AIR-France (Automatic Image Recognition) project lead.Yield enhancement through defect management:- Identify performance detractors and implement corrective actions with process and integration engineers.- Drive continuous improvement by reducing scrap rates, top detractor analysis, and identifying root causes.- Carry out analyzes of non-compliant products.- Present technical summaries to internal teams and clients.

- Led testing and validation to ensure compliance with industry standards and meet clients expectations.- Improved imaging capabilities by 20% through the integration of advanced optics.- Provided technical training to end-users.- Managed project timelines, successfully delivering on schedule and within budget.

Worked on the development of niobium rich borophosphate optical glass fibers for nonlinear applications.- Synthesized and charecterized bulk glasses and optical fibers (thermal, structural, linear and nonlinear optical properties, data analysis)- Managed a fiber drawing tower : ensuring optical fibers quality, troubleshooting and resolution of the equipment malfunction depending on detected defects- Designed optical benches for fibers characterization (glass optical quality, loss measurement, nonlinear optical properties)- Studied thermal history effect on the density fluctuations within the glass and employed numerical tools in order to validate the experimental results- Implemented a new synthesis protocol reducing losses due to density fluctuations in optical fibers by 50%- Designed micro-structured electrodes in clean room environnement using laser UV photolithography: spin coating, laser ablation, thin-film gold sputtering- Process and failure analysis to improve the surface treatment of µ-poling on flat optical fibers for second harmonic generation and Photonic Integrated Circuits- Developed multimode square shaped optical fibers with different geometrical profiles and evaluated their supercontinuum potential in the normal and anomalous dispersion regime- Collaborated with multidisciplinary researchers (physicists, chemists, materials scientists...) to conduct experiments and evaluate new technologies or process improvements.- Mentored BS and Master 2 interns- Authored and co-authored peer-reviewed articlesResearch group :- Chemistry and photonic of oxide and fluoride materials- Multi-scale structural organization of materials

In charge of the Classical Mechanics and Geometrical Optics courses (45 hours).- Prepared and delivered engaging courses for L1 students.

Worked on the installation of a time-resolved spectrometer for the study of materials under extreme conditions (high temperature, high pressure).- Installed a free-space optical setup connecting a pulsed laser source to a time resolved spectrometer.- Improved the signal/noise ratio by 20 % for several wavelength ranges (UV–Vis–IR).- Acquired measurements at high temperature up to 1000 °C.- Developped a program using Matlab for automatic data processing.- Validated the setup allowing thus to discriminate the black body radiation from the intrinsic signature of the material.Research group :- Properties of amorphous, liquids and minerals

- Completed an intensive training on the use of Tof-SIMS- Contributed to the acquisition of data on nanostructured polymers for a research project- Identified their chemical composition

- Developed and presented product portfolios- Acquired over 15 new clients- Identified customers needs and recommended the appropriate products- Procurement of stocks, quotation, process orders

- Provided one-on-one tutoring, boosting students grades in Mathematics, Physics and Chemistry.- Tracked and communicated progress, fostering academic growth.

- Synthesized Oxidized Graphene Sheets- Characterized the materials by Raman Spectroscopy