Student Master Thesis Structural Civil Engineering (m/f/d) at Enercon
28199 Bremen, , Germany -
Full Time


Start Date

Immediate

Expiry Date

08 Dec, 25

Salary

0.0

Posted On

09 Sep, 25

Experience

0 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

No

Skills

English, German, Concrete, Civil Engineering, Communication Skills

Industry

Civil Engineering

Description

STUDENT MASTER THESIS STRUCTURAL CIVIL ENGINEERING (M/F/D)

Standort:Bremen, HB, DE, 28199 Rostock, MV, DE, 18147 Barneveld, NL, 3772MR Aurich, NI, DE, 26605
Vor Ort/Hybrid/Mobiles Arbeiten: Hybrid (< 50% mobiles Arbeiten)
ENERCON has been one of the technology leaders in the wind power sector for 40 years. As the first manufacturer of wind turbines, the company used a gearless drive concept that is a characteristic of all ENERCON wind turbines. ENERCON is also at the forefront in other areas, such as rotor blade design, control technology, grid connection technology, and with its wide range of technological new developments, proves its innovative strength time and again.

YOUR QUALIFICATIONS

  • Master’s degree in civil engineering or a comparable specialisation
  • Enthusiasm for engineering and renewable energies as well as the motivation to develop yourself further in this field
  • Proactive, eager to learn and practice-orientated way of working
  • Good communication skills in English written and spoken, knowledge of German is a plus
  • You have knowledge of the finite element method (FEM), especially in dealing with solid elements and ideally, you already have experience with Ansys software
  • A good understanding of the material behaviour of concrete
  • Determination and commitment to develop yourself into a qualified civil/structural engineer
Responsibilities
  • You will work on the development of an integrated simulation model (Finite Element model) of a wind turbine foundation
  • You will work together with experienced structural and civil engineers and contribute to developing and optimizing the design and implementing new functionalities
  • You will learn to work with advanced analysis software and the common standards in the wind industry specific to structural engineering
  • You will participate in internal and external training courses aimed at both developing your knowledge of wind turbine technology and our organization, as well as your personal development
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