Greetings! I'm Eliott, a 21-year-old Computer Science student at EPITA (Paris, France). I'm deeply engaged in exploring diverse tools, undertaking challenging school projects, and pursuing personal and professional endeavors with fervor.

• ⚛️ Studying Quantum Computing, covering topics like Quantum Networks, QKD, Quantum Crytography & Algorithms.
• 📡 Plans on pursuing a PhD in Secure Quantum Communications.
• 💻 Proficient in Q#, C, Java, Python and various other programming languages.
• 📊 Vast experience software engineering and back-end in Java using Quarkus, familiar with various databases (Neo4j, SQL, MongoDB, PostGreSQL, ...)
• 🌱 Currently delving into Quantum Networks and Cryptography, OS & Virtualization, low-level computer architectures, data science, web development & databases engineering.
• 🇯🇵 Studied for 6 months at Shibaura Institute of Technology in Tokyo, Japan.
• 👔 Worked in Data Engineering at Nestlé Japan Ltd. in Kobe, Japan.
• 🎓 Vice-president of BackToBasics, a prominent French student association focused on providing assistance and organizing lectures on advanced engineering studies.

In my toolbox, you'll find:

• C, C#, Python, Bash, x86, 68k, C++, Java, JavaScript, PostGreSQL, MongoDB, Neo4J
• Docker, Git, VSCode, ViM, Autotools, CMake, Snowflake, DTB, Quarkus

Currently, I'm immersing myself in:

• Quantum Computing & Networks
• OS & Virtualization
• Low-level computer architectures
• Data engineering
• Web development & databases management
• UNIX systems
• Web requests & servers
• AI Models, transformers and LLMs
• DevOps

• PedalAI: Took part in the MistralAI Paris Station F Hackathon and created PedalAI, an AI assistant allowing beginners to seamlessly create music, just like a virtual pedalboard! Powered by MistralAI largest models, Groq, Weights and Biases, Python and JS!

• TCP/IP Stack & Chat app: Built from scratch a fully functioning TCP/IP stack in the context of building a chat app emulated Qemu with proper IP routing & Ethernet communication simulation.
• K Project: Developed a x86 32 bits Intel architecture computer Kernel in C.
• AI Medical Data Classification: Developed and classified medical breast cancer data using machine learning algorithms using the Wisconsin Breast Cancer dataset using Python and NumPy.
• Operational Research Problem: Efficiently tackled an optimization problem concerning the removal of Montreal using Python, JS and graph-flow algorithms.
• Cryptography Library & Tools: Implemented a cryptography library & tools in Python, including ElGamal encryption, attacks, and various encryption models. Includes support for elliptic curve cryptography and Kyber post-quantum crypotosystem.
• 42sh: Collaborated with a group of four to develop a POSIX shell from scratch in C, employing Autotools, parsers, lexers, and AST.
• Tiger: Created a fully-fledged compiler for the toy language Tiger in C++ using Bison and Flex.
• HTTPd: Independently developed a HTTP 1.1 protocol server from scratch in C for handling & parsing requests.
• JWS: Created a Java web service with backend/frontend using REST API & architecture, working solo.
• Minix2 (iAPX86) Compiler: Created a compiler comprising a disassembler and interpreter in C.
• Brainf*ck Interpreter: Developed a versatile Brainf*ck esoteric language interpreter in C.
• Data Analysis Interface for Allianz: Engineered a data analysis interface and automated processes for Allianz in Python, enhancing operational efficiency.
• Spotify UI Enhancement Bot: Designed a bot to enhance Spotify's UI and mute ads using Python and web requests, showcasing ingenuity in automation.
• Console-Based Poker Engine: Crafted a console-based poker engine with in-game statistics in C#.
• Advent of Code Participations: Actively participated in Advent of Code challenges, honing problem-solving skills (2022, 2023).
• GameMaker Chess Engine: Developed a sophisticated chess engine in GameMaker: Studio-2 (GML), displaying creativity and strategic thinking.

• Semester Abroad: Engaged in a cultural and educational exchange at Shibaura Institute of Technology in Tokyo, Japan.
• EPITA Semester 3: Crafted a robust Sudoku solver leveraging OCR technology in C, complemented by GTK-3.0 and SDL2.
• EPITA Semester 3: Engineered a functional calculator in 68000 ASM, showcasing prowess in low-level programming.
• EPITA Semester 2: Led the development of EpiKart, a thrilling 3D kart racing game in C# with Unity, demonstrating adeptness in game development.
• EPITA Semester 2: Delivered Abacus, a sophisticated command-line calculator in C#, facilitating mathematical computations with efficiency.
• EPITA Semester 1: Contributed to AFIT, a mathematically-oriented project in OCaml, highlighting proficiency in functional programming.

Feel free to explore my repositories for further insights into my projects and contributions!