Computer science student (Year 2 @ EPITECH) focused on low-level systems, compilers, and backend engineering. I specialize in building complex systems from the ground up, with a strong emphasis on LLVM infrastructure, runtime environments, and performance optimization.
Cybersecurity • Compilers • Runtime Systems • Databases • Distributed Systems • Rendering Pipelines
LLVM-backed compiled programming language written in C++.
- Engineered a custom front-end, parser, and static type system.
- Built an LLVM IR generation pipeline supporting both JIT and AOT execution.
- Implemented pattern matching, lambdas, and control-flow analysis.
Plugin-oriented arcade runtime built in C++.
- Architected runtime polymorphism using
dlopen/dlsym/dlclose. - Designed strict ABI-stable interfaces for dynamic loading.
- Abstracted rendering backends (SDL2, SFML) loaded dynamically at runtime.
Scalable, single-threaded server in Rust.
- Implemented a non-blocking event loop multiplexing hundreds of concurrent TCP clients.
- Engineered a custom protocol for channels, threads, and direct messaging.
- Designed async networking primitives and internal protocol abstractions.
POSIX-style shell implementation in C.
- Built a tokenizer and AST-based parser.
- Implemented pipe and redirection support alongside robust process management and orchestration.
- Top 5 / 90 - Binary Exploitation CTF: Demonstrated proficiency in stack/heap overflows, GOT overwrites, ROP-style chains, and reverse engineering against custom Linux binaries.
- Software Engineering Intern @ AT7 Système: Modernized legacy enterprise software, secured public surfaces with Nginx, and containerized internal services.