I have a strong interest in robotics & simulation, self-adaptive systems, 3D visualization, Human-Computer Interaction, and XR/Virtual Reality. I am particularly passionate about Digital Twins because they integrate all of these concepts to create autonomous and intelligent systems.
Check out my projects page to find out more about my school/personal projects.
In France, a Grande École is a prestigious higher-education institution, separate from the public university system. Admission is highly selective, typically through competitive national examinations after two years of intensive preparatory classes. The engineering program (Diplôme d’Ingénieur) is equivalent to a Master of Science in Engineering.
First Year
Continuum Mechanics for ElasticityNumerical AnalysisAlgorithmics and ProgrammingEnergy, Environment and Climate ChallengesPhysics and Fluid DynamicsSignals and SystemsLinear ControlProject EngineeringLife Cycle and Impact AnalysisThermodynamics and Energy SystemsInstrumentation, Sensors and Automatic ControlProbability and StatisticsInformation SystemsComputer-Aided Design and ModellingStructural Dynamics
Second Year
C++ ProgrammingAdvanced Concepts in Virtual Reality and Augmented RealityFundamentals of Virtual RealityHands in VR: Simulation and Interaction in Virtual Reality3D Real-Time Computer GraphicsCollision Detection and Haptic FeedbackFrom Physical Geometry to 3D Virtual ModelsVirtual Reality Applications: Conferences3D InteractionIndustrial Software DevelopmentComputer Vision and Augmented RealityScientific Visualization
Classes Préparatoires aux Grandes Écoles (MPSI/MP)
Intensive mathematics, physics, chemistry, and computer science. Gives access to top engineering schools via a national competitive examination.
Classes Préparatoires aux Grandes Écoles (Preparatory Classes) are a highly selective two-year program in France that prepares students for the competitive entrance examinations to the Grandes Écoles (top engineering schools). The curriculum is intensive and covers advanced mathematics, physics, chemistry, and computer science.
Wave PhenomenaElectromagnetismOpticsClassical MechanicsFluid MechanicsPrinciples of ThermodynamicsStatistical ThermodynamicsQuantum MechanicsQuantum Systems
Chemistry
Thermodynamics of Chemical TransformationsElectrochemistryEquilibrium and Kinetics
Computer Science
Programming FundamentalsAlgorithm AnalysisGraph TheoryData StructuresProgramming LanguagesDynamic ProgrammingAutomata TheoryLogic and DeductionPythonOCaml
Engineered multi-agent drone simulations in maritime environments for the LOTUSim combat Digital Twin. Used ROS2 and Gazebo in C++ and Python. Part of the CNRS International Research Lab IRL CROSSING.
2025-06-19 I presented the “What is a “Digital Twin” and How Do I Build One?” tutorial with Prof. Bentley Oakes at the Software Engineering for Machine Learning Applications Symposium (SEMLA 2025) at Polytechnique Montréal
2025-04-30 I attended the 20th International Conference on Software Engineering for Adaptive and Self-Managing Systems (SEAMS 2025) co-hosted at the 47th International Conference on Software Engineering (ICSE 2025) in Ottawa