Job Description

• Computational analysis of component-level and plant-wide thermal hydraulic transients to support safety analysis
• Develop and apply thermal-hydraulic analysis methods from steady state one dimensional network hydraulic analysis to transient, three-dimensional, component-level calculations
• Work with external vendors to integrate transient analysis approaches into a reactor simulator

• M.S. Degree in Mechanical, Nuclear, or Chemical engineering (or equivalent) with application to Nuclear Systems
• 3-7 years' experience in Nuclear Systems Thermal-Hydraulic analysis and transients to support safety calculations
• 3-7 years' experience with a nuclear systems code (e.g. RELAP, SASSYS, GOTHIC, SAM, PRONGHORN, MELCORE)
• Knowledgeable of nuclear systems fundamentals such as thermal hydraulics, neutronics, dynamics, and general reactor transient behavior
• Demonstrated ability to participate on a multi-disciplinary team of engineers
• Actual position starting level and title will be determined based on assessment of qualifications.

• Experience with other reactor designs, especially fast spectrum systems, can be considered when differentiating candidates
• Molten Salt Reactor analysis is a big plus
• Familiarity with nuclear design, regulatory requirements, and risk-informed performance-based technology guidance for Non-Light Water Reactors is a plus (Licensing Modernization Project process described in NEI-18-04).

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