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At Siemens Gamesa, we make real what matters; join our global team.
Siemens Gamesa has a vision for renewable energy: we believe in the power of nature and technology.
Help us to be ready to face the energy challenges of tomorrow and make a green footprint - join the team in creating a better future for us on our planet.
We focus on hiring the best people, wherever they may be in the world.
We pride ourselves on the flexibility we offer to our employees and are committed to building a workforce that can grow with the company.
Siemens Gamesa is an equal opportunity employer.
We celebrate diversity and are committed to creating an inclusive environment for all employees.
In our culture of trust, we focus on empowerment, diversity, and continuous learning.
Valuing our people is what makes us one global team, with our colleagues' safety at the heart of our organization.
How to contribute to our visionYour role will include:
Analyzing the loads and dynamics of the wind turbines according to design standards.Preparing the wind turbine models for aeroelastic calculation and conducting loads simulation using aeroelastic codes, including pre- and post-processing, and preparing loads reports for design and certification of the wind turbines at the fleet.Solving problems related to wind turbine dynamics of the fleet and providing directions to develop solutions.Creating test specifications for the verification and validation of loads in real wind turbines and supporting the execution of validation tests while analyzing the results from loads measurement tests.Cooperating in the design of control, operation, and safety strategies, evaluating and verifying the wind turbine loads.Collaborating with the team lead in the specification and development of new technical procedures/methodologies or tools needed to improve team performance and knowledge.What you need to make a differenceWe are looking for:
An Engineer Degree in Aeronautics, Mechanical, Structural, or Physics.A background in Aeroelasticity with around 5 years of relevant technical experience and solid knowledge in loads calculation related to wind turbines.Experience with one or more of the following programs: GH Bladed, BHAWC, FLEX, or NEREA, along with additional training in wind energy.Knowledge of wind turbine design standards IEC61400-1 and DNVGL.Experience in data handling for machine operation analysis, ideally in wind turbine data analysis, and processing data from different sensors for loads problem identification or validation purposes.Familiarity with rotor changes and repowering loads assessments.Experience with multibrand platforms will be an added value.Knowledge about loads assessments with site-specific conditions.Experience with the certification of wind turbines.A proactive attitude, good team player, persistence, self-driven nature, and good communication skills.Programming skills in C++, Python, VBA, MatLab, or Octave, with full professional competence in English.In return for your commitment, we offer you:Become a part of our mission for sustainability: Clean energy for generations to come.A global team of diverse colleagues who share a passion for renewable energy.Trust and empowerment to make your own ideas a reality.Personal and professional development to grow internally within our organization.Flexible working hours as well as home-office options.Attractive remuneration package.Local benefits such as subsidized lunch, employee discounts, and much more.Empowering our people.
How do you imagine the future?
Our global team is on the front line of tackling the climate crisis, reducing carbon emissions - the greatest challenge we face.
Severely disabled applicants are encouraged to reach out to us.
We have inclusive recruiting processes specifically for severely disabled persons in Spain and we do our utmost to tailor working spaces to suit your individual needs.
In cases of severe disability, applicants who are equally qualified will be given preferential consideration.
For our LAS (Loads, Aerodynamic & Sites) team within the LCP (Loads, Control & Performances) Unit in CT&S (Customer Technology & Solutions) Engineering department, we are looking for new colleagues to work with us in wind-turbine loads calculation.
The main mission of a loads engineer is to prepare, analyze, and evaluate.
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