Postdoc in Ceramic Proton Conductors & Photoelectrochemistry

EMPA - Eidgenössische Materialprüfungs- und Forschungsanstalt; Dübendorf; Vor Ort; CHF 110.000 - 140.000; Vollzeit

Benefits dieser Stelle

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Zusammenfassung

Empa, the Swiss Federal Institute of Technology in Duebendorf, invites applications for a Postdoctoral Researcher in Ceramic Proton Conductors and Semiconductor Photoelectrochemistry. You will conduct experiments on charge transport and proton dynamics in functional ceramics, supported by synchrotron and neutron facilities.

The ideal candidate holds a PhD in physics, chemistry or materials science with a solid background in solid-state electrochemistry and semiconductor photoelectrochemistry.

Qualifikationen

• We are looking for a highly motivated scientist with a PhD and strong experimental skills.
• Experience in solid-state electrochemistry and/or semiconductor photoelectrochemistry is essential.
• Ability to publish results and write research proposals is important.

Aufgaben

• Synthesis and investigation of ceramic proton conductors and solid electrolytes.
• Characterization using advanced techniques and spectroscopic methods.
• Study charge transport and proton dynamics in functional materials.
• Develop and validate quantitative models of electrochemical conversion.
• Collaborate internationally and contribute to proposals and publications.
• Write peer-reviewed papers and assist in project reporting.

Kenntnisse

Experimentalist

Solid-state electrochemistry

Semiconductor photoelectrochemistry

Ausbildung

PhD in physics, chemistry or materials science

Jobbeschreibung

Empa, the Swiss Federal Institute of Technology in Duebendorf, invites applications for a Postdoctoral Researcher in Ceramic Proton Conductors and Semiconductor Photoelectrochemistry. You will conduct experiments on charge transport and proton dynamics in functional ceramics, supported by synchrotron and neutron facilities.

The ideal candidate holds a PhD in physics, chemistry or materials science with a solid background in solid-state electrochemistry and semiconductor photoelectrochemistry.