- Metal Assisted Chemical Etching
- Study of the mechanisms of silicon (electro)chemical dissolution catalyzed by noble metals (MACE). Applications: Surface structuring of silicon in a single step using nanoporous metal macroelectrodes for microelectronics and photovoltaics, in collaboration with IEMN (Lille) and GEEPs (Gif/Yvette).
- Study of “carbon/(bi)metallic nanoparticles” composite electrodes for hydrogen storage (Pd, Rh), nitrate reduction (Rh, Cu) and urea oxidation (Rh,Ni).
- Photoelectrochemistry under solar illumination using semiconductors and bimetallic catalysts for the oxidation of urea with hydrogen production and the reduction of CO2 into products of high added value.
TEACHING AND TUTORING
Semiconductor materials for photovoltaics, Master 2 “Advanced Materials and nanomaterials”, East-Paris Créteil University
Leader of the PECEE research group