Data Engineering
Design reliable data platforms and scalable pipelines that transform raw data into production-ready assets.
I design and develop reliable Data and AI solutions: data architecture and processing, model training, API development, and production deployment.
I combine Data Engineering, AI Engineering, ML/MLOps, and Cloud & Software Engineering to build reliable, integrated, production-ready systems.
Design reliable data platforms and scalable pipelines that transform raw data into production-ready assets.
Build production-oriented AI systems by integrating LLMs, data, APIs, vector search, and RAG architectures.
Productionize the ML lifecycle, from model training and experiment tracking to deployment, monitoring, and automation.
Design reliable backend services and cloud architectures to integrate, deploy, and operate Data & AI systems in production.
Data Engineering/AI Engineering/ML & MLOps/Cloud & Software Engineering
A selection of Data Engineering, Machine Learning, and AI Engineering projects, ranging from real-time data platforms and RAG systems to MLOps, cloud architectures, and intelligent solutions powered by simulation and optimization.

Designed and developed a real-time data platform built on a distributed event-streaming architecture. Events are collected, validated, and processed continuously. Usable data and aggregations are stored in an S3-compatible data lake. Invalid events are kept separately to support investigation.

An MLOps platform covering data preparation, model training and evaluation, registration in MLflow, API deployment, and operational monitoring. Each prediction identifies the version of the model used. Experiments and service metrics make it easier to track models and monitor API activity.

Multilingual documentary assistant (FR/EN) designed to retrieve information from a complex knowledge corpus and produce source-grounded answers with verifiable citations.

Design of an AWS data lakehouse that brings together data from multiple sources, organizes its transformation, and makes it available for analytics.
From Data platforms and cloud architectures to Machine Learning systems, MLOps, and AI applications powered by LLMs and RAG.
A career combining data engineering, AI systems, machine learning, cloud, and software development, with an engineering approach focused on building reliable and production-ready solutions.
Professional project: design and development of a multilingual RAG knowledge assistant using Python, FastAPI, PostgreSQL/pgvector, embeddings and LLM APIs, including document ingestion, vector search, SSE streaming, verifiable citations, and evaluation of retrieval, groundedness, citation quality and overall response quality.
Design and development of 6 web applications addressing different business needs, from functional analysis through production delivery, including frontend/backend development, APIs, databases, authentication, external integrations, testing, deployment and maintenance.
Design and development of a digital business card application using Next.js/React, TypeScript, Node.js/Fastify, Clerk, Supabase/PostgreSQL and Cloudinary. Development of analytics to track views, interactions and leads, with dashboard reporting and real-time updates through Server-Sent Events (SSE). Use of AWS services throughout the evolution of the project, including Amplify, API Gateway, VPC, DynamoDB, CloudFront, S3 and SES.
Design of batch and streaming data platforms and pipelines using Python/PySpark, Spark Structured Streaming, Kafka, Airflow and AWS, covering ingestion, distributed processing, data validation and quality, Data Lake architectures, Avro/Schema Registry, observability and CI/CD.
Development and productionization of ML workflows covering data preparation, training, experimentation, versioning, serving and monitoring using Scikit-learn, MLflow, FastAPI, Docker, PostgreSQL, Prometheus/Grafana, automated testing and CI/CD.
Analysis of functional and business requirements and translation into appropriate technical solutions, from defining data flows and application features to architecture decisions and integration of the different system components.
Development of Machine Learning and time-series models for industrial use cases, including performance prediction and process-time estimation for vibrating presses.
Analysis and modeling of industrial data to identify factors influencing equipment performance and develop predictive models.
Contribution to data architecture, technology selection, and the development of monitoring and visualization interfaces.
Development of a Data Science PoC for the SmartForest platform, focused on analyzing data from industrial systems.
Application of statistical and Machine Learning methods for anomaly detection and forecasting using industrial data.
Exploration of predictive maintenance approaches to enable earlier detection of abnormal behavior and potential equipment failures.
Development of statistical and predictive modeling projects applied to purchase forecasting and inventory management.
Analysis of historical data and event modeling to identify trends and purchasing patterns.
Implementation of forecasting approaches to improve purchase prediction and support inventory optimization.
Statistical analysis and forecasting of demographic data related to migration, births, and mortality.
Contribution to demographic trend analysis and population projection studies.
Participation in the statistical analysis of urban air quality data.
An academic foundation in statistics and data science, complemented by continuous learning across software engineering, big data, artificial intelligence, and cloud technologies.
Advanced training in statistics and modeling, machine learning, deep learning, and Big Data, complemented by information systems, databases and data warehousing, Business Intelligence, and complex data processing.
Quantitative training in statistics, probability, and advanced mathematics, complemented by algorithms, programming, databases, operations research, biostatistics, and data analysis.
Knowledge badges covering core AWS concepts, architecture, core networking, serverless and data migration.
A multidisciplinary expertise combining data engineering, AI engineering, machine learning, MLOps, cloud and software engineering.
I combine technical expertise with an end-to-end engineering approach: designing reliable data pipelines, building AI and ML systems, and integrating and deploying them in production environments.
Designing Data & AI architectures, selecting components, integrating systems and bringing them into production.
Batch and streaming ingestion, data transformation, data quality, orchestration and analytics platforms.
RAG, LLM systems, semantic search, evaluation and agentic workflows.
Model training, experimentation, versioning, serving, CI/CD, monitoring and machine learning lifecycle management.
From data foundations to intelligent systems in production
Have a Data or AI project, an industrialization need, or a technical challenge to solve? Let’s discuss how to design a reliable, scalable, and production-ready solution.