We continuously and permanantly offer topics for Bachelor and Master theses within the field of Visualization and Computer Graphics with a focus on Interactive Visual Data Analysis  (incl. Scientific Visualization, Medical Visualization, Information Visualization, Visual Analytics, and Visual Data Science). For sample topics, please have a look at the list of completed theses below or check out our LearnWeb site listing currently available topics and fields of potential topics. If you are interested in pursuing a thesis in this field, please contact Prof. Linsen.

If you are writing a thesis with us, please consider using our template. Here is the LaTeX source code.

• Quynh Quang Ngo: Visual Similarity Analysis for Dynamic Systems, WWU, 2020.
• Muhammad Jawad: Interactive Visual Analysis of Spectroscopy Imaging Data, WWU, 2020.
• Ali Sheharyar: Visual Analysis of Regional Myocardial Motion Data, WWU, 2020.
• Bojan Kocev: Modeling, Estimating, and Visualizing Spatial and Temporal Uncertainty for Image-guided Therapy, Jacobs University, 2020.
• José Matute: Visual Analysis of Heterogeneous Medical Data for Cohort Studies, WWU, 2020.
• Gordan Ristovski: Uncertainty in Medical Visualization, Jacobs University, 2017.

• Andra Pascale: Physically Accurate Chewing Simulation for Analyzing Restorations, Jacobs University, 2017.

• Muhammad Laiq Ur Rehman Shahid: Upper Airway Segmentation and Interactive Analysis to Investigate Obstructive Sleep Apnea in a Cohort Study, Jacobs University, 2016.

• Philipp Last: Analysis of Automatic Identification System Data for Maritime Safety, Jacobs University, 2016.

• Alexey Fofonov: Visual Analysis of Multi-run Spatio-temporal Simulation Data, Jacobs University, 2016.

• Ahmed Al-Taie: Uncertainty Estimation and Visualization in Segmenting Uni- and Multi-modal Medical Imaging Data, Jacobs University, 2015.

• Ronak Etemadpour: Human Perception in Using Projection Methods for Multidimensional Data Visualization, Jacobs University, 2013.

•  Sherin Al-Shbat: Decoupling Mesh and Data Representation for Geo-spatial Data Visualization, Jacobs University, 2012.

• Steffen Hauth: Tool Path Generation for Finishing Processing, Jacobs University, 2011.

• Tran Van Long: Visualizing High Density Clusters in Multidimensional Data, Jacobs University, 2010.

•  Tetyana Ivanovska: Efficient Multichannel Image Partitioning: Theory and Application, Jacobs University, 2009.

•  Paul Rosenthal: Direct Surface Extraction from Unstructured Point-based Volume Data, Jacobs University, 2009.

• Alexander Kumpf: Data-driven Ensemble Visualization, TU Munich, 2020.
• Nils Lichtenberg: Abstraction of Bio-medical Aurface Data for Enhanced Comprehension and Analysis, Universität Koblenz-Landau, 2019.
• Florian Weiler: Computational Tools for Objective Assessment in Neuroimaging, Jacobs University, 2019.
• Matthew Anthony Thomas van der Zwan: Visual Analytics of Multidimensional Time-dependent Trails with Applications in Shape Tracking, University of Groningen, Netherlands, 2018.
• Aaron Scherzinger: Data Exploration in Natural Sciences using Machine Learning and Scientific Visualization, Westfälische Wilhelms-Universität Münster, 2018.
• Christian Schumann: Visualization and Heuristic Modeling for Planning Minimally- and Non-invasive Tissue Ablation, Jacobs University, 2016.
• Mihaela Jarema: Visual Analysis of Statistical Aspects of Ensemble data, Technische Universität München, 2016.
• Renato Rodrigues Oliveira da Silva: Visualizing Multidimensional Data Similarities Improvements and Applications, University of Groningen, Netherlands, 2016.
• Teodora Chitiboi: Myocardium Segmentation and Motion Analysis from Time-varying Cardiac Magnetic Resonance Imaging, Jacobs University, 2016.
• Danilo Barbosa Coimbra: Multi-dimensional Projections for the Visual Exploration of Multi-media Data, University of Groningen, Netherlands, 2015.
• Alireza Rezaei Mahdiraji: A Query Language for Scientific Meshes, Jacobs University, 2015.
• Kai Lawonn: Illustrative Visualization of Medical Data Sets, Otto-von-Guericke-Universität Magdeburg, 2014.
• Eva Monclus Lahoya: Advanced interaction techniques for medical models, Universitat de Barcelona, Spain, 2013.
• Christian Rieder: Interactive Visualization for Assistance of Image-guided Interventions, Jacobs University, 2013.
• Christian Hansen: Software Assistance for Preoperative Risk Assessment and Intraoperative Support in Liver Resection Surgery, Jacobs University, 2012.
• Steffen Brasch: Interactive Visualization for the Exploration of Aligned Biological Networks and Their Evolution, Ernst-Moritz-Arndt-Universität Greifswald, 2011.
• Suthambhara N: Visual Analysis of Interactions in Multifield Scientific Data, Indian Institute of Science, Bangalore, India, 2011.
• Stanislav Harizanov: Analysis of nonlinear subdivision and multi-scale transforms, Jacobs University, 2011.
• Iulian V. Ilieş: Cluster Analysis for Large, High-dimensional Datasets: Methodology and Applications, Jacobs University, 2010.
• Eui Chul Kang: Efficient Data Reduction Techniques for 3D Model Generation in Reverse Engineering, Gwangju Institute of Science and Technology, Republic of Korea, 2007.
• Sung W. Park: Discrete Computational Methods for Volume Data Processing in Scientific Visualization, University of California, Davis, U.S.A., 2007.

