Senior Staff Engineer - Turbine Aerodynamics

GE Aerospace•Evendale, OH

10d

About The Position

The Senior Staff Engineer, Turbine Aerodynamics will lead advancements in high- and low-pressure turbine design for aircraft gas turbine engines and industrial applications. Reporting to the Turbine Aerodynamics Manager, the role leads the design of GE Aerospace’s next-generation turbine components and associated technologies. The position involves advanced aerodynamic design and analysis, aero-thermal computational fluid dynamics, development of predictive tools and processes, and technical leadership across multidisciplinary teams. The engineer will also support technical and program execution, resolve issues, validate designs using component and engine test data, and coach early-career personnel.

Requirements

Legal authorization to work in the United States is required; employment visas will not be sponsored for this opening.
Master’s degree from an accredited college or university in Aerospace Engineering, Mechanical Engineering, or a related discipline emphasizing turbomachinery aerodynamics, and at least 9 years of relevant technical experience; OR a Ph.D. in one of these fields with an emphasis in turbomachinery aerodynamics and at least 8 years of relevant technical experience.
Must be able to prove U.S. Person status as a U.S. lawful permanent resident, U.S. citizen, or individual granted asylee or refugee status.

Nice To Haves

Knowledge of computational fluid dynamics (CFD) and/or aerodynamic testing techniques.
Innovative problem-solving skills and ability to drive solutions to complex issues.
Flexibility, friendliness, and inclusiveness, with comfort working in multidisciplinary global teams.
Group facilitation and collaboration skills.
Exceptional communication skills, including preparing and delivering impactful technical presentations.
High motivation and passion.
Strong listening skills and drive to succeed.

Responsibilities

Lead the aerodynamic design and analysis of high- and low-pressure turbine components.
Perform advanced aero-thermal computational fluid dynamics analyses.
Provide technical guidance and domain expertise across cross-functional teams, including engineering, manufacturing, quality, supply chain, and operational partners.
Execute and support technical deliverables, including design reviews, process improvements, product support activities, safety initiatives, and operational problem resolution.
Drive development of advanced aerodynamic technology to improve engine performance and durability.
Develop advanced aerodynamic design skills using numerical and experimental techniques.
Draw conclusions from component and engine test data to validate aerodynamic designs.
Develop analytical tools and software to improve aerodynamic design and predictive capabilities.
Formulate and execute plans to achieve technical and program requirements.
Develop lean processes to improve organizational productivity and efficiency.
Execute trade studies to meet project requirements in collaboration with horizontal organizations.
Lead program issue resolution efforts to meet customer and regulatory expectations across the organization.
Partner with organizational stakeholders and functional teams to support technical priorities, strategic initiatives, and operational goals.
Coach, mentor, and train personnel within the domain, site, or organization, with a focus on engaging early-career personnel.