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calculation of wave propagation phenomena (e.g. acoustics, earthquake waves, structural dynamics) Development of numerical methods for structural mechanics (beams and shells) Interaction of CAD and simulation
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particular interest: Diffraction-based techniques such as 4D-STEM and spectroscopic, momentum-resolved methods such as EELS, as well as EDXS Expertise in electron microscopic preparation of nanoscale
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close-range photogrammetry (e.g., using drone and terrestrial LiDAR images) and advance the research field of photogrammetry, considering computer vision and artificial intelligence methods. Air
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University of Technology and was founded more than a century ago. Today; research at the institute includes the investigation of free atoms, molecules, and clusters with laser spectroscopic methods
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) recording, near-infrared spectroscopy, peripheral biosignals, offline and online signal processing of brain signals and other biosignals, feature extraction, machine learning methods applied to brain patterns
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rhetorical skills in order to be able to work in an international scientific environment Methodical and autonomous work ethic with a high degree of teamwork ability Admission Requirements Completed master's