• Johannes Fincke: Integrating Categorical Data into Star Coordinates, WWU 2022.
• Karl Heimes: Visual analysis of tissue properties and their effects on radiofrequency
  ablation simulations , WWU 2022.
• Hennes Rave: Region-based Visual Analysis of 3D Ensemble Data Using Hierarchical Clustering, WWU 2021.
• Clemens Hesse-Edenfeld: Visual Analytics of Groups in Streaming Trajectory Data, WWU 2021.
• Marcel Fischer: Zusammenfassung und Darstellung multidimensionaler Kurven-Ensembles, WWU 2021.
• Timo Hoth: Effects of induced latency on performance and perception in video games, WWU 2021.
• Steffen Flagge: Effekte der sozialen Interaktion auf das Präsenzgefühl bei graduellen Transitionen, WWU 2021.
• Valerie Müller: Visualisierung von Unsicherheiten in Topic Modellen, WWU 2020.
• Arthur Giberlein: Entwicklung eines eTextile Data Glove mithilfe neuronaler Netzwerke und genetischer Algorithmen, WWU, 2019.
• Karim Huesmann: Real-time Layer-wise Analysis of Convolutional Neural Networks, WWU, 2019.
• Simon Leistikow: Visualisierung von Simulationsensembles zur 4D-Phasenkontrast-MR-Datenassimilation WWU, 2019.
• Carlos Jansen: Hybrid Isosurface Rendering, WWU Münster, 2019.
• José Alejandro Matute Flores: Investigating Vascular Structures: Automatic Generation and Interactive Visual Exploration, Jacobs University, 2015.
• Bojan Kocev: Projector-based Surgeon-Computer Interaction on Deformable Surfaces, Jacobs University, 2013.
• Teodora Chitiboi: Merging Strategies Based on Super-structure Information in Object Based Image Analysis, Jacobs University, 2013.
• Gordan Ristovski: Interactive Visualization of Eye Tracking Data, Jacobs University, 2011.

• Petar Dobrev: Compact Representation of the Isosurface Spectrum for Efficient Isosurface Rendering, Jacobs University, 2010.

• Teodor Cioaca: CNC Machining with Bounded Dynamics, Jacobs University, 2010.

• Daniel Cernea: Graphical Methods for Online Surface Fitting on Range Sensor Point Clouds, Jacobs University, 2009.

• Steffi Benthin: Messverfahren für Augen-Deformation: Konzept und rechnerexperimentelle Erprobung, Ernst-Moritz-Arndt Universität Greifswald, 2007.

• Olexej Lazarevich: Volume Modeling Using Multiresolution Filtering, Jacobs University, 2006.

• Sabine Behrendt: Visualisierung von hierarchischen Strukturen mit 3D Treemap-Nodelink Layouts, Ernst-Moritz-Arndt Universität Greifswald, 2006.

