Vestas Power Solutions is the cornerstone of Vestas. Through innovation, development and continuous product improvement we develop the products and technologies that reduce the cost of energy and bring the highest possible value to our customers and to Vestas. To put it short: Vestas Power Solutions develops the wind power systems of the future.
As a part of Vestas Power Solutions, the Loads and Control department is responsible for developing future wind turbine controller software and hardware but also loads and control solutions ensuring optimal performance of our products under all conditions for certification. The responsibility spans from strategic development of new turbine technologies to delivering product level feasibility studies ensuring an optimal cost of energy. The department consists of highly skilled and experienced engineers and assumes full accountability of all aspects of the loads and control solution delivered to the wind turbine development projects.
Responsibilities
Delivering design loads, power curves, and noise assessments
Perform product level design studies within loads, including blade design iterations, tower iterations, wind turbine aeroelastic stability, etc
Support the certification process of wind turbines, including performing the load test campaign in the prototype wind turbine
Development and validation of wind turbine aeroelastic models
Propel the technical aspects of loads development for a specific product from feasibility state to full validation and certification stage
Risk management activities, such as failure mode and effect analysis
Development of code/scripts and improvement of processes to ensure a lean and efficient execution
Qualifications
Bachelor's / Master's / PhD's in Mechanical / Aerospace / Aeronautics / Similar speciallization
1-5 years of work experience within wind turbine design industry / Heavy engineering industries
Experience in programming, at least one of the following: Matlab, Simulink, Python
Dynamic and aeroelastic modeling experience, for example using wind turbine codes such as FAST, HAWC, FLEX or similar tools
Previous industrial/academic (at MSc or PhD level) experience in loads analysis, aero-elasticity or multi-body dynamics
Knowledge of basic wind turbine control strategies
Bachelors
You are innovative, result oriented and have a solid sense of responsibility You are able to meet your deadlines with the right quality You have a creative approach to new opportunities You achieve goals as part of a team and it comes naturally t
Mechanical / Aerospace / Aeronautics,
Oil and Gas/Power/Energy