Department of Chemistry, DTU (Technical University of Denmark)
A 3-year PhD position focused on developing next-generation batteries through deeper understanding of ion transport and failure mechanisms in battery electrolytes. The project uses electrochemical methods and nuclear magnetic resonance (NMR) techniques to probe electrolytes, enabling faster charging, safer operation, and improved performance in colder climates. This position offers comprehensive training in battery analysis and advanced analytical techniques, contributing to cutting-edge energy storage research at a leading technical university.
Candidates must have completed a 2-year (or equivalent) master's degree by September 1st start date or earlier upon agreement
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European Commission
Who can apply: Graduates of any nationality holding a bachelors degree and applying to a participating Erasmus Mundus joint programme
United States Department of State
Who can apply: Citizens of participating countries holding a strong first degree, with selection and deadlines managed by Fulbright commissions and United…
German Academic Exchange Service
Who can apply: Graduates from developing countries with at least two years of professional experience applying to eligible development related courses