Aeroelastics Engineer (d/f/m)
Core
Deliver flutter stability analyses and dynamic master models for aircraft design, optimization, and certification across EASA/FAA requirements.
Role type
Aeroelastics Engineer
Builds
Flutter models, dynamic master models, unsteady aerodynamics models
Domain
Aerospace engineering, aircraft dynamics
Required skills
Aeroelastics, flight control laws, dynamic systems, modal analysis, vibration analysis, structural modeling, mass properties, unsteady aerodynamics, flight control system modeling, linearization of flight control laws, actuator modeling
Preferred skills
Flutter control concepts, systems engineering, flight testing, Python, MATLAB, project coordination, supplier interfaces
Technologies
Python, MATLAB
Responsibilities
Assemble structural, mass, unsteady aerodynamic, and flight control system models to generate comprehensive flutter models; Ensure physically accurate modeling of dynamic aircraft systems; Support flight vibration tests and validate theoretical models against real flight data; Perform modal analysis, vibration, and aeroelastic stability calculations; Develop innovative technologies for active flutter control and dynamic loads alleviation; Review and enhance calculations, tools, and methods.
Seniority
Professional
