195 ux stepstone germany English-speaking jobs in Lower Saxony

Our branch in Germany is responsible for sales and service of our products including the associated software.Your

With pioneering biorefineries in Lappeenranta, Finland, and Leuna, Germany, we turn sustainably sourced

The position will be based in Hannover EMEA Headquarters, Germany.

The historic city of Göttingen, located in the center of Germany, offers great outdoor and cultural opportunities

The position will be based in our Li-Ion plant location in Hannover, Germany.

Wir bieten This position will be based in a Clarios location: Hannover/ Limbach or Delbrück (Germany

You need to be an enrolled university student in Germany.* What You'll Bring   * ​Preference for someone

You need to be an enrolled university student in Germany.* What You'll Bring   * ​Preference for someone

You need to be an enrolled university student in Germany.* What You'll Bring   * ​Preference for someone

You need to be an enrolled university student in Germany.* What You'll Bring   * ​Preference for someone

You need to be an enrolled university student in Germany.* What You'll Bring   * ​Preference for someone

You need to be an enrolled university student in Germany.* What You'll Bring   * ​Preference for someone

You need to be an enrolled university student in Germany.* What You'll Bring   * ​Preference for someone

Wir bieten The position will be based in our Clarios EMEA office in Hannover, Germany.

Wir bieten This position will be based in our Clarios EMEA headquarters office in Hanover, Germany

The role will be based in our EMEA HQ Office in Hannover, Germany.

The position will be based in our Clarios EMEA office in Hannover, Germany.

Support the development of a Unreal Engine simulation environment for photorealistic forest scenes and wildfire use cases. Design, implement, and integrate environmental assets, sensors, and wildfire scenarios.

This master's thesis investigates visualizing space debris data to inform mission control and planning. The research explores how to represent orbital data, including uncertainty and risk of collisions, using visualizations that are intuitive and actionable for mission planners.

This master's thesis explores using neural networks to efficiently store and access occluder information for real-time shadow rendering on planetary surfaces. The candidate will design, train, and evaluate a neural network for compressing and decompressing horizon maps, ultimately aiming to improve the realism of CosmoScout VR, an open-source software for rendering large-scale planetary surfaces.