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Paid Internship
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Time Spent
Required Degree
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12Open Positions

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Working student (m/f/d) – Bearing Ring Creeping Investigation in Wind Turbines

thyssenkrupp
Found 1 week ago
Location
Lippstadt, Germany
Time
Part-time
Work Mode
On-site
Salary
Attractive remuneration including special payments
Visa Help
Not disclosed
Last Verified
1 week ago

Education

  • Master

Skills & Qualifications

Technical Skills

  • mechanical engineering
  • renewable energy engineering
  • physics
  • simulation
  • modelling tools
  • ANSYS
  • MATLAB
  • programming

Soft Skills

  • analytical
  • structured manner
  • motivated to present your results clearly
  • discussions with the team
  • Businessfluent German
  • very good English language skills

Job Description

As a working student (m/f/d), you will support our Technical Calculation department at the earliest possible start date, working 14 hours per week (preferably on two fixed weekdays). In this role, you can expect the following tasks in particular: * You will familiarize yourself with the existing computational and analytical workflows used to investigate bearing ring creeping in windturbine drivetrain applications. * You will support the development and refinement of models and evaluation methods to analyze ringcreeping mechanisms, influencing factors, and operational load scenarios. * You will run parametric and variation studies to identify key drivers of creeping in the drivetrain. * You will contribute actively to technical discussions, brainstorming sessions, and concept development related to creeping phenomena in the drivetrain. * You will help validate simulation results against analytical calculations or measurement data. * You will support the documentation of simulation processes, model descriptions, and results, and assist with additional administrative tasks.

Requirements

  • You are enrolled in a Master’s program in mechanical engineering, renewable energy engineering, physics, or a comparable technical field.
  • You are looking for a workingstudent position that can transition into or directly support your Master’s thesis, preferably in the areas of bearing dynamics, drivetrain analysis, or creeping phenomena.
  • You are comfortable designing structured parametric studies and approaching technical problems systematically.
  • You have initial experience with simulation or modelling tools (e.g. ANSYS), or you are motivated to learn them quickly.
  • You have basic programming knowledge (preferably MATLAB) and enjoy applying it to engineering problems.
  • You work independently, analytically, and in a structured manner.
  • You are motivated to present your results clearly, both in written form and in discussions with the team.
  • Businessfluent German and very good English language skills complete your profile.

Related Field

  • Mechanical Engineering

Related Subfield

  • Mechanical Maintenance and Reliability Engineering

Languages

  • German
  • English

Nice to Haves

  • supporting your Master’s thesis
  • bearing dynamics
  • drivetrain analysis
  • creeping phenomena
▶Apply Now

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