Control Engineer

Vestas Technology & Operations > Frontend Engineering & Technology > Loads & Control The Loads & Control (LaC) Module, being part of Research and Development (R&D), is responsible for designing and optimizing Vestas' products for optimal performance, by balancing loads and control strategies to design product responses to market roadmap requirements and translating the product roadmap into module requirements with full value chain integration. The LaC Onshore Product Applications department focuses on improving the performance, cost-efficiency, and reliability of onshore wind turbine platforms after they enter the market. It plays a key role in extending product life, supporting sales, and ensuring technical excellence across global regions. Main activities include: Optimizing turbine control systems to suit different climates and site conditions, helping sales teams offer tailored solutions Improving product performance and reducing costs through technical upgrades and smarter component use Maintaining and supporting existing platforms, solving design issues and ensuring compliance with certification standards Collaborating across teams to develop strategic roadmaps and implement impactful technical improvements This department bridges engineering, commercial, and operational needs to ensure wind energy products remain competitive and reliable throughout their lifecycle. This team is based in India, Denmark and Portugal. Responsibilities You will be responsible for developing control solutions to unlock new business opportunities for the existing Fleet, always ensuring compliance with design standards. Your responsibilities will include: Develop and tune control algorithms Implement algorithms in MATLAB/Simulink Analyze turbine and fleet performance data for optimization Conduct feasibility studies for new turbine products (power, loads, noise optimization) Verify developments through software testing and field trials Support risk management activities (evaluations, failure modes, and effects analysis) Contribute to innovation and conceptual projects Maintain a holistic view of turbine components and control strategy Qualifications PhD / Master’s in Mechanical, Electrical, Electromechanical, Instrumentation & Control, Automation, or similar 1-3 years of experience in simulation/modeling (MATLAB/Simulink) Extensive background in mathematical modeling of electromechanical and hydraulic systems Solid knowledge in model-based control design and tuning Robust understanding of control theory principles Knowledge of power generation concepts and aerodynamics Wind turbine control experience Competencies Capability to improve existing processes and propose new ideas Ability to promote engineering solutions within the area from start to end Skilled at handling multiple stakeholders at various levels of the organization Result-oriented with a good focus on the task A creative approach to new tasks Ability to work as part of a team as well as with self-organized tasks What we offer We offer a thriving and professional environment where people are valued over anything, opportunities will be provided for skill development, and your ideas will be considered.Joining Vestas means working alongside a notable manufacturer of wind turbines and being part of an uplifting and encouraging workplace atmosphere. Joining the renewable industry will have the satisfaction and privilege of creating a better planet for the future. Additional information This is a hybrid position based in Porto, Portugal and requires up to travel days per year. Please note: We reserve the right to amend or withdraw this job posting at any time. DEIB StatementAt Vestas, we recognize the value of diversity, equity, and inclusion in driving innovation and success. We strongly encourage individuals from all backgrounds to apply, particularly those who may hesitate due to their identity or feel they do not meet every criterion. As our CEO states, "Expertise and talent come in many forms, and a diverse workforce enhances our ability to think differently and solve the complex challenges of our industry". Your unique perspective is what will help us powering the solution for a sustainable, green energy future.