Wind Turbine Loads Modeling Intern

Siemens Gas and Power GmbH & Co. KG; Madrid; Presencial; EUR 15.000 - 19.000; Jornada completa

Descripción de la vacante

Siemens Gamesa is seeking an Intern for the Loads Modelling Department to define and modify wind turbine models for aeroelastic calculations and run simulations under diverse design conditions. You will develop models and mathematics to improve our modeling capabilities, analyze loads and dynamics, and support design validation.

Fluency in English is required; Spanish is a plus. Join a global team in Madrid, contributing to renewable energy while gaining valuable industry experience in a

Formación

• Master's thesis or PhD in Aeronautics, Mechanical, or Structural Engineering.
• Knowledge in aerodynamics, structural design, structural dynamics, or control systems.
• Wind energy training such as turbine aerodynamics and performance is a plus.
• Familiarity with IEC61400-1 and DNVGL standards is advantageous.
• Experience with wind turbine load analysis using GH Bladed, FLEX5, or FAST is a plus.

Responsabilidades

• Define and modify wind turbine models for 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 on modeling physics.
• Research and develop new technologies for wind turbine design and validation.

Conocimientos

English fluency

Spanish language

Aerodynamics knowledge

Structural design

Control systems

Wind energy training

Educación

Master's or PhD in Aeronautics/Mechanical/Structural Engineering

Herramientas

GH Bladed

FLEX5

FAST

Descripción del empleo

Siemens Gamesa is seeking an Intern for the Loads Modelling Department to define and modify wind turbine models for aeroelastic calculations and run simulations under diverse design conditions. You will develop models and mathematics to improve our modeling capabilities, analyze loads and dynamics, and support design validation.

Fluency in English is required; Spanish is a plus. Join a global team in Madrid, contributing to renewable energy while gaining valuable industry experience in a