
Software Engineering Student
Final-year student in Software Engineering at ENSIMAG, France's leading engineering school in Computer Science.
2023 – Present
Passionate about Software Engineering, I strive to build reliable, efficient, and innovative software solutions that turn complex ideas into impactful real-world applications.

Final-year student in Software Engineering at ENSIMAG, France's leading engineering school in Computer Science.
2023 – Present

Full-stack development and continuous improvement of the GTM-EyE browser extension (Chromium), designed to protect users’ privacy by detecting and blocking hidden web trackers. Worked on both front-end (React) and back-end (JavaScript) components, refactored code and APIs, added unit tests, enhanced the UI, and integrated the analysis engine with a web crawling tool. Improved GTM detection accuracy to 96%.
May - July 2025

Research internship in Python development: rebuilt the robot’s API in Python by integrating artificial intelligence, enabling realistic behavior simulation and facilitating testing and experimentation.
May 2023

Designed and implemented a Git VCS with core operations: commit, branch, merge, log and checkout. Built efficient data structures for snapshots and branching histories to enable fast diffs and reliable merge workflows.

Developed a JPEG encoder from scratch, implementing DCT, quantization, zig-zag ordering and Huffman coding to achieve efficient image compression according to the JPEG standard.

Algorithm and visualization for polygon inclusion and overlap. Handles edge cases (colinearity, shared edges, intersections) using computational geometry techniques.

Designed and implemented a relational database for an online auction system. Covered full workflow: E/R modeling, relational translation, constraints management, and integration with Java (JDBC).

Developed a Brainfuck interpreter from scratch, implementing parsing, memory management, and I/O handling. Focused on algorithmic efficiency and clean modular code.

Complete graphical simulation of a fire scenario with multiple firefighter robot types and diverse environments.