As a member of the Aero, Thermal, and Clearances Design team, you will contribute to system-level design and analysis of turbomachinery hardware and architectures for our heavy-duty gas turbine engines, with a focus on aerodynamics, thermal performance, cooling, and sealing. Your work may include detailed aerodynamic, thermal, and flow analyses to meet defined design constraints. You will collaborate with cross-functional teams to support the full product life cycle, including new design introduction, engine validation testing, and resolution of issues in the customer fleet. What impact you’ll make: Perform and analyze aerodynamic, thermal, fluid, and clearance aspects of heavy-duty gas turbine rotating and stationary hardware using GE Vernova’s in-house analysis tools and commercial CFD/FEA software, while developing increasing autonomy in problem-solving under the guidance of a technical leader. Ensure designs and methods meet established GE Vernova design practices and design templates. Support gas turbine design from conceptual design through to detailed design, as well as manufacturing qualification activities. Support gas turbine engine testing including test planning, test execution and monitoring, and post-test validation analyses. Support installed fleet by addressing manufacturing deviations, product cost out efforts, and customer issue root cause analyses as needed. Work closely with performance, aerodynamic, mechanical, and other cross functional teams to ensure successful program execution. Document, report, and review design and analysis results with team members, component owners, customers, and leadership.
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Job Type
Full-time
Career Level
Mid Level
Number of Employees
5,001-10,000 employees