Thinking Nine
Custom Rose Trail
x(t) = 50 + (6.8 cos t - 3.1s cos 8t) * 4.3 y(t) = 50 + (6.8 sin t - 3.1s sin 8t) * 4.3 s = detailScale(time)View All
About
About Me
My interests focus on data exploitation, artificial intelligence, and competitive programming. I regularly develop local AI projects (16 GB of VRAM), taking advantage of recent advances in models under 30B parameters. I also enjoy designing models dedicated to data analysis, using supervised machine learning methods, particularly as part of my research initiation project. I also participate in hackathons, which allow me to explore concrete AI use cases. Drawn to research, I plan to steer part of my path toward it (I really enjoy theory). Curious and persistent, I like to dive deep into new technologies and tackle complex problems, even if it takes a lot of time.
Last year, I got heavily involved in competitive programming. With my team from the Algo club at Telecom Nancy, we participated in SWERC, where we finished 10th out of 46 teams in France and 41st out of 143 in Southwestern Europe.
Outside of my academic pursuits and computer-related activities in general, I genuinely enjoy cooking and playing table tennis.
Education
Academic foundation and continuous learning that drives my development journey
Computer Science Engineering
Telecom Nancy
Engineering degree in computer science with focus on artifical intelligence and mass data. Part of the French "Grande École" system.
Data usageAITheoretical Computer ScienceComputer SystemsProject Management
Preparatory Class MP2I/MPI*
Lycée Carnot, France
Intensive two-year preparatory program in Mathematics, Physics, and Computer Science for admission to French engineering schools.
Advanced MathematicsPhysicsComputer ScienceAlgorithmsProblem Solving