Thesis topics

List of Topics

In addition to the list provided below, you are also welcome to contact us with a proposal for a custom topic to discuss.

• Development of a Method for Automated Pattern Recognition of Tool Marks on Historical Wood Surfaces (Master’s thesis in collaboration with the Dendrochronological Institute)
• Development and accuracy analysis of a stereo camera measurement system for viticulture (in collaboration with Grünspecht Vision)
• Development of an optical measurement system for recording historical water levels and converting them to the current elevation reference system (Bachelor’s thesis)
• Design and implementation of a geodetic network survey for engineering geodesy instruction (Bachelor’s thesis)
• 3D Gaussian Splatting in Viticulture—Potential, Accuracy, and Applications ((in collaboration with Grünspecht Vision))
• Uncertainty modeling in 3D building reconstruction using Bayesian neural networks (Master’s thesis)
• Development of an AI-Based Method for Determining Broken Grains (Master’s thesis in collaboration with Agricultural Systems Engineering)
• Automated Georeferencing of Historical Aerial Image Datasets (Master’s Thesis)
• Accuracy Analysis of Different Personal Laser Scanner (PLS) Systems (Bachelor’s Thesis/Master’s Thesis)
• Research on the Application of Physics-Informed Neural Networks (PINN) in Geodesy (Bachelor’s Thesis/Master’s Thesis)

• Metrological testing of track geometry measurement systems on mobile machines (Master’s thesis in collaboration with DB InfraGO)

• Development of a low-cost system for the early detection of track distortions (Master’s thesis in collaboration with the Chair of Rail Infrastructure)
• Surveying Strategies and Modeling of Construction Scaffolding (Master’s Thesis in collaboration with the Chair of Construction Management)
• Automated image-based detection of standing water on roadways during heavy rain events (Master’s thesis in collaboration with the Chair of Geosensor Systems)
• Use of optical sensors and image analysis for real-time detection of hazards on construction sites (in collaboration with the Chair of Construction Management)

• Development and Comparison of Geometric Methods (Spheres, Circles, Lengths) for Determining Camera Parameters in Historical Photographs (Master’s thesis in collaboration with the Chair of Photogrammetry)

• Investigation of the Trajectory Accuracy of Personal Laser Scanners (Bachelor’s Thesis)

• Investigation of the effects of different software versions on the accuracy of PLS point clouds (Bachelor’s thesis)