Projects 2025
| Project 1 | Deployable IFC Viewer based on ThatOpen | |
| Presentation | Description | |
| Supervisor (s) | Sylvain Hellin, Benedict Harder, Nepomuk Wolf | |
| Project 2 | Symbol Detection in Complex Technical Drawings | |
| Presentation | Description | |
| Supervisor (s) | Andrea Carrara | |
| Project 3 | Automated Construction Reporting Using Computer Vision and Generative AI | |
| Presentation | Description | |
| Supervisor (s) | Fabian Pfitzner, Yonghan Kim, Changyu Du | |
| Project 4 | Using Multi-Modal Large Language Model for BIM/Bridge Point Cloud Data | |
| Presentation | Description | |
| Supervisor(s) | Syed Salman Ahmed, Mansour Mehranfar, Ina Heise | |
| Project 5 | Graph Neural Networks for CAD Model Segmentation into Machining Features | |
| Presentation | Description | |
| Supervisor (s) | Konstantinos Gkrispanis, Patrick Berggold, Dr. Stavros Nousias, Dr. Jovana Knezevic-Sorger (TEBIS) | |
| Project 6 | RTDE control; GUI and Dashboard | |
| Presentation | Description | |
| Supervisor (s) | Martin Slepicka, Luca Bettermann | |
| Project 7 | Learning by printing: Prediction of AM-process outcomes | |
| Presentation | Description | |
| Supervisor (s) | Martin Slepicka, Luca Bettermann | |
| Project 8 | Real-Time Building Digital Model Reconstruction Using a Robotic Agent | |
| Presentation | Description | |
| Supervisor (s) | Mohammad Reza Kolani, Mansour Mehranfar | |
| Project 9 | AI-VIS Infra: AI-based visualization of 3D-infrastructure models | |
| Presentation | Description | |
| Supervisor (s) | Dr. Marco Häußler | (OBERMEYER) |
| Project 10 | RoboConstruction: Real-time interaction of BIM and robots on construction sites | |
| Presentation | Description | |
| Supervisor (s) | Dr. Marco Häußler, Markus Hochmuth (OBERMEYER) | |
| Project 11 | JudgmentExplorer - A Framework for Digital, Intuitive, and Case-Specific Evaluation of Court Rulings in the Building Permit Process | |
| Presentation | Description | |
| Supervisor (s) | Dr. Judith Fauth | |
| Project 12 | LLM-based Automated Compliance Checking | |
| Presentation | Description | |
| Supervisor (s) | Dr. Stefan Fuchs, Jiabin Wu | |
| Project 13 | Construction Document Parser for LLM-based AI assistants | |
| Presentation | Description | |
| Supervisor (s) | Sylvain Hellin | |
| Project 14 | Scene2Compliance – Automated Compliance Verification from BIM Generated Views | |
| Presentation | Description | |
| Supervisor (s) | Yonghan Kim, Changyu Du | |
| Project 15 | Git-based versioning for basic IFC change control | |
| Presentation | Description | |
| Supervisor (s) | Matthias Weise, Dr. Sebastian Esser (AEC3) | |
| Project 16 | IFC model analysis to gain insights into design processes | |
| Presentation | Description | |
| Supervisor (s) | Matthias Weise, Dr. Sebastian Esser (AEC3) | |
| Project 17 | Fine-tuning Vision Language Models to extract information from Bridge Technical Drawings | |
| Presentation | Description | |
| Supervisor (s) | Syed Salman Ahmed, Florian Noichl | |
| Project 18 | Concept Design of a Wheeled Quadruped Robot | |
| Presentation | Description | |
| Supervisor (s) | Dr. Andreas Apostolatos, Jan Janse van Rensburg, Steve Miller (MATHWORKS) | |
| Project 19 | 3D Discontinuous Finite Cell Method | |
| Presentation | Description | |
| Supervisor (s) | Prof. Jamshid Parvizian | |
| Project 20 | Optimized Data Structure for Discontinuous Finite Cell Method | |
| Presentation | Description | |
| Supervisor (s) | Prof. Jamshid Parvizian | |
| Project 21 | Structural optimization method for space structures under dynamic loading | |
| Presentation | Description | |
| Supervisor (s) | Oliver Schwahofer (PMOD/WRC) | |
| Project 22 | Next-gen Simulation: CAD-Integrated Isogeometric Analysis, Shell Structures, and Enhanced Visualization Frameworks | |
| Presentation | Description | |
| Supervisor (s) | Ricky Aristio, Christoph Hollweck | |
| Project 23 | Projection-based and data-driven parametric model order reduction for the analysis of periodic structures | |
| Presentation | Description | |
| Supervisor (s) | Sebastian Schopper | |
| Project 24 | Festo Plant for Discrete Manufacturing Developing Simulation Models for Industrial Copilots | |
| Presentation | Description | |
| Supervisor (s) | Mohamed Khalil (SIEMENS) | |
| Project 25 | TrainTracking – Estimating the position and velocity of a model train | |
| Presentation | Description | |
| Supervisor (s) | Christoph Ludwig, Dr. Altug Emiroglu (SIEMENS) | |
| Project 26 | Geospatial Overlays - Generating Spatial Data Selections for Enhanced Usability | |
| Presentation | Description | |
| Supervisor (s) | Stefan Mordue (BENTLEY) | |
| Project 27 | Physics informed Neural networks for solving the wave equation | |
| Presentation | Description | |
| Supervisor (s) | Divya Shyam Singh, Tim bürchner | |
| Project 28 | Neural network based laser shape optimization | |
| Presentation | Description | |
| Supervisor (s) | Divya Shyam Singh, Vijaya Holla | |
| Project 29 | Connecting the Facility and Engineering Digital Twins | |
| Presentation | Description | |
| Supervisor (s) | Fionnah Quek (SIEMENS) | |
| Project 30 | Model Order Reduction for Uncertainty Quantification | |
| Presentation | Description | |
| Supervisor (s) | Jakob Scheffels | |
| Project 31 | Model order reduction for bolted joints by hyper-reduction and machine learning | |
| Presentation | Description | |
| Supervisor (s) | Hady Mohamed, Tanja Schnappinger | |
| Project 32 | Regularizing ultrasonic waveform inversion | |
| Presentation | Description | |
| Supervisor (s) | Tim bürchner, Divya Shyam Singh | |
last modified : 01/2025