A Mathematics B. Sc. graduate from Constructor University, Bremen. I am interested in translating complicated systems into reasonably understandable information, hopefully useful for decision-making, if not I usually end up at least happy that I satiated my curiosity. My passions lie in dynamical systems, sustainability, CAD and parametric modelling. In my free time, I enjoy doing sports, including running, bouldering, skiing and swimming as well as reading (not done as a sport, unless necessary due to time constraints).

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Highlights

• Mathematics B.Sc. with interdisciplinary Psychology minor: strong analytical foundation paired with human-centric systems thinking (cognitive & social psychology, sociology, political systems) to bridge technical modelling with real-world decision-making.

• Bachelor Thesis (Grade 1.0): Two-Parameter Melnikov Method with Slow Drift -  conducted an in-depth analysis of global bifurcations in dynamical systems, showcasing advanced proof-based reasoning, precise mathematical exposition, and computational implementation using Python and LaTeX.  Delivered a substantive correction to a seminal publication from 1987 by identifying and rectifying an error in its mathematical conclusions, thereby refining and validating the theoretical framework.

• Municipality of Pernik, Bulgaria: supported drafting the EU City Facility (EUCF) Investment Concept and compiled PV/ETICS/BESS/RNG plant/Smart energy services for SMEs preliminary studies covering c. €55M, including CAPEX/OPEX, energy efficiency/GHG assessment, and bankable project structuring. Projected energy savings amounting to approximately 49 GWh were estimated.