Mathematical models for optimizing experimental design and scale up of bone organoids
We seek a highly motivated Bachelor's or Master's student dedicated to developing and applying a mathematical model, simulation, optimization, and process control to deepen the scale-up of bone organoids. This project offers an opportunity to gain valuable work experience within a highly interdisciplinary and international team.
Machine learning approach to understand drivers of gene expression profile in bone organoids
We seek highly motivated Bachler/Master students dedicated to developing multi-omics data analysis pipeline and implementing a machine learning approach to exploit gene expression profiles of bone organoids.
Reconstructing Hand-objects and Modelling Human-Object Interaction
3D hand pose/shape estimation and the modeling of human/object interaction is a pathway to real-world interactive AR/VR applications such as Microsofts HoloLens and Facebooks Occulus Rift. The reason is that we interact with the world using our hands to use tools and to socialize with others.

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