Aeroelastic Modelling Specialist

Job summary

Lead the development of advanced simulation capabilities for wind turbine design, focusing on aeroelastic modelling to support critical engineering decisions. Collaborate at the intersection of physics, software, and innovation to enhance sustainable energy solutions.

Qualifications

• Master's or PhD in Mechanical, Structural, Aerospace/Aeronautical, Computational, Civil Engineering, or a related field.
• Over 10 years of experience in aeroelasticity, structural dynamics, and simulation of flexible structures like wind turbines or aircraft wings.
• Proficiency with aeroelastic and computational structural dynamics tools such as HAWC2, HAWCStab2, FLEX, Bladed, OpenFAST, or similar.
• Experience in developing and governing modelling frameworks and production-grade engineering software.
• Strong understanding of modelling fidelity, numerical methods, and simulation application in engineering.
• Ability to work independently and provide technical leadership.
• Familiarity with Python and modern engineering workflows is advantageous.

Responsibilities

• Own the Aeroelastic Modelling capability within the Simulation Production System, including solver contracts and engineering evidence.
• Act as the technical authority for modelling systems, ensuring accuracy and quality of simulation results.
• Lead the evolution of aeroelastic solver technologies for improved performance and integration.
• Provide technical guidance and troubleshooting support for turbine modelling activities.
• Drive technology initiatives and capability development to enhance competitiveness and engineering excellence.
• Promote continuous improvement and ensure reliable simulation outcomes.

Skills

• Deep expertise in aeroelastic modelling and simulation, with experience in time-domain analysis.
• Commitment to technical excellence and high standards of model quality.
• Proactive in identifying opportunities for improvement.
• Strong cross-functional collaboration and communication skills.
• Structured problem-solving abilities, including risk identification and evidence-based decision-making.

Education

• Master's or PhD in a relevant engineering discipline.

Tools

• Experience with aeroelastic and computational structural dynamics tools such as HAWC2, HAWCStab2, FLEX, Bladed, OpenFAST.