IDP Projects
We welcome students to complete their IDP with our chair. If you're interested, please send your credentials (CV and transcript) to the email address listed for the respective projects.
You can find the list of available IDPs below.
Dichoptic Text Highlighting for Focus Support in VR
This project explores dichoptic cues (i.e., rendering different images to each eye) as a tool to help readers maintain focus during reading tasks in virtual reality. You will implement a real-time text highlighting system in VR that subtly manipulates binocular visual input—e.g., contrast, stereo disparity, or ocular singleton techniques—to draw attention to relevant lines or words without overt visual cues.
In addition, you will conduct a literature review of existing attention control and reading support strategies (e.g., moving windows, preview cues, perceptual enhancements), and implement one or more additional methods based on your findings for comparison.
For further information, please contact virmarie.maquiling(at)tum.de.
Machine learning meets education and VR
Implementing a Virtual Reality Classroom using Unity with Multimodal Data Collection and Generative Models.
The objective of this task is to create a virtual reality classroom using Unity and integrate it with multimodal data collection features such as eye-tracking. Additionally, generative models will be used to create virtual avatars for teachers and students, providing a more personalized and immersive experience for the users.
For further information write an email to mengi.wang@tum.de.
VR Classroom Design with Generative Models
Virtual Reality (VR) technology has revolutionized the way we learn and interact with information. In this project, we aim to design a VR classroom that leverages the power of generative behavior and text models to enhance the learning experience for students. The project is presumably suitable for students from computer science: games engineering, but also for all other students who have an interest in developing VR applications that integrate artificial intelligence.
For further information write an email to ozdelsuleyman@tum.de