Xavier Hurtaud

**Du Pain & Des Roses** (1000+ bénéficiaires, 10+ salariés) : - Environnement Google Workspace (Sheets, Forms, App Script, Data Studio) - Cadrage des besoins métiers et rédaction des spécifications - Automatisation de 20+ processus métiers avec App Script - Modélisation et Architecture des données - Conception de tableaux de bords BI (Data Studio) - Conduite du changement avec 10+ salariés **Français Langue d'Accueil** (150+ bénévoles, 800+ bénéficiaires) : - Refonte complète du SI passant d'un environnement Google Workspace à Microsoft 365 - Conception d'une base de données unifiée sur Power Apps avec Dataverse - Dématérialisation et automatisation de 50+ processus administratifs avec Power Automate - Modélisation et architecture des données - Conception de tableaux de bords Power BI - Mise en conformité au RGPD, rédaction d'une politique RGPD et formation des équipes - Conception d'un Assistant conversationnel IA Copilot pour l'accueil et le mentorat des bénéficiaires : architecture d'une base de connaissance, paramétrage de l'assistant, logiques de réponses, flux Power Automate, system prompt - Pilotage des projets et du déploiement (COPIL/COPROJ) - Gestion du changement avec 7 salariés et 150+ bénévoles - Administration du tenant Microsoft 365 **Les Grands Chais de France** (1,5 Md€ CA, 4000 salariés, 80+ sociétés) : - Étude stratégique pour la mise en place d'un nouvel ERP - Cartographie applicative complète de l'écosystème existant - Audits métiers de la Supply Chain pour identifier les nouveaux besoins - Etude de marché et évaluation d'outils Best of Breed (APS, MES, WMS, TMS, PIM) - Gouvernance : COPROJ hebdomadaires, COPIL, avec restitutions et recommandations

Automatized the transformation of digital circuits with synchronous design into asynchronous design. Developed a Python program that transforms the circuits through a graph flow approach. Designed asynchronous dual-rail logic gates, controls and interfaces in Verilog language. Performed area/timing/power evaluation using professional EDA tools.

This research experience was carried out in Mita's Laboratory within the Department of Electrical Engineering and Information Systems of the University of Tokyo. The process development of metallization by supercritical fluid deposition was conducted to propose a reliable procedure usable by every members of the cleanroom. Especially depositions of copper onto high aspect ratio features were investigated in Takeda's Super Cleanroom. Results were observed through Scanning Electron Microscope. Electroplating was also processed for Deep Reactive Ion Etching trenches filling with heavy metals like gold or copper. Finally, a two-hours presentation of the results was given for VLSI Design Education Center members. The work was published and selected to be presented in the 34th Sensor Symposium.

Tutored mathematics and physics courses to college and high-school students in Bordeaux. Transmitted complex ideas and concepts. Developed a teaching method. Guided and motivated students experiencing difficulties at school. Instructed and consolidated methods of learning. Taught French language to a Chinese primary school kid two hours a week for four months.

Characterized resistive gas sensors containing screen-printed zinc-oxide nanoceramics films to detect hydrogen. Implemented a test bench, monitored solenoid valves in gas system with LabView and analyzed and interpreted datas with Matlab. Contributed to the research publication in the scientific journal Applied Surface Science 357 (pages 14-21).