Master Thesis – Shunt and Reverse Currents in Alkaline Electrolysis Stacks | Masterarbeit – Shunt- und Reverse-Currents in alkalischen Elektro...

Job Summary

This master thesis position offers an opportunity to contribute to cutting-edge research in hydrogen production at the Institute of Energy Technologies (IET-4). The candidate will focus on characterizing and reducing shunt and reverse currents in alkaline electrolysis stacks to improve efficiency and component lifespan. Day-to-day tasks involve conducting literature research, implementing and comparing various measurement concepts within a laboratory stack, analyzing performance under different configurations, and validating results against theoretical models. This role is ideal for a student in engineering, physics, or chemistry with a strong interest in renewable energy and water electrolysis. The position provides a highly professional scientific environment, access to modern laboratory infrastructure, and expert supervision. It is a unique chance to work on socially relevant energy transition projects with the potential for future doctoral research opportunities.