Image Morphing — Beier & Neely
Geometric image morphing (Beier-Neely) with automatic facial landmark detection — applied to computer vision and AI.
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M1 Informatique — Université de Lorraine | Vise le M2 IA2VR
I am currently a first-year Master's student in Computer Science at the University of Lorraine and I wish to join the Master's program in Artificial Intelligence and its Applications in Vision and Robotics (IA2VR) in Nancy to further develop my knowledge in these fields. Strongly interested in research, I aim to pursue a PhD and contribute to advances in artificial intelligence, computer vision, and robotics.
Projects
✦ Research & Algorithmic Projects — M1 Université de Lorraine
Bézier Path Planning — Metaheuristics
Research project (M1 Metaheuristics, Université de Lorraine). Metaheuristic optimisation algorithm in Java for generating Bézier curve trajectories that minimise path length, smoothness, and obstacle constraint violations.
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Other Projects
Chess
A command-line chess game implemented in C++ with object-oriented programming principles.
View Project →Navigation System
Developed a transport network management system for Avignon using C++ and SQLite3, integrating CRUD operations with UML design.
View Project →Flood It
Designed a color-filling puzzle game where the player floods a grid with a single color in minimal moves using greedy algorithms.
View Project →VMC Double Flux
Professional C# / .NET desktop application for designing and installing double-flux mechanical ventilation systems, with interactive floor plan editing, airflow balance calculations, and JSON export.
View Project →Awalé
Implementation of the traditional African strategy board game Awalé (Mancala), featuring turn-based gameplay and seed-sowing mechanics.
View Project →Carcassonne
Implemented the board game Carcassonne in C, where tiles are read dynamically from an Excel file.
View Project →Black Jack
Developed a console-based Blackjack game where the player competes against the dealer with OOP concepts.
View Project →Bataille Navale
A fully playable Battleship game developed in Java, featuring grid-based ship placement and turn-based combat logic.
View Project →Shadoks
Implements an interpreter for the fictional Shadok language using Flex for lexical analysis and Bison for syntax parsing.
View Project →Technical Skills
Programming
C85%
C++80%
Java70%
C#65%
JavaScript70%
Python70%
Web Development
HTML/CSS80%
JavaScript70%
PHP60%
Databases
SQL80%
MySQL70%
SQLite380%
Tools & Frameworks
OpenCV75%
dlib65%
SDL40%
.NET / C#65%
Research & Algorithms
Computational Geometry
Computer Vision
Metaheuristics
Image Processing