Prof. Dr. habil. Till Sieberth

Prof. Dr. habil. Till Sieberth

Professur für Photogrammetrie
E-Mail E-Mail
Phone +49 441 7708 - 3198
Room G 210

Books and Papers

All in One (and One for All) – U-Net Driven Multiwindow Tissue Visualization of Computed Tomography Data

2026
Apostolakos, Samson Sieberth, T. Franckenberg, S. Frauenfelder, Thomas Hatch, Gary Dobay, A. Ebert, L.
Forensic Imaging
doi.org

Automated volumetric estimation of six basic thoracic and abdominal organs in postmortem computed tomography data using deep learning techniques

2025
Fehr, J. Kurmann, A. Handschin, P. Ampanozi, G. Franckenberg, S. Golomingi, R. Sieberth, T. Ebert, L. Dobay, A.
Forensic Imaging
doi.org

Long-Term Geometric Monitoring of the Bremen Cog: Monitoring Concept, First Results and Future Perspectives

2025
Hastedt, H. Sieberth, T. Wiedmann, S.
ISPRS Ann. Photogramm. Remote Sens. Spatial Inf. Sci., X-M-2-2025, 115–122
doi.org

Photogrammetrie - Laserscanning - Optische 3D-Messtechnik

2025
Luhmann, T. Sieberth, T.
Beiträge der Oldenburger 3D-Tage und des BIMtages 2025, Wichmann Verlag, Berlin/Offenbach

Cost-effective 3D documentation device in forensic medicine

2024
Sieberth, T. Meindl, Michael Sagmeiser, Bernhard Franckenberg, Sabine Ptacek, Wolfgang
Forensic Science International
doi.org

Presentations

Forensics digital - 3D crime scene reconstruction

April 2026
Sieberth, T.
Vortrag in der Rechtsmedizin Thessaloniki

Projects

Model adaption of generic rotor blades for runtime extension assessments using optical 3D measurement technology and experimental modal analysis

2023-2026
Funded by Federal Ministry for Economic Affairs and Energy
Subproject Optical 3D Measurement Technology:
For making of reliable wind turbine runtime extension assessments, a new method is being developed that takes into account the geometry and modal properties of the respective rotor blade. These are determined using optical 3D measure... more

Geometric monitoring of the Bremen Cog

Beginn: 2017
Funded by German Maritime Museum, Leibniz Institute for Maritime History
The project focusses on the conception and implementation of the geometric monitoring of the Bremen Cog (appr. 25m x 8m x 8m). The Bremen Cog is the best preserved medieval merchant ship in the world. A large-volume optical 3D-measurement concept is applied in order to al... more

Bachelor & Master Theses