Senior Turbofan Performance Architect

AL TARIQ; Abu Dhabi; On-site; AED 600,000 - 900,000; Full time

Benefits offered by this job

Tax-free salaries

Family visa

Annual flight tickets

Medical insurance

Job summary

EDGE in Abu Dhabi seeks a Turbofan Performance Engineer to perform thermodynamic cycle analysis supporting turbofan architecture design, optimization and validation across concept to certification and in-service support.

You will develop engine cycle models, define operating envelopes and performance targets, interface with the aircraft performance team, and help optimize SFC, thrust and efficiency while ensuring system integration and test readiness.

Qualifications

• Master’s degree or PhD in Aerospace engineering, Turbomachinery, Fluid Dynamics (turbulence, multiphase flows, boundary layer behavior)
• Experience in turbofan architecture, compressor and turbine matching, engine operability, SFC analysis
• Fluent in English
• 8+ years

Responsibilities

• Develop and maintain engine thermodynamic cycle models
• Define engine deck and engine operating envelopes and performance targets
• Interface with aircraft performance team
• Optimize SFC, thrust, thermal efficiency, engine operability, mission performance
• Advise on architecture design
• Support system integration and ensure overall engine performance consistency
• Support test activities and instrumentation plan; participate to engine test analysis

Skills

Aerospace engineering

Turbomachinery

Thermodynamics

SFC analysis

Engine operability

Education

Master's degree in Aerospace Engineering

PhD in Turbomachinery

Tools

NPSS

GasTurb

Simulink

Python

AxStream

Job description

EDGE in Abu Dhabi seeks a Turbofan Performance Engineer to perform thermodynamic cycle analysis supporting turbofan architecture design, optimization and validation across concept to certification and in-service support.

You will develop engine cycle models, define operating envelopes and performance targets, interface with the aircraft performance team, and help optimize SFC, thrust and efficiency while ensuring system integration and test readiness.