PHD STUDENT - ELECTROCHEMICAL SYNTHESIS OR RENEWABLE FUELS AND CHEMICALS

Research area or group.
NanoElectrocatalysis and Sustainable Chemistry Description of Group/Project.
The NanoElectrocatalysis Group combines electrochemistry, materials engineering and in situ characterisation to elucidate design principles for the discovery of novel materials for renewable energy conversion and storage, as well as the production of sustainable fuels and chemicals.
We offer stimulating working conditions in a vibrant, interdisciplinary, and international research environment.
This position is linked to the ELECTROFUEL PID project titled "Active Site Engineering of Functional Electrocatalysts for Renewable Energy Conversion into Green Fuels" funded by AEI / MCIN, led by Prof.
María Escudero Escribano.
Within this project, the candidate will develop and characterise well-defined electrocatalyst materials and investigate the molecular mechanisms of emerging electrocatalytic reactions for the sustainable electrosynthesis of renewable fuels and value-added chemicals and building-blocks such as fertilisers and amino acids.
Main Tasks and responsibilities.
The successful candidate will combine classical electrochemical methods with in situ characterisation techniques including spectroscopy, electrochemical scanning probe microscopy and electrochemical mass spectrometry to investigate the structure-property relations of electrocatalyst materials as well as the mechanism of novel electrocatalytic reactions.
The reactions of interest include the electrochemical reduction of carbon dioxide and carbon monoxide and nitrate reduction into renewable fuels along with the electrochemical C-N coupling to produce value-added chemicals (e.
.
sustainable fertilisers and pharmaceuticals).
The candidate will develop electrochemical and in situ characterisation methods and setups for the real-time detection of intermediates and products during electrocatalytic reactions.
This PhD will be part of the "Electrochemistry.
Science and Technology" interuniversity PhD programme and will be carried out in collaboration with other groups at both ICN2 and foreign research institutions.
The candidate will carry out independent research under supervision, write scientific papers for publication in peer-reviewed journals, and disseminate their work in international conferences.
Requirements.
We are looking for a creative, curious and innovative candidate with an academic level equivalent to a master's degree within the field(s) of chemistry, chemical engineering, nanoscience and nanotechnology, materials science, physics or related areas.
The candidate should have strong knowledge and experience in electrochemistry, electroanalytical techniques, materials characterisation and/or in situ microscopy or spectroscopy for the characterisation of electrochemical reactions.
Relevant publications within electrochemistry are a plus.
The candidate should have teamwork and problem solving skills.
Excellent written and spoken communication skills in English are required.
The successful candidate will be able to develop experimental methods, advance the PhD project and work independently and as part of a team.