The Department Structure and Nano-/Micromechanics of Materials (Prof. Gerhard Dehm) offers a
The overall goal is to understand how mechanical stress, defects and microstructures influence the charge transfer kinetics of the interface between Li alloy anode and solid electrolyte during electrochemical reaction.
Characterization of the Li alloys through nanoindentation, X-ray diffraction (XRD), scanning and transmission electron microscope (S/TEM and SEM).
You have a Master Degree (for PhD Students) or Ph.D. (for Postdocs) with very good to excellent grades in Mechanical Engineering, Materials Science, Materials Chemistry, or a closely related field.
Excellent publication record, primarily focused on large- and small-scale mechanical testing of alloys or ceramics. Experience with basic electrochemical test protocols is a plus. Previous research experience related to chemo-mechanical investigation in solid state battery are highly advantageous.
The working language at our institute is English; excellent English language skills are required to communicate effectively on scientific topics.
You will benefit from the department and institute’s excellent access to cutting-edge experimental infrastructure (cryo-FIB coupled with EBSD, TEM, Advanced TEM holders, in situ nanomechanical testing, APT etc.) and intellectual resources, along with plenty of possibilities for personal and professional development in a highly interdisciplinary environment.
As soon as possible.