Simulation Engineering Intern – Wind Turbine Virtual Sensing
Core
Developing virtual sensing methodologies to reconstruct unmeasured structural quantities (strain, displacement, velocity) for wind turbines by combining physics-based models with measurement data.
Role type
Simulation Engineering Intern (Master Thesis)
Builds
Advanced simulation workflows for renewable energy structural monitoring
Domain
Renewable energy / Structural dynamics / Simulation
Deliverable
production ML models
Required skills
Structural dynamics, Multibody dynamics, Numerical methods (Finite Element Method), Python, MATLAB, State estimation, Kalman filtering
Preferred skills
Commercial/open-source FEM or multibody simulation tools, English proficiency
Technologies
Python, MATLAB, Finite Element Method, Kalman filters
Responsibilities
Develop and implement virtual sensing methodologies for structural systems; Work with nonlinear reduced-order models and estimation methods; Combine simulation models with measurement data for state reconstruction; Validate methods using simulated and experimental datasets; Contribute to advanced simulation workflows for renewable energy applications
