Ph.D.
Scholarship: Next-Generation Batteries:CIC energiGUNE offers a prestigious Ph.D. opportunity focused on the development of innovative inorganic compounds for high-energy electrode materials in next-generation batteries.
The successful candidate will work with international researchers and experts in inorganic materials synthesis, electrochemical characterizations, and advanced structural and surface characterizations.
This scholarship offers a 3-year predoctoral contract, access to state-of-the-art laboratory facilities, international exposure, and a welcoming environment for personal and professional growth.Ph.D.
Scholarship Opportunity in the Development of New Cathode Materials for Next-Generation BatteriesDesignation: Ph.D. ResearcherResearch Area: Electrochemical energy storage (EES) with a focus on inorganic materialsMaster's degree in chemistry, materials science, or similarProficiency in spoken and written EnglishAbility to work collaboratively in a research teamSelf-motivation and autonomyDesirable: Interest in the design and execution of synthesis for new inorganic compounds and knowledge of characterization techniquesJob Description:Conduct high-quality research within the scope of the projectSynthesize inorganic compounds using conventional and non-conventional synthesis routesPerform physical-chemical and structural characterization of the synthesized materials (X-ray and neutron powder diffraction, electron microscopy, spectroscopic techniques, etc.
)Conduct electrochemical characterizationsPrepare reports/documents for submission to peer-reviewed journalsPresent results at international conferencesHow to Apply:Interested candidates are invited to submit a detailed CV via the CIC energiGUNE website at [link]().
The selection process ends once the person has been selected.Last Date for Apply: As this is a rolling application process, interested candidates are encouraged to apply as soon as possible to be considered for this exceptional opportunity.For further insights into CIC energiGUNE's activities and to learn more about this Ph.D. scholarship, visit CIC energiGUNE's website .#J-18808-Ljbffr