About

AI Research & Systems Engineering

I work at the intersection of applied AI research and AI systems engineering, with a focus on LLM systems, representation learning, knowledge-based architectures and experimental evaluation.

My work spans the full lifecycle of AI systems — from problem framing and controlled experimentation to architecture design, implementation, evaluation and production integration.

I hold an MSc in Artificial Intelligence from Université Claude Bernard Lyon 1, co-accredited with ENS Lyon and Centrale Lyon.

Building AI systems

AI System Design

Designing AI systems as interconnected components, from problem framing and architectural choices to the integration of models, data, knowledge and decision mechanisms.

Representation & Knowledge

Building meaningful representations of data and knowledge using embeddings, multimodal representations, graphs and knowledge structures to capture the information and relationships required by the problem.

Model Design & Selection

Designing, adapting and selecting learning models through systematic benchmarking, optimization and AutoML methods, according to performance, computational and operational constraints.

Evaluation & Experimentation

Designing reproducible experimental frameworks, metrics, benchmarks and ablation studies to evaluate hypotheses, compare approaches and produce reliable evidence for technical decisions.

MLOps & Production

Turning experimental AI systems into reproducible, scalable and maintainable production systems through automated pipelines, lifecycle management, deployment and observability.

Experience

Research, engineering and systems-oriented work across applied AI, machine learning and data-driven systems.

2022

Research Data Scientist

MSc Research Internship

LIRIS / CNRS

Lyon, France · Feb 2022 — Jul 2022

Research on the automatic discovery of scientific article roles using dynamic citation networks enriched with textual citation context.

Selected contributions

  • Built and analyzed dynamic citation networks from scientific publication data.
  • Enriched citation relationships with semantic information extracted from textual citation contexts.
  • Explored textual and graph representations using TF-IDF, Word2Vec, Doc2Vec and graph embedding approaches.
  • Investigated clustering and classification methods for the discovery of scientific article roles.
  • Network Science
  • NLP
  • Representation Learning
  • Graph Embeddings
  • Clustering

Technical environment Python · PyTorch · scikit-learn · NetworkX · Gensim · Gephi

Earlier

Architecture & Construction Project Management

Earlier professional background

Earlier professional experience in architecture and construction management, involving multidisciplinary coordination, planning, contractual constraints and project risk management.

This experience progressively shaped my interest in modeling complex systems and ultimately led me toward computer science, mathematics and artificial intelligence.

Education

2020–2022

MSc in Artificial Intelligence

Université Claude Bernard Lyon 1

Co-accredited with ENS Lyon and Centrale Lyon

2019–2020

BSc in Mathematics & Computer Science

Université Claude Bernard Lyon 1

2018–2019

DipHE in Mathematics & Computer Science

Université Claude Bernard Lyon 1