• Robert Hermann: Automatische Segmentierung von Haifischdaten basierend auf anatomischem Wissen, Ernst-Moritz-Arndt Universität Greifswald, 2006.

• Julia Löcherbach: Visualization of LCMS Data, Ernst-Moritz-Arndt Universität Greifswald, 2005.

• Stephan Preuß: Von Punktwolken zu Dreiecksnetzen, Universität Karlsruhe (Prof. Hartmut Prautzsch), 2002.

• Gerd Schäfer: Adaptive hierarchische Geländedarstellung,  Universität Karlsruhe (Prof. Hartmut Prautzsch), 2000.

• Matthias John: Methoden zur Visualisierung und Verarbeitung von Punktwolken,  Universität Karlsruhe (Prof. Hartmut Prautzsch), 1999.

• Nico Pohlmeier: Visuelle Analyse der Auswirkungen von Blutflusssimulationsparametern auf die Hämodynamik, WWU 2022.
• Moritz Kaiser: Visuelle CNN Hyperparameter-Analyse für Bildsegmentierung durch vortrainierte Netzwerkfeatures, WWU 2022.
• Johannes Hegselmann: Pairwise Combinations of One-dimensional Projection Methods, WWU 2022.
• Hamza Saeed: Visuelle Analyse der Evolution von Topics in Text Corpora, WWU 2022.
• André Himmelspach: Erweiterung von Sternkoordinaten für fehlende Daten, WWU 2021.
• Malte Heuser: Transformer Neural Networks for the Visual Analysis of Spatio-temporal Ensembles, WWU, 2020.
• Sergey Demidov: Interaktive visuelle Analyse von Korrelationen  in Deep Convolutional Neural Networks, WWU 2020.
• Hennes Rave: Axis Bundling and Brushing in Star Coordinates for Multi-dimensional Data Visualization, WWU, 2019.
• Joshua Esselmann: Ein Tool zur semiautomatischen Erstellung von Morphanimationen für 3D Meshes, WWU, 2019.
• Sagad Hamid: Visuelle Analyse vom Einfluss der Hyperparameter beim Trainieren neuronaler Netze, WWU, 2019.
• Marvin Dario Brütt: Kurven-Boxplot-Visualisierung von nicht synchronisierten Kurvenensembles, WWU, 2019.
• Tobias Johanning: Ein heterogenes Virtual Reality Publikum mit manipulierbarem Verhalten, WWU, 2018.
• Alexander Gerwing: Model-based Tracking for Immersive Virtual Environments, WWU, 2018.
• Marcel Fischer: Hauptkurven aus Skeletten für die Analyse multi-dimensionaler Daten, WWU, 2018.
• Maria Karin Herick: Analyse der Veränderung topologischer Strukturen in Simulationsensembles, WWU, 2018.
• Tayfun Honluk: Unsicherheitsvisualisierung bei der Blutflussanalyse, WWU, 2018.
• Marina Evers: Uncertainty-aware Prediction in Spatio-temporal Simulation Ensemble Visualizations, WWU, 2018.
• Stephan Boshe-Plois: Visual Analysis of Billiard Dynamics Simulation Ensembles, WWU, 2018.
• Johannes Weidner: Farbiges stochastisches Shadow Mapping für direktes Volumenrendern, WWU, 2017.
• EIke Gebauer: Visuelle Kodierung von 2D-Skalarfeldensembles, WWU, 2017.
• Steffen Johannes Flagge:  Graduelle Immersion - Die Vorteile eines Einstiegs in eine virtuelle Umgebung, als kontinuierlicher Prozess, , WWU, 2017.
• Bharadwaj Rabindranath Bharath: On The 3-Dimensional Rendering of Contour Trees, Jacobs University, 2016.
• Sara Todorovikj: Time-coherent Image-space Point Cloud Rendering, Jacobs University, 2016.
• Mina Khairy Nesseim Khalil Salib: Fracture of 3D Elastic-Plastic Deformable Objects, Jacobs University, 2016.
• Tinashe Matate: Time-coherent image-space point cloud rendering, Jacobs University, 2015.
• Muhammad Hassaan Farooq: Visual Analysis of MR Spectroscopy Data, Jacobs University, 2015.
• Desislava Decheva: Distance Encoding and Visual Clutter Reduction in the Interactive Visualization of Large Multidimensional Data Sets, Jacobs University, 2015.
• Georgian Besleaga: Modeling physically-based deformations using Mass Spring Systems, Jacobs University, 2014.
