CT19
Overview
Computational Fluid Dynamics Engineer – Advanced Reactors Are you an experienced CFD professional with a strong background in thermal-hydraulics and reactor safety analysis? This is an opportunity to join a cutting-edge energy organization working at the forefront of advanced nuclear technology. Responsibilities
We’re looking for a Computational Fluid Dynamics Engineer to collaborate with our expert engineering team, utilizing your experience with tools such as OpenFOAM, STAR-CCM+, and ANSYS to support the design and licensing of our advanced reactor. In this role, you’ll develop and validate high-fidelity models of complex fluid flow and heat transfer systems, and provide critical analysis that informs safety cases, design optimization, and regulatory interactions. You’ll play a key role in ensuring that our simulations meet the highest standards of accuracy and reliability, contributing directly to the timely development of licensing documentation and supporting the NRC approval process for advanced non-light water reactors. If you thrive in high-integrity environments and enjoy applying advanced computational methods to solve complex engineering problems, this could be a great fit. Apply now to help shape the future of advanced nuclear power. Qualifications
Seniority level: Mid-Senior level Employment type: Full-time Industry: Electric Power Generation Experience with CFD tools: OpenFOAM, STAR-CCM+, ANSYS Experience developing and validating high-fidelity CFD models for thermal-hydraulics and reactor safety analysis Experience supporting licensing documentation and regulatory interactions (NRC) Location: Illinois, United States
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Computational Fluid Dynamics Engineer – Advanced Reactors Are you an experienced CFD professional with a strong background in thermal-hydraulics and reactor safety analysis? This is an opportunity to join a cutting-edge energy organization working at the forefront of advanced nuclear technology. Responsibilities
We’re looking for a Computational Fluid Dynamics Engineer to collaborate with our expert engineering team, utilizing your experience with tools such as OpenFOAM, STAR-CCM+, and ANSYS to support the design and licensing of our advanced reactor. In this role, you’ll develop and validate high-fidelity models of complex fluid flow and heat transfer systems, and provide critical analysis that informs safety cases, design optimization, and regulatory interactions. You’ll play a key role in ensuring that our simulations meet the highest standards of accuracy and reliability, contributing directly to the timely development of licensing documentation and supporting the NRC approval process for advanced non-light water reactors. If you thrive in high-integrity environments and enjoy applying advanced computational methods to solve complex engineering problems, this could be a great fit. Apply now to help shape the future of advanced nuclear power. Qualifications
Seniority level: Mid-Senior level Employment type: Full-time Industry: Electric Power Generation Experience with CFD tools: OpenFOAM, STAR-CCM+, ANSYS Experience developing and validating high-fidelity CFD models for thermal-hydraulics and reactor safety analysis Experience supporting licensing documentation and regulatory interactions (NRC) Location: Illinois, United States
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