Product Performance Local Specialist

About the role

Perform propulsion cycle analysis and whole engine performance predictions using computer simulations to satisfy system requirements, with expertise in both steady-state and transient performance.
Develop and maintain thermodynamic cycle models using Numerical Propulsion System Simulation (NPSS).
Train and mentor others in thermodynamics, test analysis, and engine performance modeling.
Demonstrate expert understanding of system-level issues related to propulsion system design, performance, operability, and engine operation.
Lead propulsion systems performance testing, publish technical reports, and deliver technical presentations of engineering analysis and results.
Apply process and technical knowledge to ensure engineering solutions meet customer requirements and comply with engineering processes.
Influence internal and external stakeholders to develop effective solutions.
Define and implement best practices in performance across the organization.
Contribute to engine certification processes, including defining plans to fulfill requirements for engine performance.

Responsibilities

• Develop and maintain thermodynamic cycle models using Numerical Propulsion System Simulation (NPSS).
• Train and mentor others in thermodynamics, test analysis, and engine performance modeling.
• Lead propulsion systems performance testing, publish technical reports, and deliver technical presentations of engineering analysis and results.
• Apply process and technical knowledge to ensure engineering solutions meet customer requirements and comply with engineering processes.
• Influence internal and external stakeholders to develop effective solutions.
• Define and implement best practices in performance across the organization.
• Contribute to engine certification processes, including defining plans to fulfill requirements for engine performance.
• Maintain knowledge of industry practices and standards.
• Solve complex and unique performance challenges to drive product improvement.

Requirements

• Bachelor's degree in Engineering, Physics or Mathematics with 5+ years experience in thermodynamics, gas dynamics, fluid mechanics and/or engine design.
• A Master's degree in Engineering, Physics or Mathematics with 3+ years experience in thermodynamics, gas dynamics, fluid mechanics and/or engine design.
• A PhD in Engineering, Physics or Mathematics.
• Eligible to obtain and maintain security clearance (requires USA citizenship).

Preferred Requirements

• Expertise in computer programming language such as NPSS, Python, Fortran, C++, MATLAB, etc.
• Demonstrated technical leadership to delivery in complex project with ambiguity.
• Demonstrated expertise in gas turbine engine steady-state performance, transient performance, engine operability, or data systems for performance.
• Industry Leading Expertise in the performance-related support of the design and/or development of gas turbines.
• Experience in simulation/modeling of gas turbine cycles, hybrid electric systems, cycle analysis, engine operability, sizing, and/or preliminary design analysis.
• NPSS Expertise in multiple thermodynamic cycle models.
• Experience with transient performance, including stability margin accounting and operability test planning and analysis for multiple engine programs.
• Authoritative knowledge in robust design techniques and visualization including statistical software such as JMP and Python.
• Committed to lifelong learning for self and the team.

Benefits

• Excellent development opportunities.
• A competitive salary.
• Exceptional benefits including bonus, employee support assistance, and employee discounts.
• Hybrid working is a way in which our people can balance their time between the office, home, or another remote location.
• Global Grade/Level: Level C.
• Closing Date: 07/24/2026.

Pay Range

$114,400 - $185,900-Annually.