Working in d-fine's blockchain practice, I lead several projects that focus on creating new innovative products and services using, i.a., distributed ledger technologies across different industry sectors from finance and mobility to manufacturing. Moreover, I advise clients on all technical and strategic aspects for building minimal viable products for their organization, including engineering technical and functional requirements, selecting and exploring technologies, prioritizing features, and creating a development strategy and feature roadmap. Our projects' common aspect is to drive innovation with our clients by shaping modern and sustainable solutions. I support our clients in the conceptual phase, building the (cloud) infrastructure, implementing, testing, deploying, and integrating the solution.

- Performed research experiments at major international research facilities.- Analyzed and modeled experimental data.- Presented experimental results at international conferences.

- Performed and supervised research experiments at major international research facilities.- Analyzed and modeled experimental data with Matlab and Mathematica as well as C/C++.- Published results in high impact journals.- Presented experimental results at international conferences.- Supervised both research interns and master students.

Modeled and tested an algorithm to estimate the entropy of high dimensional non-Gaussian data sets.

- Diplom thesis: ”Entropy Preserving Transformation Method”- Graded with 1.0 (“excellent”)

- Modeled a novel instrument component of a neutron spectrometer with Matlab and Mathematica.- Implemented code simulating the instrument component using C#/C++.- Optimized the geometry and material composition of the instrument component.

Implemented a C++ software to detect patterns in neuronal signals as part of a project to develop novel hearing aids.

Taught linear algebra, calculus and economathematics

Developed a C++ software to analyze earthquake data.