CS student at Santa Monica College — building AI-powered backend systems, crisis-response tools, and risk-intelligence platforms. From mechanical systems in France to software engineering in California.
Before software, I spent 4+ years working in complex operational environments in France — managing mechanical systems, leading teams, and diagnosing failures under pressure on high-stakes projects, including infrastructure work for the Paris 2024 Olympic Games. That background built a specific mindset: think in systems, own the problem, ship something reliable. In 2022, I made a deliberate decision to redirect that into technology and moved to Los Angeles.
At Santa Monica College, I am completing my Associate of Science in Computer Science with a 3.9 GPA, focusing on backend development, applied AI, and systems design. Selected for the USC CHIPS Fellows Program at USC Nanolab, participated in the Google DeepMind × UCLA hackathon, and won 1st Place at Hack2Impact 2026.
I build AI systems for problems that have real consequences — emergency response, trade intelligence, supply chain analysis. Long term, I want to build at the intersection of AI infrastructure and high-stakes decision-making.
Bilingual (FR/EN) · Princeton Algorithms I & II · DeepLearning.AI certified.
Counterpass AI is an early-stage maritime intelligence platform focused on port-risk analysis, congestion monitoring, and demurrage risk detection. Building an AI-powered dashboard that surfaces shipment risk, port conditions, and operational bottlenecks in one place.
Six builds across backend engineering, applied AI, and embedded systems — shipped at hackathons, in independent study, and live online.
Built a Spring Boot incident-management API with JWT authentication, PostgreSQL, Docker, Swagger/OpenAPI documentation, JUnit tests, and Postman validation — replicating backend engineering practices used in production environments.
Built emergency-response features including GPS alerts, overdose reporting flows, real-time AI crisis guidance, and user-centered support tools for the End Overdose nonprofit.
Built a real-time AI crisis simulator using a Planner → Critic reasoning loop, SQLite audit logs, and multimodal city-risk projections powered by Gemini 3.1 Pro and Imagen 3.
AI-powered wellness companion built in 48 hours at PantherHacks 2026. MIRROR analyzes facial images using Claude Vision AI to detect early signs of fatigue, stress, and dehydration, turning visual signals into structured health insights delivered by a voice companion.
AI-powered study companion built in 24 hours to help college students study smarter. Features assignment analysis, AI-generated quizzes, personalized hour-by-hour study schedules, and a voice-enabled AI coach.
Smart wellness wristband that monitors biometrics in real-time. Two ESP32 microcontrollers communicate via ESP-NOW to track heart rate, temperature, humidity, and movement. A React dashboard streams live sensor data via WebSocket, with Claude AI generating personalized wellness messages when burnout is detected.
04/2026 – 05/2026 · Los Angeles, CA
CHIPS Semiconductor Technician Fellow at USC Nanolab — 52 hours of hands-on semiconductor training in photolithography, wafer fabrication, cleanroom operations, and metrology.






Trained in gowning, contamination control, and tool protocols inside a class-100 cleanroom.
Photolithography, etching, and wafer inspection with Nikon optical microscopy and Oxford Instruments tooling.
On-site training environment with industry-standard semiconductor equipment.
Open to SWE, backend, or ML engineering internships for Summer 2026. Reach out — I respond fast.