How do I apply for the Internship Turbine Loads position at Siemens Energy and track my application?

We provide a direct link to the official application portal. You can apply directly here . Additionally, you can easily track this and other applications by clicking the bookmark icon to save it to your YGI Kanban board .

What are the working arrangements and expected duration for the Internship Turbine Loads role?

This position is a full-time, structured as a on-site role, with an expected duration of 3 months.

What educational background or degree level is required for the Internship Turbine Loads at Siemens Energy?

Candidates are generally expected to be holding or pursuing the following degree levels: Bachelor, Master, PhD.

Does Siemens Energy provide visa sponsorship or assistance for international applicants?

Regarding visa assistance and sponsorship for this role, the official status is currently listed as: Not disclosed.

Internship Turbine Loads

Siemens Energy

Found 1 month ago

Location

Madrid, Spain

Duration (Months)

3 Months

Time

Full-time

Work Mode

On-site

Salary

Not disclosed

Visa Help

Not disclosed

Last Verified

1 month ago

Education

Bachelor
Master
PhD

Skills & Qualifications

Technical Skills

aeroelastic calculations
BHawC
aerodynamics
structural design
structural dynamics
control systems
wind energy
wind turbine aerodynamics and performance
wind resource studies
IEC61400-1
DNVGL
GH Bladed
FLEX5
FAST

Soft Skills

self-driven
self-motivation
analytical skills
willingness to learn
emotional intelligence
ability to work collaboratively in a team

Job Description

As an intern in Turbine Loads, your day involves defining and modifying wind turbine models for aeroelastic calculations, performing simulations with codes like BHawC, and analyzing loads to optimize performance. You´ll collaborate with various departments to enhance design efficiency while engaging in research and development of new technologies in the renewable energy sector.

Requirements

Recently graduated Engineer in Aeronautics, Mechanical Engineering, Structural Engineering, or in the final stages of a master’s Thesis or PhD.
Knowledge in aerodynamics, structural design, structural dynamics, or control systems.
Additional training in wind energy, such as wind turbine aerodynamics and performance, or wind resource studies.
Familiarity with wind turbine design standards like IEC61400-1 or DNVGL is a plus.
Experience in wind turbine load analysis using programs like GH Bladed, FLEX5, FAST, or similar is desirable.
Strong initiative, analytical skills, self-motivation, willingness to learn, emotional intelligence, and ability to work collaboratively in a team.
Fluent English B2+, both spoken and written; Spanish is a plus.

Mechanical Engineering

Design Engineering

Languages

English

Nice to Haves

Familiarity with wind turbine design standards like IEC61400-1 or DNVGL
Experience in wind turbine load analysis using programs like GH Bladed, FLEX5, FAST, or similar

Apply Now

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