Engineer · Research · Data
I combine analytical modeling, hands-on lab experience, and data-driven evaluation to better understand complex technical systems — from combustion facilities to nuclear applications.
Currrently I am searching for new challenges.
I studied Mechanical Engineering (B.Sc.) and Aerospace Engineering (M.Sc.) at the University of Stuttgart. During my master’s program, my focus was on mathematical and physical modeling as well as spaceflight and space utilization.
During my master’s thesis and later as a research associate at the German Aerospace Center (DLR), I worked on optical measurement techniques, high-pressure combustion facilities, and data-driven analysis using Python. In parallel, I intensively studied nuclear energy technologies, reactor physics, and nuclear materials science.
In addition, I offer private tutoring in STEM subjects.
Support and execution of high-pressure combustion experiments, planning and coordination of laboratory modifications, data analysis using Python, DaVis, and Origin, as well as preparation of technical reports in German and English.
Development and validation of optical measurement techniques for investigating liquid films, including independent experimental planning, Python-based analysis scripts, and comparison of different sensor approaches.
Improvement of MATLAB tools for data analysis, use of CANape for test data evaluation, and practical transmission inspections following test bench runs.
Enhancement of MATLAB tools for data evaluation, application of CANape for test data analysis, and hands-on transmission inspections after test bench operation.
In my bachelor’s thesis at the Institute for Hydraulic Fluid Machinery (IHS), I investigated the relationship between simulation effort and result quality in the computation of single- and two-phase flows in Francis turbines, with the goal of reducing computational effort to the necessary minimum.
Improvement of MATLAB tools for data analysis, use of CANape for test data evaluation, and practical transmission inspections after test bench runs.
I completed my Abitur at the technical grammar school of the vocational school center (BSZ) in Bietigheim-Bissingen. I chose the specialization “Technology and Management”, which prepared me for mechanical engineering studies and provided essential knowledge in economics.
Propulsion systems, fluid dynamics, and energy systems in aerospace applications. I am particularly interested in innovative and alternative propulsion concepts.
Reactor physics, neutronics, Generation IV concepts, and radiation effects on materials — pursued as an independent and in-depth field of study alongside academic and professional work.
Physical fundamentals and technological concepts of fusion energy with a focus on plasma physics, reactor concepts, and the system-level feasibility of future fusion power plants.
Application of Python and numerical methods to link experimental measurement data with physical models. I am currently expanding my skill set by learning C++ for high-performance and efficient implementations.
Foundations of quantum mechanics and spectroscopy from my master’s studies, complemented by self-directed learning to deepen the mathematical understanding of physical concepts. Further interests include relativity and particle accelerators.
Practical astronomical observation as part of a university examination, including the analysis of an exoplanet transit. This involved operating a remotely controlled telescope at the Sierra Remote Observatory in California.
Driven by a long-standing fascination with financial markets, I focus on the mathematical modeling and valuation of financial derivatives, particularly option pricing models such as the Black–Scholes framework.
Inspired by parallels between learning processes in artificial intelligence and the human brain, my interest in neuroscience emerged. I am particularly fascinated by how biological principles can be transferred into technological systems.
Philosophy has accompanied me since early adolescence and laid the foundation for my fascination with natural sciences and mathematics. Engaging with thinkers such as Plato, Aristotle, Schopenhauer, and Nietzsche shaped my interest in fundamental questions of knowledge, reality, and science.
Would you like to discuss a position, a research project, or a collaboration, or exchange ideas on any of the topics mentioned above? Feel free to get in touch:
This contact section is intentionally kept minimal. The easiest way to reach me is via email or LinkedIn.
I am happy to provide my full CV and additional documents upon request.