Particularly, metallic nanoparticles (NPs) and their hybrid systems are the subject of numerous studies pertaining to the development of novel specialty electrodes used in photovoltaic cells (conversion of solar energy) , hydrogen evolution reaction (HER) , and numerous other catalyzed reduction and oxidation processes , chemical or electrochemical sensors (specific and selective detection) or materials with specific surface properties (e.g. biological anti-adhesion, lubrication, photo-or thermo-sensitive layer) . With the rapid development of fuel cells, ethanol oxidation reaction (EOR) has received much attention due to the lower toxicity of this alcohol compared to methanol. EOR requires electrocatalysts to achieve acceptable performances. In the recent years, it became clear that making hybrid nanocatalysts is an elegant route for high performance EOR-based systems. In this regard, for example, Pandey et al. used organic-mineral hybrid materials containing gold nanoparticles using different organic conducting polymers for ethanol (EtOH) oxidation. In the same way, after deposition of an evaporated gold film, they deposited various polymers using the galvanostatic method to obtain a hybrid film. They also explained that nanoparticles of gold in alkaline medium exhibited high catalytic activity for ethanol oxidation. In this regard, there are other studies that show that gold has an excellent electrocatalytic property for the electro-oxidation of alcohols, as well as the reduction of protons to hydrogen .