By writing a thesis at the IIB, you develop the competence to comprehensively research and reflect the state of research on a current issue and to design your own (software) concept based on this. Usually, a thesis at the IIB also includes the development of a demonstrator application.
Theses can be written in German and English and include a compulsory colloquium.
Current open theses
Abschlussarbeiten im Rahmen des Forschungsprojekts DABKO
Theses as part of the DABKO research project
Bachelor thesis, Master thesis
As a result of the decided nuclear phase-out, the proper dismantling of nuclear power plants is in the focus of research. The dismantling and final disposal of radioactive waste is associated with high costs. Moreover, there is only limited space available in the final repository. Which contribution to mastering this challenge do digital methods from engineering informatics have to offer?
Supervisors: Prof. Dr. Uwe Rüppel , Pascal Mosler, M.Sc.
Visualisierung radioaktiver Strahlung mittels Augmented Reality
Visualising radioactive radiation using augmented reality
Bachelor thesis, Master thesis
Nuclear radiation is an invisible threat. This is problematic for occupational safety in nuclear power plants and interim or permanent repositories. What possibilities does augmented reality offer to make the ionising radiation visible on site?
Supervisors: Prof. Dr. Uwe Rüppel , Pascal Mosler, M.Sc.
Analyse der Anwendungsmöglichkeiten der Apple RoomPlan® API zur Erstellung von 3D-Modellen im Bau- und Umweltwesen
Use case analysis of the Apple RoomPlan® API for the creation of 3D models in the construction and environmental sector
Bachelor thesis, Master thesis
RoomPlan® is a framework for creating 3D models of interiors using the sensors of mobile devices. Information captured by the camera and a LiDAR sensor is used to distinguish windows, furniture and walls from one another. For the application of this technology in the construction and environmental sector, it is necessary to identify possible applications and to check the suitability of the framework mentioned.
Supervisors: Prof. Dr. Uwe Rüppel , Maximilian Gehring, M.Sc.
Blockchains für BIM?
Building Information Modeling & Blockchain
Einsatz von Methoden der Computer Vision zur automatisierten Erkennung von (fahrenden) Zügen
Machine Learning, Bilderkennung, IoT, Digitaler Zwilling, Bauwerksmonitoring, Einplatinencomputer