Topics for Bachelor and Master theses

Currently available topics

  • Use of AI for point cloud classification of burned vegetation for fire intensity detection (BA/MA, Infos see Link and Melanie Elias and Anette Eltner)

  • AI-based stabilization and occlusion correction of time-lapse images to optimize 4D change detection (BA/MA, Infos see Link and Melanie Elias and Anette Eltner)

  • Development of a method for measuring the frontal position of an Arctic glacier in terrestrial image sequences. (Master thesis, Infos Ellen Schwalbe)
  • Analysis of the possibilities of identifying water lines from photogrammetric data (Master thesis, Infos Prof. Maas)
  • Development of a method for image-based evaluation of measurements of visibility depth in water with a Secchi disk. (Master thesis, Infos David Mader & Katja Richter)
  • Deep learning to improve aerial photogrammetry with historical imagery. (Master thesis, Infos Anette Eltner & Ferdinand Maiwald)

  • Investigating Deep Learning for Stereo Matching of low-cost imagery to study river bank erosion (Master thesis, Infos Melanie Elias and Anette Eltner, JProf. Geosensorsystems)

  • 4D filter approaches to process time series of 3D point clouds (thesis, Infos Melanie Elias and Anette Eltner, JProf. Geosensorsystems)

  • Use of high-resolution terrain models to calculate the incident solar radiation power, taking into account the local topography (Bachelor thesis in cooperation with the HZDR, Infos Anette Eltner)

  • Automatic extraction of water lines from multi-spectral aerial imagery data to derive consistent depth models in lake surveying. (Master thesis in cooperation with the  Bundesamt für Seeschifffahrt und Hydrographie (BSH), Infos Christian Mulsow)

  • Development of a method for determining the interior and exterior orientation of historical photographs with the aid of current photographs (Master thesis, Infos Ferdinand Maiwald)

  • Evaluation of image processing methods for the automated detection of pedestrians in high-resolution satellite images (Master thesis, Contact: Melanie Elias & JProf Anette Eltner)

  • Development of a method for monitoring the growth of deciduous trees from multi-temporal TLS data (Master's thesis, contact: Katja Richter and Anne Bienert)

  • Comparison of the registration accuracy of different ICP variants (Master thesis, Infos Steffen Isfort)

  • Potential of AI-based software engineering for solving photogrammetric problems (Master thesis, programming skills required, Contact:  JProf Anette Eltner und David Mader)

  • Investigating in to the accuracy of 3D printing methods (Master thesis, Infos: Matthias Hardner)

  • Accuracy comparison of conventional dense matching methods to Neural Radiance Fields (NeRFs) (Infos Ferdinand Maiwald)

Notes

This list may not be complete or up-to-date. Therefore, it may be worthwhile to contact the staff of the Photogrammetry Chair directly for further current topic suggestions. (Almost) all topics can be designed in such a way that they are suitable for a bachelor or master thesis..

Further topics from the fields of close range photogrammetry, terrestrial laser scanning, aircraft laser scanning, aerial photogrammetry and image analysis can be given out at any time after consultation. Own topics (e.g. in combination with an internship at a company) can also be proposed and discussed with the staff members. The page finished theses can therefore be used. For the selection of the topic, the processing, submission and evaluation of the thesis, please refer to our guidelines for theses.

About this page

Danilo Schneider
Last modified: Feb 07, 2023