Simulation Engineer (m/f/d) - Robotics & SiL (Software Developer)

Neumüller Personalberatung Regina Neumüller e.K.MünchenEURESpublished 09/18/2026
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Must-have:CI/CD
Machine translation — original language: German.Show original

Do you want to help shape virtual test environments for autonomous robotics systems and reliably secure functions even before real-world deployment? In this position, you will develop and maintain Software-in-the-Loop simulations, create realistic test scenarios, and thus support the further development of modern robotics platforms.

As a Simulation Engineer (m/f/d) - Robotics & SiL, you will undertake the following tasks with us:

  • You develop and maintain Software-in-the-Loop simulation environments for autonomous robotics systems.
  • You create realistic simulation scenarios and virtual sensor models for the development and validation of autonomous functions.
  • You develop automated test and validation processes and integrate them into existing CI/CD environments.
  • You analyze and optimize simulation models based on test data and real-world deployment scenarios.
  • You support the further development of modern simulation and test infrastructures for robotics systems.

Your qualifications:

  • A completed degree in the field of Computer Science, Robotics, Mechatronics, or a comparable discipline
  • Experience with robotics simulation platforms such as Gazebo, Isaac Sim, Webots, or similar environments
  • Good knowledge of ROS2-based robotics systems and C++
  • Experience with automated test processes, CI/CD pipelines, and Linux environments
  • Knowledge of communication interfaces such as CAN, Ethernet, or TCP/UDP is an advantage
  • Analytical thinking skills as well as a structured and independent way of working
  • Good English skills

Our offer for you:

  • Development and maintenance of Software-in-the-Loop simulation environments
  • Work with virtual sensor models and simulation scenarios
  • Participation in automated test and validation processes
  • Collaboration in the environment of modern robotics systems