Lead Thermodynamic Performance Engineer
Core
Lead the analysis, prediction, and optimization of engine thermodynamic performance across the full operating envelope for jet engines.
Role type
Senior IC thermodynamic performance engineer (jet propulsion)
Builds
Jet engine performance models, maps, and validated data for commercial and military aircraft
Domain
Aerospace propulsion / Gas turbine thermodynamics
Deliverable
production ML models | product features
Required skills
thermodynamic analysis, cycle modeling (steady-state and transient), test-to-model correlation, uncertainty analysis, component map development, fleet performance trend analysis, optimization, mentoring
Preferred skills
NPSS, Python, gas turbine test support, engine qualification, project management
Technologies
NPSS, Python
Responsibilities
Develop and own cycle and performance models; Predict thrust/power, fuel flow, temperatures, and pressures; Plan and support engine performance testing; Correlate test data to models and update maps; Create and refine component maps and limits; Collaborate with controls engineers on schedules; Analyze fleet and in-service performance data; Lead performance trade studies and optimization; Support certification and customer programs; Provide technical leadership and mentoring; Work cross-functionally with design, aero, mechanical, systems, test, and services teams; Improve gas turbine thermodynamic and operability modeling techniques; Engage in research and development of technologies; Develop relationships with external customers and partners; Document technical data and results; Communicate significant technical issues, risks, or developments; Participate in organizational initiatives and technical/program reviews; Support technical program managers; Make decisions within a defined framework; Contribute independently to projects
Seniority
Senior, hands-on IC with leadership responsibilities