M.Sc. thesis topics

Join us in building the next generation of intelligent machines that harness their natural dynamics to achieve adaptability, efficiency, and robustness. Our research combines rigorous methods from dynamical systems, control theory, and machine learning to push the boundaries of what robots can do.

Available research areas include:

• Modeling and control for robotic systems

• Robotic manipulation and grasping

• Human-robot interaction and collaboration

• Tactile sensing and perception

We offer thesis topics tailored to your interests and background. Whether you are passionate about theoretical control design, hands-on experimentation, or AI-driven approaches, we will work with you to define a project that aligns with your goals.

Join us in unraveling the mysteries of how the brain works. Our research combines rigorous methods from dynamical systems, statistical theory, and machine learning to decode the principles underlying brain function and push the boundaries of neuroscience.

Available research areas include:

• Low-dimensional dynamics in neuronal population activity 

• Network inference from neuronal recordings 

• Simulation-based inference for neuroscience applications

We offer thesis topics tailored to your interests and background. Whether you are passionate about statistical theory, computational modeling, or AI-driven approaches, we will work with you to define a project that aligns with your goals.