AI Engineer & Data Scientist | Production ML systems, time series forecasting, and billion-record data pipelines | Ex-Swiss Re | Sorbonne CS graduate
Production ML for time-series, IoT, and large-scale data pipelines.
I build machine learning systems that ship. Currently at Equans, I own the full pipeline from IoT sensors to production ML — Azure IoT Hub, Kafka, Spark/Polars for distributed feature engineering, model serving and monitoring on Palantir Foundry. Previously built billion-record pipelines and IFRS 17 simulation engines at Swiss Re, and custom PyTorch forecasting frameworks at Pernod Ricard. Before that, 3 years of applied research in Tokyo (SAR/computer vision, published in IEEE Access, 2nd Prize at NEDO Challenge).

Stack: PyTorch, Hydra, MLflow, Optuna, FastAPI, Docker, Streamlit Result: 7.1% MAPE on Walmart M5 (28-day horizon, walk-forward validation) Repo | Demo (~30s cold start)
Production-grade forecasting with 10+ model architectures across retail, rideshare, and inventory domains. Config-driven experiments, tracked runs, Bayesian HPO, containerized serving.

Stack: PyTorch, Hydra, MLflow, Optuna, Gradio, Streamlit Result: RMSE ~0.323 on MovieLens (100K+ ratings) Repo | Demo (~30s cold start)
End-to-end recommendation system — 4 architectures, full ML lifecycle from training to global inference API on Hugging Face Spaces.

Stack: PyTorch, DeepLabV3, OpenCV, Hydra, ONNX Result: 99.4% pixel accuracy (wall-class F1 significantly above baseline despite 96/4 class split) Repo
Computer vision for architectural floorplan segmentation — handling extreme class imbalance with class weighting, morphological postprocessing, and ONNX export. 50ms inference.
Education: MSc Computer Science — Sorbonne University, France