The Computer Graphics Group give students the opportunity to work on a wide variety of topics in the fields of Computer Graphics and Geometry Processing. Bachelors and Master students interested in those fields are encouraged to contact us to discuss theses topics. You can also find already-existing thesis topics below. All theses' topics are flexible and can be arranged to suit your interests.
Finished Master Thesis:
"General Shape Reconstruction from Point Clouds using 3D Parametrizations" by Tobias Luc Kohler. September 2025.
"Remeshers for Locally Injective Maps" by Florin Achermann. September 2025.
"Pushing Beyond Up to 58 Tets per Hex" by Luca Schaller. September 2025.
"In-Situ 3D Visualisation of the Human Anterior Segments Based on Optical Coherence Tomography" by Sandro Scherrer. September 2025.
"Modeling Snow Compaction Bands" by Tobias Verheijen. February 2025.
"An Implementation of a Staggered Grid with Comparative Analysis Between Covector Fluids and the Basic Methods" by Boris Mottet. September 2024.
"Iterative local remeshing for locally-injective deformations" by Antoine Demont. September 2024. report | code
"3D building planimetry from unaligned point clouds" by Dave Meier. July 2022. report | code
Finished Bachelor Thesis:
"Minimum Convex Cost Flows on Directed and Bi-Directed Networks" by Lino Meister. April 2025.
"3D Metric Fields - Optimizing Frame Fields in a new Metric" by Florin Achermann. October 2023. report
"Fast Hexahedral Mesh Extraction from Locally Injective Integer-Grid Maps" by Tobias Luc Kohler. October 2023. report | slides
"Up to 58 Tets/Hex to untangle Hex meshes" by Luca Schaller. November 2022. report | code | slides
"Rust-V Physically Based Spectral Rendering" by Julius Oeftiger. July 2022. report | code
"Creation and modification of 3D meshes in virtual reality" by Marcel Zauder. February 2022
"Foldover-Free Maps: an Evaluation" by Maksim Fomin. January 2022. report
"Hex-Mesh Optimization with Edge-Cone" by Elias Wipfli. December 2021
"Geodesic distance computation via virtual source propagation in a volumetric setting" by Marco Cacciatore. October 2021.
"Optimized visualization of OpenVolumeMesh in Blender" by Lorenzo Wipfli. October 2021.
"Topology preserving Meshing of Medical Data with multiple Materials" by Steve Mürset. September 2021.
"Feature Detection in Triangle Meshes" by Lukas Seeholzer. March 2021. report
"Flesh Simulation with Application to Character Animation" by Corina Danja Masanti. January 2021. report
