About The Position

The NPSS Propulsion Performance Systems Engineer builds, calibrates, and troubleshoots NPSS engine models for performance and operability analyses. The role uses steady-state and transient thermodynamic studies to inform engine architecture, control schedules, and operating margins, and applies model-based systems engineering (MBSE) practices to capture requirements and maintain traceability from system objectives to component-level verifications. The engineer collaborates across disciplines and advises stakeholders on performance trade-offs that guide engine development from early concept through qualification, supporting commercial and military propulsion programs.

Requirements

  • At least 4 years analyzing gas turbine performance and operability.
  • Hands-on NPSS expertise building, refining, and troubleshooting models.
  • Depth in thermodynamic cycle analysis, including steady-state and/or transient analysis.
  • Experience with MBSE and requirements decomposition.
  • Demonstrated success collaborating with multidisciplinary engineering teams.

Responsibilities

  • Build, calibrate, and debug NPSS engine models for performance and operability analyses.
  • Conduct steady-state and transient thermodynamic studies to inform architecture, control schedules, and margins.
  • Use MBSE practices to capture requirements and drive traceability from system objectives to component-level verifications.
  • Collaborate with controls, aerodynamics, mechanical, and other engineering teams to integrate results and guide engine development decisions.
  • Brief stakeholders on performance trade-offs affecting design decisions throughout the lifecycle, from concept through qualification.

Benefits

  • Medical, dental, vision, and life insurance.
  • Short-term disability coverage.
  • Additional voluntary benefits.
  • Employee assistance program (EAP).
  • Commuter benefits.
  • 401(k) plan.
  • Potential eligibility for paid sick leave or other legally required paid leave, and holiday pay where applicable.
  • Hybrid work flexibility.
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