Student Projects

We offer projects for Bachelor and Master theses in the Cognitive Science program. Please get in touch with us (Prof. Wallis) to learn about the kinds of projects you could do in our lab, or take initiative and propose one yourself!

Possible Bachelor and Master thesis projects

As of December 2023 we specifically offer theses connected to the following topics:

  • Perception and simple generative models of visual scenes
  • Adaptive experiments/sampling
  • Causal impressions in and modeling of launching events
  • Visual search in cluttered scenes

You can find more detailed information in the slides attached below. Please don't hesitate to also contact us with any other topics you would be interested in studying.

Presentation of theses topics from December 2023 (opens in new tab)

Previous projects

Year Title Author Degree Supervision
2025 Bayesian statistical models of visual orientation perception in analogue report tasks Wicka, Lou B.Sc. Prof. Thomas Wallis
Yunyan Duan, PhD
2025 The effect of framerate on visual motion perception Lupan, Felix M.Sc. Prof. Thomas Wallis
Yunyan Duan, PhD
2025 3D Scene Metamers: Using physically-based differentiable rendering to probe vision models for scene understanding Beilharz, Benjamin M.Sc. Prof. Justus Thies
Prof. Thomas Wallis
2025 A quantitative analysis of image statistics in dead leaves images Fabritz, Ole B.Sc. Prof. Thomas Wallis
Swantje Mahncke, M.Sc.
2025 Eye movement patterns in the disambiguation of Mooney images Bechert, Juliane B.Sc. Prof. Thomas Wallis
Swantje Mahncke, M.Sc.
2025 How Prior Knowledge Level and Modality Shape Object Recognition in Mooney Images: A Drawing-Based Experiment Neubert, Anna B.Sc. Prof. Thomas Wallis
Rabea Turon, M.Sc.
2024 Impact of Gaze-Aware Image Compression on Image Quality Vo, Thi M.Sc. Prof. Thomas Wallis
Yunyan Duan, PhD
2024 Train Timetable Rescheduling Using Machine Learning: Towards Generalisabilty over Railway Infrastructure and Timetable Weber, Jonah B.Sc. Dr. Arturo Crespp
Swantje Mahncke, M.Sc.
2024 Creating ambiguous Mooney images using contour disruption Matthies, Thabo M.Sc. Prof. Thomas Wallis
Rabea Turon, M.Sc.
2024 Correlation of scene categories Graf, Felix B.Sc. Prof. Thomas Wallis
Swantje Mahncke, M.Sc.
2024 Searching for shapes in a crowded visual search task: An analysis using probabilistic hierarchical models Kolvenbach, Moritz B.Sc. Prof. Thomas Wallis
Yunyan Duan, PhD
2024 From predictions of moving trajectories to subjective impressions of causality Rosenberger, Lukas B.Sc. Prof. Thomas Wallis
Lina Eicke-Kanani, M.Sc.
2024 What did perception evolve to do? New approaches to test the interface theory of perception Gerlach, Niklas B.Sc. Prof. Thomas Wallis
Yunyan Duan, PhD
2024 Deep adaptive design for psychophysics Neumann, Jonas B.Sc. Prof. Thomas Wallis
Rabea Turon, M.Sc.
2024 A neural style transfer approach to studying scene perception Goerke, Laura M.Sc. Prof. Thomas Wallis
Dr. Albon Flachot
2024 A Bayesian population coding model of anisotropies in orientation perception Kühn, Adrian M.Sc. Prof. Thomas Wallis
Dr. Will Harrison
2023 A psychophysical evaluation of techniques for Mooney image generation Reining, Lars B.Sc. Prof. Thomas Wallis
Yunyan Duan, PhD
2023 Human Similarity Judgements and their Representation in Psychological Space Willkomm, Hannah B.Sc. Prof. Thomas Wallis
Prof. Frank Jäkel
2023 Orientation bar code structures in facial emotion recognition Schlink, Martin B.Sc. Prof. Thomas Wallis
Rabea Turon, M.Sc.
2023 Influence of Top-Down Scene Understanding on Sensitivity to Local Natural Image Structures Hartmann, Ruth B.Sc. Prof. Thomas Wallis
Yunyan Duan, PhD
2023 Supramodal regularities of human visual behavior Fabian, Thomas M.Sc. Prof. Thomas Wallis
Prof. Thomas Weitin
2023 Coherent dead leaves: Measuring precision and response time for detecting coherent structure in the presence of clutter and partial occlusion Riether, Christian B.Sc. Prof. Thomas Wallis
Yunyan Duan, PhD

Prior to 2019 (mostly at the Uni Tübingen)

  • Semantic and Contextual Influences on Peripheral Visual Sensitivity
  • Predicting gaze position of humans watching videos
  • Hole-in-the-wall: Comparing humans and deep neural networks in a spatial reasoning task
  • A tutorial on Bayesian analysis of psychophysical data using Hierarchical models
  • Using confidence reports to distinguish between (non) perceptual aftereffects
  • Convolutional Neural Networks Represent Similar Mid-level Visual Features as the Ventral Visual Stream
  • Distinguishing perceptual from decisional processes using confidence
  • Comparing gamma calibration methods of PsychToolbox and PsychoPy
  • Modelling classification images using Generalized Linear Models