16 scrum master English-speaking jobs in Cologne

What to expect In crashworthiness optimization, we aim to design vehicles that are robust, safe, and lightweight. Evaluating these designs is computationally expensive, so we use surrogate models to approximate costly simulations. However, mathematical bottlenecks within the surrogate modeling process can limit efficiency and accuracy.

As part of your master thesis, you will contribute to the development of fuel cell propulsion systems

What to expect: At the DLR Institute of Communications and Navigation we conduct research on different methods for precise and reliable localization of trains. To evaluate these methods, we have collected data from different kinds of sources (e. g. video cameras, GNSS receivers, magnetic field sensors, accelerometers).

What to expect A Multi-Agent System is a network of physically uncoupled subsystems that are connected via a communication structure. To ensure the scalability and availability of such systems, the agents are controlled decentrally by networked controllers.

measured response of the lidar receiver system Your profile currently enrolled in the last year of a master

What to expect In the Department for Flight Control and Simulation, one of the main activities is the development of full-motion simulators and their control algorithms. The algorithms consist of two parts. The first leads to the actual movement of the platform by providing joint angles or a Cartesian pose, which is then processed by the platform's controller.

What to expect: In our modern society localization systems play an important role and people and industries depend on their availability. It is therefore desired to have a localization system that is available in all environments. For outdoor environments accurate localization is provided by globally available satellite-based systems such as GPS and Galileo.

What to expect In the department of flight control and simulation one of the main activities is the development of full motion simulators and algorithms to control them. The algorithms consist of two parts: the first part is called Motion Cueing Algorithm that transfers the motion from the simulation (e. g. flight simulation or driving simulation) to the workspace of the motion platform.

What to expect In crashworthiness optimization, we aim to design vehicles that are robust, safe, and lightweight. Evaluating these designs is computationally expensive, so we use surrogate models to approximate costly simulations. However, mathematical bottlenecks within the surrogate modeling process can limit efficiency and accuracy.

An important part of our work is researching and testing new materials, processes and technologies on a laboratory and pilot scale, to this end, we utilise a modern infrastructure of laboratories and large-scale facilities.

What to expect A Multi-Agent System is a network of physically uncoupled subsystems that are connected via a communication structure. To ensure the scalability and availability of such systems, the agents are controlled decentrally by networked controllers.

What to expect: At the DLR Institute of Communications and Navigation we conduct research on different methods for precise and reliable localization of trains. To evaluate these methods, we have collected data from different kinds of sources (e. g. video cameras, GNSS receivers, magnetic field sensors, accelerometers).

As part of your master thesis, you will contribute to the development of fuel cell propulsion systems

measured response of the lidar receiver system Your profile currently enrolled in the last year of a master

stakeholders. calibration of new test equipment Profile YOUR PROFILE: Completed technical university degree (Master

stakeholders. calibration of new test equipmentProfileYOUR PROFILE:Completed technical university degree (Master