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

Automated wound segmentation and classification of seven common injuries in forensic medicine

2023
Zimmermann, Norio Sieberth, T. Dobay, Akos
Forensic Science, Medicine and Pathology
doi.org

Semiautomated Targeted Postmortem Computed Tomography Angiography of the Pulmonary Arteries Using a Robotic System

2023
Franckenberg, Sabine Sieberth, T. Patcek, Wolfgang Fürst, Martin Colacicco, Giovanni Ebert, L.
Forensic Science International
doi.org

A technical protocol for 3D observation and documentation of human decomposition

2022
Seckiner, Dilan Ebert, L. Mallett, Xanthé Berry, Rachel Green, Hayley Franckenberg, Sabine Thali, Michael Sieberth, T.
Australian Journal of Forensic Sciences
doi.org

Presentations

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

August 2025
Hastedt, H. Sieberth, T. Wiedmann, S.
30th International Symposium CIPA 2025 Seourl
doi.org

Forensische Bildgebung – Ein Bild sagt mehr als 1000 Worte, aber ein 3D Modell spricht Bände

Mai 2025
Sieberth, T.
Geowissen­schaftliches Kolloquium TU Dresden
Link

Forensische Bildgebung – Ein Bild sagt mehr als 1000 Worte, aber ein 3D Modell spricht Bände

Mai 2025
Sieberth, T.
Fachtagung BDVI Landesgruppe Baden Württemberg

Forensic 3D - From Crime Scene Documentation to Court Visualisation

April 2025
Sieberth, T.
Photogrametric Week
Link

Forensics digital - 3D crime scene reconstruction

Januar 2025
Sieberth, T.
Geodätisches Kolloquium

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

Analysen zur Herstellung der Orientierung einer Zeilenkamera in der Nahbereichsphotogrammetrie am Beispiel der HAIP BlackIndustry SWIR 1.7 Max

2026/2
Supervisors

Heidi Hastedt

Prof. Dr. Till Sieberth