Contribute to the energy transition of our society via enabling new power-to-chemicals/fuels processes. You will join a team that investigates new electrolysis processes for synthesizing valuable fuels and chemicals from the waste product CO₂ and renewable energy. Your research will focus on enabling an efficient electrolysis process including cell design and optimization. You work will be interdisciplinary, with experimental analysis and modeling on cell (component) level and product analysis. Based on your research findings, you will derive essential and technically relevant insights into the processes and limitations and evaluate pathways to improve performance.

You have an excellent M.Sc. or Ph.D. degree in the field of engineering, chemistry or physics with knowledge on reaction or surface processes, transport processes and continuum modelling. Prior knowledge in electrochemical (engineering) or analytical methods is appreciated. Furthermore, you show enthusiasm for scientific and interdisciplinary problem analysis and identifying feasible solutions and are interested in interdisciplinary work including modelling and lab work. We expect initiative, independent work, creativity, ability to work in a team and good communication skills in English.