About me
In 2017, I began my process engineering degree programme at TU Graz. After earning my bachelor's degree with a thesis on residence time distribution in microreactors, I continued my studies with a master's specialisation in plant engineering and process technology. For my master's thesis, I explored 3D-printed continuous crystallizers, specially designed for producing pharmaceutical products. Throughout this time, my passion for scientific research deepened, inspiring me to begin my doctoral studies at the Institute of Process and Particle Engineering as a university assistant in summer 2023.
Research interests
My research focuses on converting batch processes into continuous processes. This transfer aims to ensure consistent product quality and increased process reliability. My research covers the synthesis of covalent organic frameworks (COFs) and azo dyes. Both syntheses present different challenges: For COFs, the goal is to ensure reproducible product quality, whereas for azo dyes, the focus is on maintaining a reliable and safe process due to the highly exothermic nature of the reaction. Adaptive manufacturing (3D printing) is used to accelerate the design and manufacture of reactors. Furthermore, I am also working on continuous crystallisation, building on the findings of previous doctoral theses and my master's thesis.
Tools
The above tasks are carried out using standard laboratory equipment (such as pumps, heating baths and reactors), microcontrollers (e.g. Arduino) and software (primarily Python- and Matlab-based). Analytical methods such as HPLC, UV-Vis, Raman, XDR and SAXS are employed to verify the progress of reactions and the quality of products. The 3D printers used are based on either fused deposition modeling or stereolithography technology.
Publications
PURE