Bachelor & Master Theses

Students studying Media Informatics, Computer Science, Software Engineering, or Cognitive Systems are very welcome to carry out their final thesis project (Bachelor or Master) with us. If you are interested, we recommend that you contact one of the research group staff directly.

In the following, we give information about the topic selection, the thesis process, templates, and a list of concluded theses for your initial orientation.

Topic Selection

We always offer interesting topics in the areas of computer graphics, visualization, deep learning, explainable artificial intelligence, and a special focus on medical applications. Students can either work on one of our currently open topics or develop a topic together with one of the research group staff, also on the basis of own ideas. The topics can have a practical as well as theoretical focus. Explorative user studies are also possible. Below a list of main topic areas and contact persons in alphabetic order is displayed.

Topic areas and contact persons

Computergraphics
Dataset Generation, Rendering, and Augmented Reality

Sebastian Hartwig, Jan Haßler, Julian Kreiser, Patrik Puchert, and Michael Schelling
Data Visualization
InfoVis, SciVis, and Perceptual Studies

Christian van Onzenoodt
Deep Learning
Focus: Medical Applications
Semantic Segmentation, Medical Imaging, and MediVis

Hannah Kniesel and Julian Kreiser

Thesis Process

The work on a final thesis project can be divided into three phases:
  1. In the planning phase, the student acquaints himself with the subject and plans the thesis work together with the supervisor. The result of this phase is a 1-2-page document containing a work plan as well as the objectives of the work.
  2. In the implementation phase, the objectives developed in the planning phase are realized. This phase usually takes up the majority of the entire time.
  3. In the writing phase, the student writes the actual thesis, which describes the topic in the context of related work, and discusses the implementation as well as the results obtained. This can be done in German or English.
In all three phases, the student is in close contact with the supervisor, discussing the current progress and potentially occuring problems.

Templates

Here you can find Latex templates for writing a thesis with our group.

Topics of accomplished theses

Here you can find a list of completed Bachelor and Master theses.
  • PySplitUbi - A program for measurement and analysis of SplitUb arrays thumbnail
  • Optimization of Semantic Segmentation on 3D Radar Point Clouds thumbnail
  • Learned Reconstruction in (Bio-)Medicine thumbnail
  • Differentiable Rendering for Constructive Solid Geometry thumbnail
  • Transparent Relief Mapping for Rendering Large-Scale Ground Vegetation in Real-Time thumbnail
  • Visualizing Missing Data in Parallel Coordinates thumbnail
  • Generative Models for Order-Independent Point Clouds thumbnail
  • Visualizing Deep Reinforcement Learning thumbnail
  • Denoising Path Tracing Images with Noise2Noise thumbnail
  • Academic-CV thumbnail
  • Rendern von HD-Karten thumbnail
  • leaRNN: Eine Interaktive Visualisieurng rekurrenter neuronaler Netze thumbnail
  • Deriving 3D scenes using Floorplans for photo-realistic Rendering thumbnail
  • Multi-Resolution Rendering für rechenintensive Beleuchtungseffekte thumbnail
  • Visualizing Point Cloud Data Using Augmented Reality thumbnail
  • Interactive 3D visualization of amyloid-beta fibril thumbnail
  • 3D City visualization as an Augmentation to Existing 2D maps thumbnail
  • Interactive Citation Trend Analysis of TVCG Articles thumbnail
  • 3D-Modellierung von Patientenlagerungssystemen für Linearbeschleuniger thumbnail
  • Translucency Rendering using a Deep Screen Space thumbnail
  • Verwendung der HTC Vive Controller für Benutzereingaben in einem Powerwall Setup thumbnail
  • Implementing the Dwivedi Sampling Scheme thumbnail
  • Real-time calculation of model thickness via tessellation into surfels thumbnail
  • Path-tracing of parallel curves thumbnail
  • Node Graph Editor for Rendering Pipelines in OpenGL thumbnail
  • A Deep Learning Journey to 6D Object Detection thumbnail
  • Luminance Estimation of Colorized Near-Infrared Images thumbnail
  • Bone Implant Visualization thumbnail
  • Near-Infrared Colorization Using Color Classes thumbnail
  • Undistortion of Images behind Refracting Geometry thumbnail
  • Deriving Parallax Environment Maps from Panorama Cameras thumbnail
  • Radar Data Visualization to Enhance Scene Comprehension thumbnail
  • Reconstructing 3D Volumes from 2D X-Rays Using Deep Learning thumbnail
  • Interactive Visual Trend Analysis of TVCG Articles thumbnail
  • Evaluating the Perceptual Influence of Shape Overlap in Multiclass Scatterplots thumbnail
  • RoboddrViz - A Visualization of Robot Motion Paths and the corresponding Program Logic in an automatically 3D-Reconsturcted Environment thumbnail
  • Influence of Stereoscopic Rendering on the Perception of Aggregations in Scatterplots thumbnail
  • Evaluation of Multiple Sensory Stimuli in Virtual Meditation Environments thumbnail
  • Generierung von Mosaikbildern mit Fokusdarstellung aus Bildersammlungen thumbnail
  • Radarvisualisierung in der Fahrzeugnavigation thumbnail
  • Visualization of Protein Tunnels Exploiting Cylindrical Projections thumbnail
  • Interactive Shadow Based Surface Acquisition thumbnail
  • God Rays und Volumetrische Lichtstreuung thumbnail
  • Formalizing Visual Representations of Spatial Data using Symbolic Regression thumbnail