Oussama Eladdachi

-Université Paris-Saclay&Institut de recherche sur les lois fondamentales de l’Univers (IRFU)&Département d'Electronique des Détecteurs et d'Informatique pour la Physique. -AI&Physics -Computer Vision -Particle Physics -Anomaly detection for quality assessment of ITk pixel modules

Fine tuning the Chinese Open Source Model Yi 6B 200K in Generative AI/Large Language Model, serving as an assistant to a chatbot named Plotdot for generating film scripts.

Engaged in developing Smerllo Company's product, a new startup in the real estate sector. Contributing to the project by creating user-friendly models for forecasting changes in real estate unit prices. Additionally, working on the development of a chatbot, serving as a Large Language Model (LLM) tool to guide and assist clients in recognizing the various products offered by the company.

The production of phosphoric acid is essential for fertilizer manufacturing. At the major industrial hub of OCP Jorf Lasfar, monitoring the quality of phosphoric acid through either a decadmiation process or improvement of its concentration is an essential standard that assesses the progress and prosperity of the producing company in comparison to its competitors. The OCP Group leaves nothing to chance, relying on a well-endowed structure and revolutionary advancements in science and research, making it a global leader in agricultural production. Personally, I was fortunate not only to embark on my professional journey in a company like the OCP Group but also to start in a high-performing unit dedicated to phosphoric acid production within OCP Jorf Lasfar. The unit began its operations only in 2018, which has given it the advantage of nearly ideal production equipment efficiency (reaching up to 98%). Moreover, it's considered the first phosphoric acid production unit within the hub to utilize the decadmiation process to enhance acid quality, responding to the needs of importers. I'm highly satisfied with my contribution to the unit's operations, having implemented numerous improvements, such as enhancing the decadmiation installation to prevent acid concentration drops, and identifying issues like the remarkable monthly losses incurred by OCP due to water-soluble phosphate (%P2O5) shifting during filtration. This latter study was initiated and well-received during the presentation. In the future, I aspire to further enhance this industrial problem-solving approach by incorporating visualization tools through artificial intelligence and machine learning.