ML/AI Engineer · Agentic AI & Local LLMs
Building intelligent systems that run anywhere
A multi-agent AI framework for scientific research. Mimosa-AI is designed to autonomously generate hypotheses, design experiments, and analyze results, accelerating the pace of discovery in various scientific domains. It use innovattive, Neuroevolution inspired techniques to evolve its own architecture and learning strategies over time, Build in my current position at CNRS HolobiomicsLab .
A fully local alternative to Manus AI. Autonomous agentic system capable of complex task execution without cloud dependencies. Designed for privacy-conscious users and organizations requiring on-premise AI solutions.
A extremely frugal and efficient LLM agentic framework designed to run fast on low-resource devices. The idea: the harness walks a tree of decisions and renders each one as a numbered menu; the model answers with ~3 tokens. Everything deterministic (parsing, page rendering, notes, undo) is code; the model is only the policy oracle.
Real-time simultaneous localization and mapping using a single camera. 3D reconstruction pipeline with feature detection, pose estimation, and sparse point cloud generation for applications such as robotics.
Generative adversarial network for synthetic audio generation. End-to-end pipeline for training and inference with MLOps integration for reproducible experiments and model versioning.
Collection of reinforcement learning solutions for classic control problems: Cart-Pole, Lunar Lander, Bipedal Walker. Implements DQN, PPO, and policy gradient methods with detailed performance analysis.
CNRS — National Center for Scientific Research
2024 – Present · Sophia-Antipolis, France
Developing multi-agent AI systems for scientific research. Leading Mimosa, an evolving AI-scientist framework project. Preprint · GitHub
Alten
Mar 2024 – Aug 2024 · Rennes, France
Worked on an LLM-powered voice command system for controlling autonomous agents such as drones and robotic arms using small language models. Achieved 15–20% performance improvement on 1B–7B parameter models using fusion strategies for slot-filling.
Woodetect
Jan 2022 – Jan 2024 · Remote (France/Taiwan)
Two-year student group project building CNN-based audio recognition systems to monitor deforestation activity. End-to-end pipeline development with PyTorch, from data scraping to custom model design.
CNRS LAERO Laboratory
Oct 2021 – Feb 2022 · Toulouse, France
Worked on an airborne pollution measurement project. Automated OS compilation pipelines and built custom embedded Linux distributions for scientific instrumentation in atmospheric research.
EPITECH · European Institute of Technology
2019 – 2024
Five-year program with AI specialization. Project-based methodology covering CS fundamentals, machine learning, full-stack development and cybersecurity.
Feng Chia University · Taiwan
2022 – 2023
Focus on computer vision, optimization theory, and optimal control. Research in NLP algorithms with exposure to Asian technology markets and cross-cultural collaboration.
Based in Antibes, France · English · French · Chinese