Credentials that matter
Skills and tools
- Thermal Hydraulics
- CFD
- ANSYS
- Nuclear Safety
- Heat Transfer
Required qualifications
BS degree in Chemical Engineering, Nuclear Engineering, or Mechanical Engineering (or recognized equivalent) with minimum 3.0 GPA; Experience in thermal hydraulics and applied fluid transport; Strong verbal, written, and interpersonal communication skills; Ability to coordinate and prioritize multiple projects and tasks
About this role
Advanced Analysis & Integration Engineer supporting Westinghouse's advanced reactor designs. You'll perform thermal hydraulic modeling, safety analysis, and CFD work on next-generation nuclear systems, reporting to the Safety Analysis Manager at Cranberry Township headquarters.
Responsibilities
- Provide technical support for safety analysis of advanced reactor designs in compliance with regulatory requirements
- Perform modeling and analysis of thermal hydraulic systems using CFD and standard/non-standard thermal hydraulic codes
- Develop technical documentation and presentations for calculations and analyses
- Collaborate cross-functionally with system design, component design, testing, manufacturing, and materials teams to solve technical challenges
- Coordinate with technical leads and project managers on assigned work scope and project activities
Preferred qualifications
Experience with heat and mass transfer and numerical thermal analysis; Modeling or simulation experience with thermal hydraulic codes, particularly ANSYS CFD (FLUENT)
Location, schedule, and travel
Cranberry Township, Pennsylvania; Hybrid (2 days onsite per week); no relocation assistance
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