cv

MSc Quantum Information Science & Technology

Delft University of Technology & Leiden University

Pursued as a double degree, completing my engineering diploma from École des Mines

• Fundamentals of Quantum Information
• Qubit Dynamics and Quantum Control
• Quantum Devices and Interfaces
• Quantum Computation and Quantum Programming
• Applied Quantum Algorithms
• Quantum Computer Architecture
• Quantum Error Correction

Diplôme d'Ingénieur (MSc level)

École Nationale Supérieure des Mines de Nancy

Major in Computer Science

• Algorithms and Complexity
• Quantum Physics
• Foundations of Computing
• Computer Architecture
• Software Engineering
• Introduction to Blockchains
• Complex Analysis
• Defense and Security Challenges in the 21st Century (at Sciences Po)

Classe Préparatoire aux Grandes Écoles

Lycée Saint-Louis

Two-year undergraduate programme preparing for entrance exams to France's most prestigious Grandes Écoles

• Mathematics, Physics, Computer Science

Joint Interdisciplinary Project

Quobly

• Implementing Quantum Reservoir Computing (QRC) for credit card fraud detection
• Working in an interdisciplinary team, alongside students from outside the quantum field

President of the school's IT and cybersecurity club (15 members)

Cybermines

• Ran weekly cybersecurity sessions on TryHackMe
• Organized conferences with industry stakeholders

Software Engineer Intern

Eres Group

• Implemented a module in Java for enabling SMS Code 2FA with Keycloak
• Applied agile software development principles and built with test-driven development (TDD)

Hack the World(s) — Hackathon winner

24h on world models & JEPA architectures, with the support of Yann LeCun

• Won 1st place out of 25 teams (100 participants, 600+ applicants)
• Built a V-JEPA model learning the latent dynamics of physical fields (Gray-Scott reaction-diffusion), outperforming a pixel-space baseline on long horizons
• Trained on the Dalia supercomputer (NVIDIA GB200 NVL72)

Research Project — Parcours Recherche at Centre INRIA de Nancy

Measurement-Based Quantum Computing and the ZX-Calculus

• Under the supervision of Dr Miriam Backens from the MOCQUA team, worked on Measurement-Based Quantum Computing (MBQC) with the help of the ZX-Calculus
• Carried out in parallel with my studies at École des Mines (1.5 days per week)

Research Project — TIPE at Lycée Saint-Louis

Support Vector Machines for computerized face detection

• Studied the use of Support Vector Machines (SVM) in computerized face detection
• Implemented an SVM-based face detection model in Python

Vice-President

Burkin'Action

École des Mines humanitarian club supporting a village in Burkina Faso.

1st place, Hack the World(s)

Hack the World(s)

First out of 25 teams (100 participants, 600+ applicants).

Excellence Scholarship

École des Mines de Nancy alumni foundation