Job Description

Shape the future of wind turbine design.

Join Vestas as a Specialist - Aeroelastic Modelling and lead the development of advanced simulation capabilities that drive critical engineering decisions across next-generation turbine platforms.

Work at the intersection of physics, software, and innovation to solve complex challenges and accelerate the transition to sustainable energy.

Vestas Technology & Operations > Research & Development > Loads & Control (LaC) > LaC Modelling

Loads & Control (LaC) is responsible for designing and optimizing Vestas' wind turbine products with respect to structural loads, energy performance, and control strategies. As a key function within Vestas R&D, the department translates product and technology roadmaps into robust, scalable, and certifiable engineering solutions that support the entire product lifecycle.

Within LaC, LaC Modelling owns and develops the aero-servo-elastic simulation capabilities that serve as the foundation for critical engineering and design decisions across our turbine platforms. These capabilities support blade design, system integration, stability assessment, and product validation through advanced physical modelling, numerical simulation, and industrialized software solutions.

As turbine technologies continue to evolve in scale and complexity, we are expanding our modelling expertise and strengthening our technical leadership. We are now looking for a Specialist - Aeroelastic Modelling to act as the Subsystem Technical Owner for aeroelastic modelling capabilities.

In this role, you will be responsible for advancing and governing the modelling framework that enables accurate simulation, informed design decisions, and future-ready engineering solutions. You will combine deep expertise in physics, simulation methodologies, and software systems to shape a scalable, robust, and platform-ready capability that supports the next generation of wind turbine technology.

The expectation is to establish a more reproducible and scalable approach that reduces dependency on individual experts, improves alignment between validation outcomes and field or load-campaign evidence, and enables more predictable lead times for accepted AM services.

Responsibilities

As a Specialist - Aeroelastic Modelling, you will:

• Own the Aeroelastic Modelling capability as a governed service within the Simulation Production System, including canonical solver contracts, model-agnostic I/O schemas, validity boundaries, regression-test baselines, release criteria, and engineering evidence required for downstream loads, stability, surrogate, and certification workflows
• Act as the technical authority for modelling systems, ensuring the physical accuracy, numerical robustness, and engineering quality of simulation models and results
• Lead the evolution of aeroelastic solver technologies, improving performance, maintainability, scalability, and integration with emerging modelling needs
• Provide expert technical guidance and troubleshooting support across turbine modelling activities, enabling high-quality engineering decisions throughout the product lifecycle
• Drive modelling-related technology initiatives and capability development, strengthening Vestas' long-term competitiveness, platform readiness, and engineering excellence
• Promote technical rigor and continuous improvement by challenging assumptions, identifying risks, and ensuring reliable, traceable, and reproducible simulation outcomes

Qualifications

• Masters or PhD in Mechanical, Structural, Aerospace/Aeronautical, Computational, Civil Engineering, or a related discipline
• 10+ years of experience in aeroelasticity, structural dynamics, and simulation of wind turbines, aircraft wings, or other flexible structures
• Hands-on expertise with aeroelastic and computational structural dynamics tools such as HAWC2, HAWCStab2, FLEX, Bladed, OpenFAST, or similar platforms
• Proven experience developing, owning, or governing modelling frameworks, solver environments, and production-grade engineering software used by engineering teams
• Strong understanding of modelling fidelity, numerical methods, solver behaviour, verification, validation, and the application of simulation results to engineering decisions
• Demonstrated ability to work independently, provide technical leadership, challenge assumptions, and drive technology development from concept through implementation
• Experience with Python and modern engineering workflows, including software modernization, data-driven/model validation approaches, and exposure to machine-learning-supported engineering methods is considered an advantage

Competencies

To succeed in this role, you should:

• Bring deep expertise in aeroelastic modelling and simulation, with hands-on experience applying time-domain analysis and engineering modelling workflows to complex systems
• Demonstrate a strong commitment to technical excellence, ensuring high standards of model quality, validation, verification, and engineering rigor
• Be proactive and self-driven, continuously identifying opportunities to improve methodologies, tools, and ways of working
• Excel at cross-functional collaboration, providing technical guidance and influencing stakeholders across engineering disciplines and business functions
• Apply structured engineering problem-solving, including technical feasibility assessments, risk identification, root cause analysis, and evidence-based decision-making
• Communicate complex technical concepts effectively, translating advanced modelling and simulation insights into clear and actionable recommendations
• Foster technical growth within the organization, sharing knowledge, mentoring colleagues, and contributing to the development of future engineering capabilities

What we offer

We offer an opportunity to be part of a global team in an exciting business with a very comprehensive product range. The working environment in Loads & Control is informal but with clear strategic direction. You will be part of a project-oriented organization with highly skilled colleagues in an inspiring work environment. Accountability, Collaboration, Simplicity and Passion are our core values, and we always put safety first.

Additional information

The primary work location for this position is Aarhus, Denmark or Porto, Portugal.

Up to 20 days of travel per year.

We do amend or withdraw our jobs and reserve the right to do so at any time, including prior to the advertised closing date. Please be advised to apply on or before 17th Sept 2026.

Our commitment to a fair hiring.

At Vestas, we evaluate all candidates solely based on their professional experience, education, and relevant skills. To support a fair recruitment process, we kindly ask that you remove any photos, dates of birth or graduation, gender pronouns, marital status, or other personal information not relevant to the role before submitting your CV/resume. Your CV/resume should focus on your professional and educational background, along with the necessary contact details (email and phone number). We train our hiring teams in inclusive evaluation and regularly review process outcomes to ensure fairness.

DEIB Statement

At 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.

BEWARE – RECRUITMENT FRAUD

It has come to our attention that there are a number of fraudulent emails from people pretending to work for Vestas. Read more via this link, https://www.vestas.com/en/careers/our-recruitment-process

About Vestas

Vestas is the energy industry’s global partner on sustainable energy solutions. We are specialised in designing, manufacturing, installing, and servicing wind turbines, both onshore and offshore.
Across the globe, we have installed more wind power than anyone else. We consider ourselves pioneers within the industry, as we continuously aim to design new solutions and technologies to create a more sustainable future for all of us. With more than 200 GW of wind power installed worldwide and 40+ years of experience in wind energy, we have an unmatched track record demonstrating our expertise within the field.
With 39,000 employees globally, we are a diverse team united by a common goal: to power the solution – today, tomorrow, and far into the future.
Vestas promotes a diverse workforce which embraces all social identities and is free of any discrimination. We commit to create and sustain an environment that acknowledges and harvests different experiences, skills, and perspectives. We also aim to give everyone equal access to opportunity.
To learn more about our company and life at Vestas, we invite you to visit our website at www.vestas.com and follow us on our social media channels. We also encourage you to join our Talent Universe to receive notifications on new and relevant postings.