Design of new (co-)catalysts. We work with a wide range of noble metal-free nano/atomic scale and molecular catalysts, including single atom catalyst and coordination polymers. The new project will primarily focus on the development of novel robust and low-cost heterogeneous (photo-)electrocatalysts. To this end, our laboratory infrastructure offers a wide range of synthetic facilities and in house analytical techniques for materials characterization.
Catalytic pathways. We are particularly interested in unravelling performance-properties relationships and catalytic mechanisms. Therefore, the project will involve the use of diverse spectroscopic methods (AFM-Raman, fluorescence spectroscopy, EPR, XPS...). Highly performing catalysts will be further investigated in depth using our in-house X-ray absorption spectroscopy setup, followed by in situ/operando XAS experiments at synchrotron facilities.
The project aims to promote the understanding of dynamic processes and optimization principles of catalytic transition metal centers in different matrices. We offer overarching activities to correlate such principles for molecules and solids.
We look forward to a creative and explorative team member with a MSc degree in inorganic or materials chemistry and strong interest in structural research. Crystallographic knowledge is essential, and experience in different preparative/spectroscopic techniques is a prerequisite. Strong English writing and good teamwork skills are required.
What we offer
We offer state-of-the-art research facilities and attractive support for your independent development.
Place of work
Winterthurerstrasse 190, 8057 Zurich
Start of employment
Starting date: 1 July 2021 or upon agreement.
Please submit your application containing your CV/publication list, transcripts, two letters of recommendation and a short letter of interest.