Academic Background
2016: German high school diploma (Abitur)
2019: B.Sc. Industrial Engineering (Specialisation in Electrical Engineering), RWTH Aachen
2022: M.Sc. Electrical Engineering, TU Munich
Work Experience
2019: Internship BMW Milbertshofen Factory, Munich
2023: PhD Candidate at Fraunhofer Institute for Cognitive Systems (IKS), Munich
2024: PhD Candidate at Research Unit 'Energy Systems and Grids', ESEA Chair, TU Vienna
2025-ongoing: TransnetBW, Engineer for grid planning and analysis, Stuttgart
Skills
COMSOL Multiphysics©, especially (micro-)fluidics
MATLAB©, especially SIMULINK© and System Identification Toolbox©
PowerFactory©, especially Load-flow and Contingency Analysis, QDS, Python API and UnitCommitment / Redispatch Calculations
Python, especially Pandas, TKinter, Plotly and RapidFuzz
Languages
English C1/C2: Cambridge CPE passed in 2019
German C2: Native
Spanish B1/B2: Smalltalk (on request)
Samples of my Work
'Frequency-based impedance modelling of MMCs' Bachelor thesis, summarised as a paper draft
'Fluid-mechanical Aspects of Hemostasis' Master thesis
My private Git