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, Product Solutions & Integration is responsible for designing the product architecture and product roadmap in response to market roadmap requirements, translating product architecture and roadmap into module requirements, and full Value Chain Integration.

Loads and Control (LaC), as part of Product Solutions & Integration, is responsible for designing and optimizing the product for load and control strategy together with cross-product design work. The department consists of highly skilled, international, well-experienced engineers who are taking accountability for all aspects of the LaC solution delivered to the Products which are placed across 3 design locations: Portugal, Denmark and India.

The loads and Control Quality department is responsible for fleet performance (load & power performance), this team performs the Root causes for the issues reported from the field and provides a solution to fix them, and also feeds the learning from failures back to the design team.

Responsibilities

• Working with Technical leads on the Control Solutions for Turbines
• Understanding, Implementing & Testing the control code base change in line with guidelines
• Participate in Implementation & Functional Reviews
• Perform the RCA on controller performance issues and provide solutions
• Provide the solution for turbine improvements on non-standard product requests, Service solutions

Qualifications

• Master's degree in Controls / Instrumentation & Controls / Mechatronics / Electro-mechanical/ Electrical / Engineering with a controls system background
• 0-1 years of Working experience in Simulation/Modelling tools such as MATLAB SIMULINK 
• High Competence in Mathematical modeling of Electro-Mechanical and hydraulic Systems 
• Knowledge of Control Design and Control Tuning using a Model-Based Control Approach

Competencies

• Strong in Control Theory
• Programming knowledge in C++, SQL, R , Matlab
• Control System Modelling, Controller Design, Controller Tuning & Controller Verification
• Good knowledge in Power generation concepts.
• Knowledge in Aero Dynamics