Lead Engineer – Acoustics, Rotor & System Noise

GE Vernova

. Provide innovative technology and support to maximize wind turbine power output through blade and NRO designs, targeting high performance and low noise .

Posted 10/23/2026part-timeGarching • GermanySeniorWebsite

Core Competencies

Role fit

Core Competencies

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Demonstrates expertise in fluid mechanics, wind turbine acoustics, and aerodynamics, with advanced proficiency in MATLAB and Python for data analysis and modeling. Capable of leading experimental programs and collaborating effectively with cross-functional teams to achieve acoustic performance targets.

Highest-signal resume keywords

Fluid Mechanics ExpertiseWind Turbine AcousticsMATLAB ProficiencyPython ProgrammingExperimental Methods for Acoustic Measurements

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Applicant Tracking System Keywords

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Hard Skills

Fluid MechanicsWind Turbine AcousticsAerodynamicsMATLABPythonAnalytical CalculationsData AnalysisAcoustic TheoryExperimental MethodsModeling

Soft Skills

Analytical SkillsCommunication SkillsCollaboration SkillsIndependent WorkProject Management

Tools & Technologies

GE Vernova Wind Turbine PlatformsAcoustic Tool ChainSystem Simulation

Industry Keywords

Aeroacoustic TheoryTurbomachinery NoiseBoundary Layer NoiseTrailing Edge NoiseUtility-Scale Wind Technology

Tech Stack

Tools & technologies

Python

About the role

Key responsibilities & impact

Provide innovative technology and support to maximize wind turbine power output through blade and NRO designs, targeting high performance and low noise
Execute high-fidelity analytical and computational aeroacoustic and aerodynamic calculations
Perform analyses and field test support for the identification and reduction of wind turbine noise source mechanisms
Serve as the acoustic technical focal point for selected NPI programs, providing direct input into new blade design cycles to ensure acoustic targets are met
Interact with System Simulation and Systems engineers to ensure noise performance targets are understood, prioritized and successfully validated
Propose and lead experimental programs to validate new airfoil, add-on designs and explore new technologies
Support the development of the system-level acoustic tool chain, interact with developers to identify improvements, new approaches and coordinate their implementation
Develop processes and methods to support internal quality and traceability of design decisions

Requirements

What you’ll need

Bachelor's degree in Mechanical Engineering, Aerospace Engineering or a related field
Significant experience in fluid mechanics, wind turbine acoustics and aerodynamics
Advanced skills in MATLAB and Python for data analysis, process automation, and modeling
Fluent in spoken and written English
Experience with GE Vernova wind turbine platforms or similar utility-scale wind technology
Experience with experimental methods for acoustic, fluid dynamic, and aerodynamic measurements
Experience in related aeroacoustic theory such as trailing edge noise, boundary layer noise or turbomachinery noise
Strong analytical skills with the ability to interpret complex datasets
Solid oral and written communication skills
Effective collaboration skills
Ability to work independently and manage multiple projects simultaneously

Benefits

Comp & perks

Part-time employment
No relocation assistance provided