Industrial PhD with the material science laboratory : MATEIS, UMR 5510"Influence of powder synthesis on damage and degradation mechanisms of zirconia-based ceramic materials"

Manufacturing, shaping and characterizing materials for technical applications from defined specifications.- Implementation of mechanical tests - Formulation of ceramic oxide suspensions adapted to different shaping processes- Shaping and thermal treatment of materials- Chemical, morphological and microstructural characterization of the obtained structures

Development of sub-millimeter ceramic beads with improved performance due to their innovative composition.- Experimental work on the development of ceramic powders suspensions and the shaping of ceramic balls by a coating/encapsulation technology. - Characterization of the parts thus obtained by various structural and morphological methods.- Bibliographical research work allowing to improve the understanding of the phenomena observed experimentally, to propose technical solutions to reach the desired performances, and to widen the field of applications of the developed products, in particular in the field of the advanced biofuels.

Manufacturing of battery cells and optimization of their performances from new negative electrode materials- Processing of the raw materials to maximize the end product performances- Formulation of slurries- Manufacturing of swagelok battery cells (Half-Cells and Full-Cells)- Electrochemical characterization (Performance test/ Cycling) of manufactured battery cells (Half-Cell and Full-Cell)

Study of transport and magnetotransport properties in quantum dot contacts fabricated on graphene and hexagonal boron nitride (h-BN) heterostructures with graphite back gates.

Balancing roles as an operator and assistant manager, and immersed in the daily operations of an Amazon logistics warehouse, the primary objective was to ensure customer satisfaction. - Specialization and assignment to the AFE (Amazon Fulfillment Engine)department. - Shadow management of up to 15 people (assistant manager).

Study of the applicability of gold nanoparticles as catalysts for chemical reactions or as nanosensors for the analysis of chemical reactions for environmental and medical applications.- Optimization of a reversible assembly method for gold nanoparticles- Synthesis of gold and iron nanoparticles (spheres and rods)- Functionalization of gold nanoparticles with amino acids- Study of the optical properties of gold nanoparticles (TEM, circular dichroism response, UV-Visible)

- Gained experience doing maintenance work (logistics, gardening, inventory) while learning the importance of "behind the scenes" work to the successful operation of small and big structures- Used tools and worked side-by-side with technicians- Entrusted after one month to replace the full-time gardener during his vacatin period