Nuclear Thermal Hydraulics Engineer BWR Safety Modeling

AL7587 GE Power Sp. z o.o.; Warszawa; On-site; PLN 180,000 - 240,000; Full time

Job summary

GE Vernova Engineering Innovation Center (EIC) in Warsaw, Poland seeks an engineer to perform thermal-hydraulic safety analyses for BWR plants, including ongoing and planned projects worldwide. You will evaluate ECCS LOCA, containment response and hydrodynamic loads, collaborating with multiple engineering teams.

Required are a nuclear/chemical engineering degree and hands-on experience with thermal-hydraulic modeling and T/H codes; familiarity with NRC regulations and QA standards is essential.

Qualifications

• Bachelor’s Degree in nuclear, chemical or similar engineering.
• Experience with thermal hydraulic modeling for reactor systems.
• Knowledge of 10 CFR 50.46 regulations.
• Experience with T/H codes such as TRACG, TRACE, RELAP, RETRAN.
• Programming experience in C#, FORTRAN, Python.

Responsibilities

• Perform thermal hydraulic safety analyses for BWR plants, including operating and planned worldwide.
• Evaluate Emergency Core Cooling System loss of coolant accidents and containment response.
• Ensure compliance with NRC policies and QA standards.
• Collaborate with mechanical design, core design, licensing and systems teams.
• Participate in process improvement and automation initiatives.

Skills

Thermal-hydraulic modeling

Nuclear reactor systems

Programming

Regulatory knowledge

Education

Bachelor’s degree in Nuclear or Chemical Engineering

MS in Engineering (Edison program)

Tools

TRACG

TRACE

RELAP

RETRAN

C#

FORTRAN

PYTHON

Job description

GE Vernova Engineering Innovation Center (EIC) in Warsaw, Poland seeks an engineer to perform thermal-hydraulic safety analyses for BWR plants, including ongoing and planned projects worldwide. You will evaluate ECCS LOCA, containment response and hydrodynamic loads, collaborating with multiple engineering teams.

Required are a nuclear/chemical engineering degree and hands-on experience with thermal-hydraulic modeling and T/H codes; familiarity with NRC regulations and QA standards is essential.