changes.

• Monitoring the quality and performance of contractors performing design analysis

• Supporting plant emergent issues and generation challenges.

• Providing outage engineering support which may require shift work/off hours support. 

• Participation in the Emergency Response Organization, in which the successful candidate will be assigned a specific duty. 

• Performing other assigned duties as determined by the Civil/Structural Design Engineering Manager. 

Job Specific Qualifications

Required Skills:

• BS Degree in Civil or Structural Engineering. 

• 2 years of experience in the nuclear or relevant industry performing Structural/seismic design/analysis. 

• Ability to inspect structures, systems, and components in the industrial areas of nuclear power plant. 

• Availability for Shift Work during plant outages and generation challenges. 

• Knowledge of AISC & ACI design codes, NRC requirements for safety-related structures, and software analysis tools such as GT Strudl or equivalent. 

• Must meet Nuclear requirements for Unescorted Plant Access.

Desired Skills:

• Greater than three years of experience in Nuclear Power Plant Engineering.

• Experience in pipe stress and pipe support analysis, design, and software analysis tools such as ME-101 or equivalent. 

• Knowledge of ASME B31.1, ASME Section III, ASME Section IX, and NRC requirements for piping design.

• Professional engineering license