Electrifying catalysis: Nanocatalysts and nanoalloys for the electrochemical conversion of CO2.• Development of strategies for the preparation of electrocatalytic nanoparticles and nanoalloys on conductive supports by Surface Organometallic Chemistry for the activation of small molecules • Design and lead a scientific project (roadmap and project management) • Literature survey • Internal reporting on the project advancement (written reports and group meetings) • Responsible for lab equipment and electrochemistry apparatus • Contribution to the supervision of students

Electrochemical activation of small molecules such as N2, NH3, CO2 and CO using well-defined molecular complexes and catalytic films.• Development of a methodology for the electrochemical activation of N2 and NH3 with molecular complexes and mechanistic studies • Experimental design • Internal reporting (written reports and group meetings) and organization of project advancement meetings • Literature survey • National and international communication on the project’s results and scientific article writing • Contribution to the smooth running of the laboratory (maintenance duties: ionic chromatography, differential electrochemical mass spectroscopy – DEMS) and training of teammates • Teaching assignments (Tutorial and practical courses in thermodynamics L1, kinetics L2 and Inorganic Chemistry L2)

Study of electron storage in electrode materials• Study of the reducibility of indium tin oxide and glassy carbon in anhydrous media, and reactivity towards the wireless reduction of diazonium and metallic salts • Surface characterization by atomic force microscopy and SEM

Electrocatalytic reduction of CO2 at immobilized iron porphyrins.• Study of the activity of various iron porphyrins towards CO2RR and HER in aqueous media• Real-time tracking by HPLC and OLEMS

Design and functionalization of dye-sensitized solar cells• Photovoltaic cell assembly and optimization of electrode materials• Nanoparticle synthesis