Mickaël -

• Drove global adoption of Microsoft Copilot by designing onboarding materials and delivering targeted training, increasing active usage by 5% within 3 months. • Built Copilot agents in Copilot Studio to automate prompt creation and reporting workflows, reducing completion time by 30% and enhancing cross-department efficiency. • Created prompt libraries and delivered 10+ training sessions, workshops, and change management programs, enabling 300+ employees to integrate AI tools into daily operations. • Ensured secure, compliant integration of AI tools within Microsoft 365.

• Trained 1,500+ professionals and 30+ companies (Carrefour, Action Logement, Havas, Pylones) on ChatGPT, Midjourney, Perplexity, Mistral, and custom GPTs. • Developed chatbots and AI assistants using Voiceflow and Chatbase, API integrations, and RAG systems, cutting client response times by up to 40%. • Authored a bestselling AI book (L’IA et la génération de texte, ENI Editions), selling 1,000+ copies within the first 3 months of release. • Delivered large-scale AI seminars for organizations including CCI, French Tech, Orange, and major corporations, training 30–100 participants. Facilitated an English-language seminar for 50+ participants, enhancing cross-border AI adoption capabilities.

• Selected from 7,000+ applicants to join a top-tier proprietary options trading firm, completing intensive derivatives and risk management training in a high-pressure trading environment. • Applied quantitative models and real-time data analysis to execute high-frequency trading strategies, achieving profitable trades with sub-second execution times.

• Optimized a code calculating the betas of 26 factors for Banks on a rolling basis. • Generated charts to visualize the evolution of factors over time. • Implemented multithreading to make the code 4 times faster.

• Installed an infrared sensor in a turbomolecular vacuum pump, ±1 degree of accuracy • Developed models to simulate the functioning of the sensor in-situ • Improved the emissivity (from 0.2 to 0.9) of metals via laser structuring in a subsidiary in Germany. • Laser structuration of diverse metal targets to create a new usable material for pumps • Created and transmitted macros with VBA and Python to the team to make them save time (Time used for data analysis reduced from 1 hour to 5 minutes)

• Laser welding of metal rings for the adjustment of car seats • Established an experimental design to obtain the optimal holding parameters (from 10% to 0.15% of defects)