Innovation drivers for modern radar systems, for example with applications for drone detection or for the automatic evaluation of large synthetic aperture radar (SAR) images, are automatic target recognition algorithms. The PhD student will be encouraged to enter this dynamic field of research and to tackle the challenges of the following topic with creative ideas in collaboration with other PhD students, researchers and developers from different disciplines. The constellation of a large research institution and an industrial company gives the PhD student the unique opportunity to work in a team of DLR researchers and PhD students as well as with developers from industry and to gain insight into the developments of quantum computing in a larger context. Our partner is the company HENSOLDT, an internationally leading supplier for defense and security electronics. With this research position, the DLR Microwaves and Radar Institute, with its world-renowned expertise in the design and development of Earth observation missions, offers anyone interested the opportunity to conduct research in an innovative research field within the framework of an industrial sponsorship.
In this context, the German Aerospace Center (DLR) supports young scientists through a specially established program, the Quantum Fellowship Program (QFP).
Quantum computing, as a new paradigm for solving highly complex computational problems, is about to penetrate more and more application areas.
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