Konstantin von Foerster

Low-Temperature CO2 electrolysis to Formic Acid: Scale-up & Adaptation >Lab work & safety >Project management >Self-organisation >Interdisciplinary teamwork >Scientific writing >CO2 electrolyzer: operation & scale-up -Understanding unknown systems -Design & construction -Gas/Ion chromatography, mass flow controllers >Supervision of master students >Python programming -Automated data evaluation and visualization -Data analysis -Serial -GUI -Manual & LLM-supported coding >LaTeX, MS Office

Thesis: Anion Exchange Membrane Screening in a Direct Formic Acid Electrolyzer >Low-temperature electrolysis: lab experiments >Python programming >Gas/ion chromatography >Scanning electron microscopy Theoretical focuses >Electrochemistry >Catalysis >Spectroscopy >Computational chemistry >Solid-state chemistry (physical/inorganic) >Surface/interface chemistry Practical internships >Density functional theory - energy mapping in solid state materials >Atomic force microscopy on Nafion membranes

Theoretical skills >Advanced organic, inorganic, physical and macromolecular chemistry >Intermediate chemical engineering and theoreticak chemistry >Fundamental physics (mechanics, waves, electrostatics, optics) and math (analysis) Lab-practical courses >Three courses each in organic, in organic and physical chemistry >Two courses each in chemical engineering and macromolecular chemistry Bachelor thesis: Kinetik Monte Carlo Simulation der ionischen Leitfähigkeit in dotiertem Strontiumtitanat