Managed and delivered collaborative research projects, facilitating the development of innovative technologies in partnership with industrial customers.Prepared health and safety documentation (COSHH, Risk Assessment) Maintained effective communication with internal and external collaborators to drive research goals.Produced quarterly project reports tracking progress and outcomes.Managed the supply of equipment and consumables to support research activities.Identified funding opportunities and successfully secured grants.Supervised research studentsConducted hands-on lab workAnalysis methods: AFM, profilometry (DEKTAK), Raman, SEM-EDS, ToF-SIMS, UV-vis, EIS, cyclovoltammetryDeposition method: PVD and CVD

Delivered physics, chemistry, and materials science instruction to undergraduate students.Mentored students engaged in the undergraduate research programme.

Leading a research project in material sciences in collaboration with an industrial and several university laboratories. Diffusing results through scientific talks and writing as well as dissemination to general public.

Trained with the programme Experimentarium (www.experimentarium.fr)Designed and conducted STEM workshops for primary and secondary pupilsParticipated in the delivery of STEM outreach programmes: Fête de la science (www.fetedelascience.fr), Souk des sciences (www.univ-amu.fr/en/public/science-souk), Nuit Européenne des chercheurs (nuitdeschercheurs-france.eu/?2023)

Thin-film engineering (kesterite materials) for solar cells. Deposition methods: Sputtering, reactive annealing. Characterizations: electronic microscopy;  X-ray diffraction; Raman spectroscopyFormal communication of results, orally and in writing.

Solar cell engineering, based on polymorphous silicon.Deposition methods: PECVD - Evaporation - SputteringCharacterizations: IV curves - Spectrale response - Spectroscopic ellipsometry.Synthesis and communication of results