Anton Bredenbeck

PhD Candidate in
Tactile Control for Aerial Robots

I'm a PhD candidate at the Biomorphic Intelligence Lab @TU Delft. Under the supervision of Prof. Salua Hamaza and Prof. Cosimo Della Santina I am working on "Tactile Control for Aerial Robots". The main question I am trying to answer during my PhD is: Instead of avoiding contact with the environment, how can we exploit it for guidance, navigation, and control of aerial robots? I'm also interested in the control of systems with varying degrees of free-floating behaviors that interact with their environment or other systems that provide interesting modeling and control challenges; besides drones, this includes mobile manipulators in general and space manipulators in particular as well as continuum robots and hybrid dynamical systems.
I'm a PhD candidate at the Biomorphic Intelligence Lab @TU Delft. Under the supervision of Prof. Salua Hamaza and Prof. Cosimo Della Santina I am working on "Tactile Control for Aerial Robots". I received both my bachelor's and master's degrees from the Julius-Maximilians-Universität Würzburg, Germany (Aerospace Computer Science and Satellite Technologies respectively). Throughout, I spent some time at the Finish Geospatial Research Institute and the Czech Technical University in Prague which played a pivotal role in fostering my enthusiasm for research in general and robotics and controls in particular. I completed my master thesis at the Automation and Robotics Section of the European Space Agency, where I worked on the trajectory optimization of a free-floating platform. Afterward, I began my PhD in Delft, where I attempt to make aerial robots more capable by allowing collisions and incorporating the sense of touch. In particular, the main question I am trying to answer during my PhD is: Instead of avoiding contact with the environment, how can we exploit it for guidance, navigation, and control of aerial robots? To answer this question, I worked on blind navigation of aerial robots, collision recovery, and other touch-related projects—some of which were in cooperation with TU Dresden or UC Berkeley. I'm also interested in the control of systems with varying degrees of free-floating behaviors that interact with their environment or other systems that provide interesting modeling and control challenges; besides drones, this includes mobile manipulators in general and space manipulators in particular as well as continuum robots and hybrid dynamical systems.
In my free time, I enjoy long bike rides, long runs, climbing steep walls, and lifting heavy weights. But it seems, this list of different interests is constantly getting longer...

Prospective master students, please see here for open master thesis topics.

Website adapted from Cassidy Williams.