Student Projects
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We offer thesis subjects, e.g. in Virtual/Augmented Reality, Computer Haptics, Medical Simulation, Computer-Assisted Planning, Computer Graphics, Human-Computer Interaction. Please get in touch to discuss possible directions. Examples of currently open topics:
- Interactive Visualization of 3D Light Distribution Volumes in Augmented Reality (Bachelor)
- Evaluation of Soft Tissue Simulation Frameworks for Computing Brain Deformations (Bachelor)
- Bachelor's and Master's Thesis options with ZEISS Corporate Research and ZEISS Medical Technology
- Unsupervised Domain Adaption for Cross-Modality Multi-Organ Abdominal Segmentation (Bachelor/Master)
- Brick Object Generation and Modification via Textual Control (Master)
Further topics are available. Please get in touch with us for further information.
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Ongoing
Subjects in VR/Haptics
Subjects in Human-Computer Interaction
- The Impact of the Placebo Effect on Cyber Sickness (Bachelor)
- Personalized Speech Controlled Block Building (Bachelor)
- Akzeptanzstudie von Augmented Reality Smart Glasses in der Gesellschaft (Bachelor)
- How effective are smartwatch notifications in alerting users to vishing attacks? (Bachelor)
- Dark Walking (Bachelor)
- Tangible Prompt Engineering (Bachelor)
- Evaluating the Impact of Screen Size on the Likeability of Hyperealistic Human-like Digital Avatars (Bachelor)
Subjects in Medical Simulation
- Evaluation of Artifact Removal Methods for Endoscopic Images (Master)
- Surgical Simulator: Haptic Feedback for Cutting (Bachelor)
- Surgical Simulator: PBD Fluids on Soft-bodies (Bachelor)
Subjects in Computer-Assisted Planning
- Self-Supervision for Medical Image Registration (Master)
- Geometric Deep Learning for Liver Registration (Master)
- Training Data Synthesis for Automatic Liver Vasculature Segmentation (Master)
Subjects in Computer Graphics
- Omnidirectional NeRF / Gaussian-Splatting SLAM (Master)
- Solving Hydrodynamics In An Anaerobic Digestion Tank With FLIP (Bachelor)
- Rigid Brick Object Physics via PBD (Bachelor)
Completed
- Immersive Alpine Preparedness: Enhancing avalanche rescue training through mixed reality (Master)
- Tactile Rendering in Touristic Maps - Enhancing Understanding and Navigation for Visually-Impaired and Blind Persons (Master)
- Multi-objective optimization for liver tumor ablation procedure (Master)
- Adaptive Generation of Musical Variations (Master)
- Automated Textual Description of Procedurally Generated 3D Scenes (Master)
- 3D Reconstruction with Focus on Minimally-Invasive Surgery (Master)
- Automatic Synthesis of Vessel Textures for Virtual Surgical Scenes (Master)
- Enhancing Visual Rendering for Interactive Augmented Reality (Master)
- Parallel Implementation of Soft Body Dynamics (Bachelor)
- The Impact of the Placebo Effect on Cyber Sickness (Bachelor)
- From Immersion to Manipulation: Exploring the Role of Dark Patterns in Mixed Reality (Bachelor)
- Enhancing the Control Mechanism of a UAV Using Multimodal Feedback (Haptic, Visual and Auditory) (Bachelor)
- Realistic Real-Time Rendering of Internal Human Anatomy (Bachelor)
- CNNs for Precise Scratch Segmentation in Images (Bachelor)
- Evaluation of Deep Learning Approach for Highlight Detection and Correction in Endoscopic Images (Bachelor)
- Automatically Generated Platformer Game Levels via Reinforcement Learning (Bachelor)
- Virtual Multi-Camera System in Blender (Bachelor)
- Augmented Haptic Navigation Applications for White Cane Users (Bachelor)
- Interactive Soft Body Cutting (Bachelor)
- Utilizing smart watches for more precise touch based mixed reality interaction (Bachelor)
- Augmentation of 3D Object Tracking using 2D Visual Information (Bachelor)
- Prediction of Vortex Formation via Machine Learning (Bachelor)
- Implementation of Smooth Particle Hydrodynamics in SYCL (Bachelor)
- Evaluation of 3D Registration Algorithms for 3D Object Tracking (Bachelor)
- Virtual multi-camera model (Bachelor)
- Map (Room/Terrain) Synthesis for Low-Poly 3D Scenes (Bachelor)
- Generating Textures from Images for Low-Poly 3D Objects (Bachelor)
- Adaptive Performance Optimization for Volume Raycasting (Bachelor)
- Conditional Low Poly Character Composition (Bachelor)
- Real-Time Animation of Fluids (Bachelor)
- Real-time volume rendering for medical images visualization (Bachelor)
- Emotion Assessment From Physiological Signals (Bachelor)
- Deep Learning of Preconditioners for Linear Conjugate - Gradient Optimization on Unstructured Grids (Bachelor)
- Advanced Screen-Space Ambient Occlusion for real-time rendering (Bachelor)
- Volume Multi-resolution Meshes for Physically-based Simulations (Bachelor)
- Interactive Audio Book (Bachelor)
- Real-time rendering of realistic materials using approximate subsurface scattering (Bachelor)
- Haptic Assistance System for Visually-Impaired Climbers (Bachelor)
- Global Illumination by Precomputed Local Reconstruction from Sparse Radiance Probes (Bachelor)
- Using Machine Learning for Monte Carlo Noise Filtering (Bachelor)
- Fast Collision Detection for Interactive Applications using Representative-Triangles (Bachelor)
- Automatic Generation and Interactive Adaptation of Wrinkles on Surfaces (Bachelor)
- Mesh Simplification Based on Neural Networks (Bachelor)
- Usage of Tactile Rendering in Medical Simulation (Bachelor)
- Voxel Cone Tracing for Surgical Simulation (Bachelor)
- Automatic Atlas-based Landmark Transfer for Ligaments Identification (Bachelor)
- Is Your Arm Pointing At Where You Think? Proprioceptive Recalibration of the Upper Limb (Bachelor)
- Haptic Exploration of Images for the Visually Impaired (Bachelor)
- Procedural Modelling of Cities (Bachelor)
- Procedural Generation of Mountain Ranges Based on Geology (Bachelor)
- Screen-Based Rendering of Fluids (Bachelor)
- Evaluation of a Motion-Based Haptic Rendering Algorithm (Bachelor)
- Fluid Simulations with Height Fields (Bachelor)
- Intuitive Human-Computer Interface for Quadcopter Control (Bachelor)
- Repair of Scanned Triangle Meshes (Bachelor)
- Real-Time Level-of-Detail (Bachelor)
- Interactive Scene Designer for Smoothed Particle Hydrodynamics Computations in Environmental Engineering (Bachelor)
- Generation of Vascular Networks via Lindenmayer Systems (Bachelor)
- Developing a Low-Cost Augmented Reality System (Bachelor)
- Computer-Based Design of Visual Effects for Volumetric Chain Lights (Bachelor)
- Light Transport Simulation For Organic Materials (Bachelor)