A senior engineer responsible for designing and optimizing turbomachinery components, such as flowpaths and airfoils, for a supercritical CO₂ power cycle, utilizing CFD modeling, aerodynamic analysis, and experimental validation to improve efficiency and operability.
Key Responsibilities
Define operating characteristics of turbomachinery components
Design high-performance flowpaths, airfoils, and inlet/outlet geometries for supercritical CO₂ power cycle
Perform CFD modeling and aerodynamic optimization
Conduct experimental validation to improve turbomachinery efficiency and operability
Analyze cycle performance and turbomachinery aerodynamics
Requirements
Experience in defining operating characteristics and designing high-performance flowpaths, airfoils, and inlet outlet geometries for turbomachinery, specifically for a supercritical CO₂-based power cycle.
Proficiency in CFD modeling, aerodynamic optimization, and experimental validation to enhance turbomachinery efficiency and operability.
Expertise in compressible flow, turbomachinery aerodynamics, and cycle performance analysis.
Experience in both simulation and testing environments related to turbomachinery aerodynamics.
Benefits & Perks
Compensation/salary range (not specified in the posting)
Work schedule (not specified in the posting)
Work environment perks (not specified in the posting)
Equal opportunity employer
Ready to Apply?
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