I am a PhD researcher at the
Chair of Space Mobility and Propulsion (SMP)
at the Technical University of Munich.
My research lies at the intersection of rocketry and control, with
a focus on robust and fault-tolerant control architectures
for rocket propulsion systems.
I am particularly interested in bridging the gap between advanced
control theory and real-world applications.
Please feel free to reach out. I welcome disscussions, alternative perspectives and collaboration!
Developing robust and fault-tolerant control architectures for rocket propulsion systems, with the goal of increasing mission availability and safety.
Bringing advanced control concepts to life through the ASCENT project, a VTVL rocket hopper platform serving as a real-world control and propulsion demonstrator.
Supervising and mentoring over 65 students across disciplines ranging from system design to control and testing has been a central part of my work, allowing me to combine education with active research.
The ASCENT project allows me to explore areas beyond my core PhD topic, spanning project management, systems engineering, component design, and experimental operations. Beyond rocketry, I maintain a strong interest in control, optimization, and learning-based methods across different application domains. For example, during a research stay at MECO, I worked on time-optimal control for an overhead crane system (publication in preparation).