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Education Occupational and environmental health risk and potential hazard of engineered nanoparticles; methods for nanoparticles identification in air, aqueous matrix; individual protective equipment in nanomaterials production; physicochemical properties, fate, and toxicity of engineered nanoparticles; nanoparticles behavior in the environment including atmosphere, aquatic systems, soils and biological objects; influence of abiotic parameters on nanoparticles migration in the environment and human body; uptake, translocation and clearance of inhaled nanoparticles, dermal uptake of nanoparticles; mechanisms of nanoparticles interaction with biological objects, cellular uptake; toxicity mechanisms ecotoxicity of nanoparticles to aquatic organisms, mammals, and plants; effect of nanoparticle physicochemical properties (size, dose- and concentration, surface charge, shape, surface-area, chemistry, dissolution, aggregation) on toxicological properties Research Methods for nanoparticles identification in aqueous matrix; approaches for separation of nanoparticles suspensions; filtration; centrifugation; laser diffraction; dynamic light scattering; effect of size, concentration, surface charge, shape, surface-area, chemistry) on nanoparticles reactivity; dissolution of metal nanoparticles; influence of ultrasonic action on aggregation and dissolution of nanoparticles; aggregation, precipitation, flocculation and dispersion of nanoparticles in aqueous suspensions; preparation of stable nanoparticles sols; adsorption of surfactant on nano-sized and ultra-dispersed particles; dispersion of nanoparticles in watering media; effect of nanoparticles dispersity and composition of ecotoxicity Public Education on the environmental impact of nanomaterials; lectures on nanomaterials application in schools; organization of scientific conferences and concourses Hobby English; French; travelling; jogging
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