Career

Join our Team!

We are looking for experienced railway engineers and domain experts in the following areas:

Join us and drive the future of railway innovation!

Tips and tricks for your application

Cover letter

How did you hear about us? What makes you special and why are you the right person for the job?

Curriculum vitae

It is up to you whether you use a tabular CV or a text version. What is important to us is what the areas of responsibility of your last positions were.

Certificates

It is sufficient to send us your most recent relevant references. You can also attach certificates.

Open Positions

Student Thesis (BA/MA)

Application of cutting-edge technology to

Static Strength and Dynamic Durability of
High-Speed Rail Vehicle Bogies

The bogie is the main supporting structure of a rail vehicle and carries the wheelsets, drives, motors, and suspension systems. It transfers the weight of the vehicle and its payload to the rails. Bogies are critical to the ride safety and comfort of rail vehicles to ensure safe and reliable rail operations. Reliable prediction of the structural strength of the bogie frame of rail vehicles under complex operating conditions is one of the essential prerequisites for safe and economical vehicle operation over the entire service life.

Do you feel ready to collaborate on this exciting topic, please contact us!

  • Perform project specific linear and non-linear structural calculations
  • Develop and validate FEM simulation models for the fatigue analysis of bogie frame
  • Support of our project team and work on complex rail vehicle components
  • Student research project is possible, but optional
  • Good knowledge of structural mechanics and dynamics
  • Programming skills (MATLAB, Python)
  • Experience with Hypermesh is an advantage

The bogie is the main supporting structure of a rail vehicle and carries the wheelsets, drives, motors, and suspension systems. It transfers the weight of the vehicle and its payload to the rails. Bogies are critical to the ride safety and comfort of rail vehicles to ensure safe and reliable rail operations. Reliable prediction of the structural strength of the bogie frame of rail vehicles under complex operating conditions is one of the essential prerequisites for safe and economical vehicle operation over the entire service life.

Do you feel ready to collaborate on this exciting topic, please contact us!


Download PDF

Student Master Thesis

Application of cutting-edge technology to

Simulation of High-Speed Rail Vehicles using Multi-Physics

In the development of today’s high-speed trains, new materials and techniques are increasingly being

used to make the structure lighter, cost efficient, and at the same time more robust. This requires a

detailed analysis of the loads that occur during operation. Increasingly, methods are being used that

go beyond a classic structural mechanics analysis. Therefore, coupled simulations that analyze the

interaction of the wheel-rail system and highly accurate vortex dominated aerodynamic effects are

included in the design.

Do you feel ready to collaborate on this exciting topic, please contact us!

  • Simulation of dynamic response to low and high frequency vibrational loads

  • Develop and validate simulation models using multi-physics

  • Support of our project team and work on complex rail vehicle components

  • Completed bachelor’s degree in mechanical, structural or civil engineering

  • Good knowledge of fundamental structural mechanics and aerodynamics

  • Programming skills (MATLAB, Python)

  • Experience with Hypermesh is an advantage

In the development of today’s high-speed trains, new materials and techniques are increasingly being

used to make the structure lighter, cost efficient, and at the same time more robust. This requires a

detailed analysis of the loads that occur during operation. Increasingly, methods are being used that

go beyond a classic structural mechanics analysis. Therefore, coupled simulations that analyze the

interaction of the wheel-rail system and highly accurate vortex dominated aerodynamic effects are

included in the design.

Do you feel ready to collaborate on this exciting topic, please contact us!


Download PDF

What we offer

Office Location

Choose between Berlin or Aachen

Exciting Projects

Work on groundbreaking initiatives like high-speed trains, maglev systems, and hydrogen-powered trains

International Collaboration

Be part of a diverse team and contribute to innovative solutions.
Academic Engagement: Opportunities to present your work at international conferences and collaborate with top universities

Global Exposure

Travel to China for joint projects, workshops, and factory visits

No suitable openings?

We welcome unsolicited applications. please reach out to us at:

📧 info@crrc-railtech.cc


Apply now!