Robot Operating System Jobs in Germany

In this role, you develop real-time algorithms for active heave compensation and 6-DoF ship motion compensation for robotic arms, integrating sensors and optimizing complex software in C++ and Python.

In this role, you will design and integrate software for autonomous systems, develop algorithms in ROS2, and simulate tests using Gazebo while leveraging modern development tools and container technologies.

In this role, you will develop ROS-based control software for mobile robots, test and optimize it in simulations as well as on real vehicles, and analyze errors during the development process.

In this role, you will develop the Linux platform layer above the kernel, integrate sensors and drivers, maintain system services, and support the ROS-based mapping software for real-time applications.

In this role, you design and develop software for autonomous, connected systems using ROS2 and MAVLink while applying testing methods and creating documentation.

In this role, you will develop real-time perception systems for autonomous machines, implement deep learning models for 3D perception, and fuse multimodal sensor data for robust applications in harsh environments.

In this role, you will develop innovative device software for Embedded-Linux, work with C++ and Python, manage Cloud integration, and implement creative ideas in the HealthTech sector.

In this job, you will develop innovative software solutions using C++ and Python for Embedded-Linux in the HealthTech sector, creating device software with cloud connectivity and working with current technologies.

In this training, you will develop software for desktop and Android applications using Python, C#, Java, and C++. You will model 3D objects, work with robots, and design websites using modern technologies.

In this role, you develop innovative approaches for autonomous driving, focusing on trajectory and maneuver planning, and test these in real traffic scenarios and on test fields.

In this role, you ensure the reliable transition of complex robotics software from development to deployment, coordinating software releases while maintaining configuration integrity.

In this role, you will develop advanced sensor fusion and state estimation algorithms to enable robots to navigate accurately and understand their movement in complex, GPS-denied environments.

In this role, you will develop software components for autonomous UAVs, plan simulations, and test your solutions in flight trials. You will also analyze log data and integrate new functions into existing systems.

In this role, you will develop software solutions for autonomous vehicles, test algorithms, plan safety-critical systems, and support your team throughout all phases of the development process.

In this role, you develop algorithms for controlling and monitoring autonomous vehicles, conduct tests, and document systems according to industry safety standards while supporting a cross-functional team.