Hey there!

From collective robots to opinion dynamics on social networks, I am fascinated by collective, complex, dynamic systems. I am interested in studying, understanding, and designing these systems using network science, control theory, and agent-based modeling approaches. 

I received my master’s in Dynamics and Control, with a thesis on "developing a state estimation for nonlinear systems using a swarm-based optimization algorithm." My research interest is mainly focused on collective intelligence, opinion dynamics, network science, swarm robotics, and control theory.

As a doctoral researcher at the excellence cluster "Science of Intelligence", I work on project 27 “Speed-Accuracy Tradeoffs in Collective Estimation” under the supervision of Pawel Romanczuk (Humboldt University of Berlin) and Heiko Hamann (University of Konstanz). The project aims to understand how network structure and adaptive decision-making policies on the individual level can change the collective behavior as a whole; in particular, how these modulations change the balance between speed and accuracy of the collective decision-making.