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01-2020-IPS PhD Position: Synchrotron-Based X-ray Imaging


PhD students (m/f/d)

Job description

The proposed thesis work deals with the development of X-ray imaging methodology and its application to selected hot topics of materials science, with a particular focus on multi-scale 3D imaging of flat objects as typical for materials and structures for transportation. 

The candidate will join the activities of our interdisciplinary team of physicists, computer scientists and researchers in materials and life sciences, jointly developing and applying cutting-edge X-ray imaging methodology both in the laboratory and at synchrotron sources. In particular, the candidate will contribute to extending our worldwide unique portfolio of so-called laminographic 3D imaging. This technique represents a powerful generalization of conventional 3D computed tomography for application to flat and laterally extended objects, with outstanding capabilities for in situ and operando studies of materials and devices under real-world conditions.

The candidate will have the possibility to join the commissioning and first experimental operation of a new, dedicated laminography station which is currently being installed in the IPS imaging beamline IMAGE at the KIT synchrotron source in the end of 2019. Further, a state-of-the-art X-ray microscopy station and a tube-based X-ray imaging laboratory are already available for experiments, both with worldwide unique capabilities. Based on this powerful pool of instrumentation, the thesis work will in particular deal with the implementation of multi-scale (from several hundred millimeters down to tens of nanometers) and multi-contrast (absorption, phase, Bragg diffraction, etc.) imaging modes for in situ laminography. This includes investigating and understanding the physical processes involved in the image contrast formation, and the subsequent derivation of suitable algorithms for 2D/3D image processing and reconstruction.

The PhD work will be embedded into our activities within the French-German LAMBDA project, which aims at multi-scale materials science involving the in situ investigation of the damage formation and evolution in flat sheet materials under different loading conditions. In collaboration with one of the world-leading groups regarding materials and structures for transport applications (cars, planes, etc.), the candidate will have the opportunity to participate in the joint preparation and execution of experiments at KIT and other European synchrotron radiation facilities like the ESRF (Grenoble) and PETRA3 (DESY/Hamburg). Together with experts in this field of materials science, the candidate will play a substantial role in the analysis, interpretation, visualization and publication of the measured data.

Besides a job ticket (BW) allowance and an on-site cafeteria/canteen, we offer flexible working-hours, a wide range of advanced training options, diverse and responsible tasks and an attractive and modern work environment with access to the excellent research infrastructure at KIT as well as to other European large-scale facilities.

Key words: 3D imaging, synchrotron radiation, X-rays, tomography, laminography, in situ studies, materials science.

Personal qualification

Personal Qualifications:

  • preferably master/diplome in physics; alternatively master in materials science / computer science with deep interest and knowledge in physics,
  • Interest and skills in complex methodology and instrumentation,
  • General IT-affinity and advanced programming skills in at least one: Matlab, Python, C++, CUDA/OpenCL),
  • Asset: prior experience in 2D/3D image analysis,
  • Fluency in both spoken and written English.



More details Apply

Higher Education Opportunities at the Institute for Photon Science and Synchrotron Radiation

If you are interested in being involved in research at the Institute of Photon Science and Synchrotron Radiation, please feel free to contact us. We generally offer projects for Batchelor and Master Theses in the following areas:

X-ray and related spectroscopy for the investigation of energy-relevant materials and devices (http://www.ips.kit.edu/5899.php, contact: Lothar Weinhardt (lothar weinhardt∂kit edu)

X-ray scattering methods in nanoscience and materials for information technology (http://www.ips.kit.edu/2757.php, contact: Anton Plech (anton plech∂kit edu), Svetoslav Stankov (svetoslav stankov∂kit edu)

X-ray Imaging methods for materials and biological structures (http://www.ips.kit.edu/5651.php , contact: experimental: Angelica Cecilia (angelica cecilia∂kit edu)

Projects for doctoral research are updated as and when available.