Thesis Topics
The Chair of Imaging and Computer Vision is an interdisciplinary institution that combines various faculties. With its primary affiliation to Faculty 6 and long-standing secondary memberships in Faculties 1 and 10, the chair offers unique and interdisciplinary supervision for theses in the fields of Electrical Engineering, Physics, and Biomedical Engineering. This cross-faculty structure enables us to promote scientific excellence at the interfaces between these disciplines.
Topics for Master’s and Bachelor’s theses are always available – contact us at any time or drop by!
Open Thesis Topics
Deep Learning Topics
Efficient Vision-Language Models for Logical Anomaly Detection via Structural Pruning and Optimization Contact: Er Jin
Automatic Characterization of Subcellular Alterations in Photoreceptor Axons of Drosophila Melanogaster Contact: Johannes Stegmaier
Bayesian Optimization-based Electrode Layout Design for Retinal Implants Contact: Yuli Wu
Sequential Monte Carlo for Multi-Rodent Tracking using Segmentation Heatmaps Contact: Emil Mededovic
Multi-Marginal Optimal Transport for Multi-Rodent Tracking using Segmentation Heatmaps: A proof of concept Contact: Emil Mededovic
Positron Emission Tomography (PET)
Various Topics in Positron-Emission-Tomography: From Scanner Calibration To Image Reconstruction Contact: Julian Thull
More information about the research project
Magnet-Resonanz-Imaging (MRI)
Design and Evaluation of whole FDM 3D-Printed RF Coils made of conductive Materials for use in low-field MRI Systems Contact: Marcel Ochsendorf
More information about the research project
Design and Implementation of an NMR Field Probe for Comprehensive Characterization of Low-Field MRI Magnet Systems Contact: Marcel Ochsendorf
More information about the research project
Evaluation of imaging artifacts in low-field MRI sequences through introduced time interference Contact: Marcel Ochsendorf
More information about the research project
Development and Implementation of a Low-Field NMR Probe to acquire the free induction decay signal of a sample Contact: Marcel Ochsendorf
More information about the research project
Magnet-Particle-Imaging (MPI)
Image and video communication
We offer a variety of interesting topics in the Visual Media Communication group at LfB Contact: Mathias Wien
General Topics
HiWi Offers
We don’t have any Hiwi positions available at the moment. But don’t hesitate to come and talk to us.