I’m an Embedded Systems engineer graduated from Grenoble INP – Phelma. My background spans low-level development, embedded software, and Linux-based systems, with additional experience in backend and full-stack development. I’m currently seeking a full-time position in embedded systems engineering. Here are the domains I'm interested in:
Designed and implemented two key systems to improve debugging and failure monitoring for the QM35 Ultra-Wideband (UWB) chip integrated into Android devices:
Investigating migration from the existing Moodle REST API to a Hasura GraphQL API to eliminate over-fetching and under-fetching of data.
Worked in a team of 2 to build C-based Realtime Control Software for the NXP CUP CAR using FreeRTOS. We used interrupts to handle sensors input (wheel encoders + 2D camera) and implemented feedback loop control algorithms to control wheel's speed and direction with FreeRTOS scheduled tasks.
Worked in a team of 5 mixed Phelma and Ensimag students to build a compiler for the DECA language. We also developed an extension of the language to facilitate the development of Gameboy games.
Worked in a team of 4 on implementing and benchmarking various spellchecking algorithms and data structures with C.
e.g: resizable arrays, linked lists, hash sets, trees, Tries. DFS, BFS.
Worked in a team of 3 on implementing different Pathfinding algorithms(DFS, BFS and Dijkstra) in C and benchmarking them on a map of train stations.
Worked in a team of 3 on simulating multi-agent systems in Java Cellular Automata and Boids with predator-prey behavior, showcasing object-oriented design and event-driven programming.
Worked in a team of 3 to analyze two real-world CVEs: CVE-2024-23724 and CVE-2024-47175. Reproduced the vulnerabilities in a controlled environment, developed proof-of-concept exploits, and delivered a technical report explaining their root causes, impact, and mitigation strategies.
Designed and implemented an FSM-based digital filter in VHDL as part of a two-person team. Simulated with ModelSim, verified synthesizability with SpyGlass, synthesized with Precision RTL, and deployed on a Xilinx Spartan-3 FPGA using Xilinx ISE. Successfully tested and validated the design on hardware.
Worked in a team of 2 on implementing a messaging client for an existing server in C using System V IPC mechanisms.
Developed a Kotlin Android app to synchronize contents of courses from Chamilo with Local storage. Used Dagger Hilt for dependency injection, OKHttp for network requests, Room and Coroutines for asynchronous programming.
Participated in the Advent of Code 2024 and learned the Rust programming language.
A highly customizable and mobile first Hugo template for personal portfolio and blog.
Showcased how to use a Kotlin/Java Springboot backend with a React frontend while ensuring typesafe API calls using OpenAPI.
Engineering school in Physics, Electronics and Materials.
Intensive undergraduate studies Technical Sciences and Technologies specialization (TSI). Includes a strong foundation in mathematics, electronics and control systems.
Scientific baccalaureate with high honors.
