Robot Operating System Jobs in Germany

In this role, you will develop physics-based simulation environments for robot modeling, implement contact-rich assembly operations, and explore AI technologies for automated generation of assembly skills.

In this role, you develop kinematic and dynamic models for 6+ axis robots, analyze robot-specific properties, and integrate them into industrial applications while considering PLC control systems.

In this role, you will develop DDS-based middleware for robotics and IoT, optimize communication systems, work with ROS/ROS2, and implement best practices in system integration.

In this role, you will develop DDS-based middleware for robotics, design powerful frameworks, optimize connections between IoT devices, and perform cross-system integrations.

In this role, you will develop software architectures and prototypes for automated driving systems, test them directly on test vehicles, and publish research findings at conferences.

In this role, you will develop the multi-sensor perception and fusion system for a drone early warning system, working with Embedded Linux, ROS2, and AI-Driven Sensor Networks in the innovative defense technology sector.

In this role, you will administer Windows-based workstations, develop software under ROS/ROS2, manage lab infrastructures, and support events and the training of IT specialists.

In this role, you will set up and manage the IT infrastructure, develop software solutions for automation, assist with robot maintenance, and work on projects in robotics simulation and AI.

In this role, you will develop complex sensing technologies for robotic applications and define comprehensive system architectures while closely collaborating with international partners and customers.

In this role, you will develop algorithms for controlling manipulator arms on autonomous underwater vehicles for inspecting marine infrastructures, along with conducting simulations and field tests.

In this role, you develop the control software for mobile robots based on ROS, testing and optimizing it both in simulations and directly on the vehicles.

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 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 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.