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Bachelor / Master Theses or Semester Project in X-ray Tomography
X-ray tomography group of Prof. Dr. Marco Stampanoni invites current Bachelor and Master students to do your thesis or semester project in our team.
Keywords: X-ray physics, X-ray tomography, Electrical engineering, Image Processing, System Design, Programming, Artificial Intelligence, Machine Learning, Experimental Lab Work
The team focuses on the development of tools, both instrumentation and algorithms, for tomographic X-ray imaging, exploiting synchrotron and laboratory sources. The group is engaged in the design and construction of ultra-fast data acquisition systems (stroboscopic coherent X-ray radiology and tomography) to provide dynamic investigation of rapidly evolving systems. The group also intensively develops optimized applications for fast, concurrent post-processing of tomographic data starting from simple normalization corrections to ad-hoc reconstruction and artifact reductions algorithms. Finally, the group investigates, creates and optimizes novel imaging modalities based on the coherent properties of synchrotron radiation and works on the transition of such work to conventional x-ray sources.
Currently, there are several opportunities for Semester projects, Bachelor and Master thesis in the group, which can involve but are not limited to:
• System design and system optimization for lab-CT X-ray scanners;
• Development and integration of new hardware into lab-CT X-ray scanners;
• Optimization of protocols and software for image acquisition and data processing;
• General image processing and Image Quality development (incl. AI);
• Performing experimental work and analyzing results with applications in biomedical and clinical fields.
Previous semester, bachelor and master works, done at the group can be found at the web page of the group - https://www.psi.ch/en/x-ray-tomography-group/student-projects
The team focuses on the development of tools, both instrumentation and algorithms, for tomographic X-ray imaging, exploiting synchrotron and laboratory sources. The group is engaged in the design and construction of ultra-fast data acquisition systems (stroboscopic coherent X-ray radiology and tomography) to provide dynamic investigation of rapidly evolving systems. The group also intensively develops optimized applications for fast, concurrent post-processing of tomographic data starting from simple normalization corrections to ad-hoc reconstruction and artifact reductions algorithms. Finally, the group investigates, creates and optimizes novel imaging modalities based on the coherent properties of synchrotron radiation and works on the transition of such work to conventional x-ray sources.
Currently, there are several opportunities for Semester projects, Bachelor and Master thesis in the group, which can involve but are not limited to: • System design and system optimization for lab-CT X-ray scanners; • Development and integration of new hardware into lab-CT X-ray scanners; • Optimization of protocols and software for image acquisition and data processing; • General image processing and Image Quality development (incl. AI); • Performing experimental work and analyzing results with applications in biomedical and clinical fields.
Previous semester, bachelor and master works, done at the group can be found at the web page of the group - https://www.psi.ch/en/x-ray-tomography-group/student-projects
The detailed topics for theses change constantly. Therefore, if you are looking for an opportunity to do a Semester Project, Bachelor or a Master thesis in the world-leading team on the R&D of X-ray tomography, we will be looking forward to receiving your spontaneous applications.
The detailed topics for theses change constantly. Therefore, if you are looking for an opportunity to do a Semester Project, Bachelor or a Master thesis in the world-leading team on the R&D of X-ray tomography, we will be looking forward to receiving your spontaneous applications.
Dr Michal Rawlik - mrawlik@ethz.ch
Simon Spindler - simon.spindler@psi.ch
Dr Michal Rawlik - mrawlik@ethz.ch Simon Spindler - simon.spindler@psi.ch
