Lead Engineer

We are seeking a highly skilled Performance and Operability Lead Engineer to join our team at General Electric. As a key member of our Engine Performance & Operability section, you will be responsible for leading the performance and operability work scope on assigned projects, both for military and commercial products.

• Work cross-functionally with Controls, Operability, Systems, Aero, Heat Transfer, and hardware design engineers to accurately model and validate engine performance.
• Lead efforts to validate and update the engine performance model according to internal practice/standard and test evidence.
• Effectively communicate, present technical data, and provide recommendations to internal and external GE customers.
• Utilize the latest thermodynamic modeling tools to analyze engine performance & operability data and provide technical direction to make program decisions.
• Liaise with the Controls organization to define the power management and performance control/limiting schedules.
• Contribute to the definition of engine operability requirements (e.g. compressor stability, inclement weather, transient scheduling).
• Support operability tasks during test validation and engine certification phase.
• Lead engine test planning, coverage, and data analysis for engine tests.
• Provide technical guidance, direction, and training to less experienced engineers.
• Share engineering information and promote open dialogue.
• Ensure proper documentation of all work.

• Master's Degree in Mechanical or Aerospace Engineering from an accredited university or college.
• Experience in an engineering position in the aerospace industry in a similar role in Performance, Operability, Transient Analysis, and/or Controls.
• Demonstrated experience in engine thermodynamic modeling and test data support and analysis.
• Strong analytical skills and knowledge of thermodynamics and aerodynamics.
• Fluency in English (speaking and writing/reading).
• Work Visa, according to local regulation, is required.

• Experience in a performance-related position.
• Prior Turboprop/Turbofan/Turbojet engine experience.
• Prior engine qualification and/or certification experience.
• Previous experience with industry or GE thermodynamic modeling tools, especially NPSS.
• Familiarity with simulation tools and high-level program languages (C++, MATLAB, FORTRAN, etc.).
• Effective in contributing in a cross-functional teamwork environment.
• In-depth understanding of engineering technology and tools.
• Strong interpersonal and leadership skills.
• Passionate, curious, and enthusiastic for engineering challenges.
• Team worker and problem solver.
• Solid oral and written communication skills.