• Georgi Gyurchev: Crack Detection in Photographs of Concrete Surfaces and Visualization in Point Clouds, Jacobs University, 2014.
• Andrei Militaru: Intrinsic Decomposition of 3D Laser Scans, Jacobs University, 2014.
• Manuela Miteva: Visualization of Stress and Strain of Bridges in Point Cloud Representation, Jacobs University, 2014.
• Andreea-Ioana Popa: Compact Point-Cloud Representation of Isosurface Spectrum for Efficient Surface Rendering, Jacobs University, 2014.
• Prabal Poudel: Uncertainty in Electromagnetic Tracking: Estimation, Visualization and Correction, Jacobs University, 2014.
• Teodor Rupi: Animation of fracture on physically-based deformation of elastoplastic materials using Finite Element Method, Jacobs University, 2014.
• Muhammad Omer Saeed: Efficient Collision Detection in a Scene with Static and Dynamic Objects (and its Application to Chewing Simulation), Jacobs University, 2014.
• Sudhashree Sayenju: Visualization of similarity of hierarchically organized objects, Jacobs University, 2014.
• Valeriu Schneider: Multi-touch user interaction in navigation through point-based renderings, Jacobs University, 2014.
• Samit Vaidya: Topological landscapes for time-varying volume data, Jacobs University, 2014.
• Titiruck Nuntapramote: Re-lighting of scanned 3D scenes, Jacobs University, 2013.
• Jan-Wilken Dörrie: Map-based Visualization of Categorizations of Mathamatical Articles, Jacobs University, 2013.
• Victor Savu: Compact Representation of Isosurface Spectrum for Efficient Rendering, Jacobs University, 2012.
• Nurazem Kaldybaev: CAD Methods for Shoe Last Modeling, Jacobs University, 2011.
• Aygul Shugaeva: 3D Layout Algorithms in OpenCobalt, Jacobs University, 2011.
• Adriatik Bedjeti: Interactive Visual Exploration of Photo Collections with Coordinated Views, Jacobs University, 2011.
• Richelle Fosu: Multiresolution Approach to Large City Models, Jacobs University, 2011.
• Dimo Stoyanov: Visualizing Network Data: Visual Encoding and Interaction, Jacobs University, 2010.
• Keshab Neupane: Visualizing Network Data: Visual Data Analysis, Jacobs University, 2010.
• Sebastian Trofin: Interactive Visual Exploration of Photo Collections, Jacobs University, 2010.
• Andra Pascale: Tree Growth Modeling: Obstacles, Jacobs University, 2010.
• Kirila Adamova: Tree Growth Modeling: Sketch-based CAD, Jacobs University, 2010.
• Cristina Stancu-Mara: Gesture-based Interactions in Virtual Environments: Depth Information, Jacobs University, 2010.
• Bojan Kocev: Gesture-based Interactions in Virtual Environments: Gestures and Functionality, Jacobs University, 2010.
• Maja Grintal: Topology-based Isosurface Representation, Jacobs University, 2009.
• Alen Stojanov: Gesture-based Human-computer Interaction, Jacobs University, 2009.
• Gordon Ristovski: Detail-preserving Animation, Jacobs University, 2009.
• Petar Dobrev: Modeling of Large Cities - Visualization, Jacobs University, 2008.
• Nikolay Kazmin: Modeling of Large Cities - Software Engineering, Jacobs University, 2008.
• Rouslan Dimitrov: Solid Environment Reconstruction from a Depth Map on the GPU, Jacobs University, 2007.
• Karsten Müller: Fotorealistische Methoden für Punktwolken, Ernst-Moritz-Arndt Universität Greifswald, 2005.
• Matthias Braun: Hierarchische Geländedarstellung durch Punktwolken, Universität Karlsruhe (Prof. Hartmut Prautzsch), 2001.
• Tobias Kunzelmann: Interaktives Modellieren mit Punktwolken, Universität Karlsruhe (Prof. Hartmut Prautzsch),  1999.