Turbine Loads Modelling Trainee

Siemens Gamesa; Madrid; Presencial; EUR 10.000 - 15.000; A tiempo parcial

Ventajas ofrecidas por este puesto de trabajo

Remote/Flexible work

Medical benefits

Time off/Paid holidays and parental le

Continual learning through Learn@Siem…

Descripción de la vacante

Siemens Gamesa in Madrid invites you to join the Loads Modelling Department as an Intern, where you will define and modify wind turbine models for aeroelastic calculations and run simulations under diverse design conditions. You will develop innovative models and mathematics to enhance our modeling capabilities and support design validation in a global renewable energy leader.

The ideal candidate is near completion of a Master’s thesis or PhD in Aeronautics, Mechanical, or Structural

Formación

• Recently completed or nearing completion of a Master’s thesis or PhD in Aeronautics, Mechanical Engineering, or Structural Engineering.
• Knowledge in aerodynamics, structural design, structural dynamics, or control systems.
• Wind energy training, e.g. wind turbine aerodynamics and performance, is a plus.
• Familiarity with wind turbine design standards like IEC61400-1 and DNVGL is advantageous.
• Experience in wind turbine load analysis using programs like GH Bladed, FLEX5, or FAST is a plus.
• Fluent in English; Spanish is a plus.

Responsabilidades

• Define and modify wind turbine models for accurate aeroelastic calculations.
• Perform simulations in diverse design conditions using aeroelastic codes like BHawC.
• Develop models and mathematical approaches to improve our modeling processes.
• Analyze loads and dynamics of wind turbines to ensure optimal performance.
• Support design validation and collaborate with the organization on modeling physics.
• Research and develop new technologies for wind turbine design and validation.

Conocimientos

Wind energy

Aeroelastic modelling

Mathematics modelling

English fluency

Educación

Master’s or PhD in Aeronautics/Mechanical/Structural Eng

Herramientas

GH Bladed

FLEX5

FAST

Descripción del empleo

A Snapshot of Your Day

Join Siemens Gamesa as an Intern in our Loads Modelling Department and embark on an exciting journey in renewable energy! Imagine defining and modifying wind turbine models for aeroelastic calculations while performing simulations under various design conditions. You will develop innovative models and mathematics to enhance our modeling capabilities, analyze loads and dynamics, and support design validation efforts. This role offers you the chance to gain valuable work experience in a global company while contributing to a sustainable future.

A Snapshot of Your Day

Join Siemens Gamesa as an Intern in our Loads Modelling Department and embark on an exciting journey in renewable energy! Imagine defining and modifying wind turbine models for aeroelastic calculations while performing simulations under various design conditions. You will develop innovative models and mathematics to enhance our modeling capabilities, analyze loads and dynamics, and support design validation efforts. This role offers you the chance to gain valuable work experience in a global company while contributing to a sustainable future.

How You’ll Make An Impact

• Define and modify wind turbine models for accurate aeroelastic calculations.
• Perform simulations in diverse design conditions using aeroelastic codes like BHawC.
• Develop models and mathematical approaches to improve our modeling processes.
• Analyze loads and dynamics of wind turbines to ensure optimal performance.
• Support design validation and collaborate with the organization on modeling physics.
• Research and develop new technologies for wind turbine design and validation.

What You Bring

• Recently graduated or in the final stages of a Master’s Thesis or PhD in Aeronautics, Mechanical Engineering, or Structural Engineering.
• Knowledge in aerodynamics, structural design, structural dynamics, or control systems.
• Additional training in wind energy, such as wind turbine aerodynamics and performance, is a plus.
• Familiarity with wind turbine design standards like IEC61400-1 and DNVGL is advantageous.
• Experience in wind turbine load analysis using programs like GH Bladed, FLEX5, or FAST is a plus.
• Fluent in English, both spoken and written; Spanish is a plus.

About The Team

At Siemens Gamesa, our Loads Modelling Department is dedicated to advancing wind turbine technology through innovative modeling and analysis. We are a diverse team of professionals who share a passion for renewable energy and sustainability. Our culture emphasizes empowerment, continuous learning, and collaboration, ensuring that every team member can contribute to our mission of creating clean energy solutions for future generations. Together, we tackle the challenges of tomorrow and strive to make a positive impact on the environment.

Who is Siemens Gamesa?

Siemens Gamesa is part of Siemens Energy, a global leader in energy technology with a rich legacy of innovation spanning over 150 years. Together, we are committed to making sustainable, reliable, and affordable energy a reality by pushing the boundaries of what is possible. As a leading player in the wind industry and manufacturer of wind turbines, we are passionate about driving the energy transition and providing innovative solutions that meet the growing energy demand of the global community.

Find out how you can make a difference at Siemens Gamesa: https://www.siemensenergy.com/global/en/home/careers/working-with-us.html

Our Commitment to Diversity

Lucky for us, we are not all the same. Through diversity, we generate power. We run on inclusion, and our combined creative energy is fueled by over 130 nationalities. Siemens Gamesa celebrates character—no matter what ethnic background, gender, age, religion, identity, or disability. We energize society, all of society, and we do not discriminate based on our differences.

Rewards/Benefits

Here are examples of the rewards and benefits Siemens Gamesa offers:

• Opportunities to work with a global team
• Opportunities to work on and lead a variety of innovative projects
• Medical benefits
• Remote/Flexible work
• Time off/Paid holidays and parental leave
• Continual learning through the Learn@Siemens-Energy platform
• Access to a variety of employee resource groups

https://jobs.siemens-energy.com/en_US/jobs