Co-developed Circadia, a mobile serious game for CCCA-BTP built to teach students about sleep and health through a day-cycle life-sim structure. Involved in architecture, gameplay design, content integration, and store deployment on iOS and Android.

Contributed as Unity Developer at Synakène to a suite of 5 VR serious games for CCCA-BTP, used as training support for construction trade students. Worked across prototyping, gameplay design, multiplatform porting (VR/PC/Web), scoring systems, and content/asset integration, both solo and in small teams.

Contributed to the development of Totally Spies! - Cyber Mission by fixing bugs, enhancing UI, integrating dialogues, animations, and quests. Also created a cinematic animation using Unity Timelines and ensured smooth gameplay across platforms.

Developed Smart Blueding, an AR/MR application for real-time industrial data visualization. Focused on IoT integration, AR development, performance optimization for Meta Quest 3, and creating an intuitive UI/UX. Ensured seamless data streaming via MQTT and enabled cross-platform compatibility for mobile and XR devices.

Troubadour is a fast-paced rhythm game created for Global Game Jam 2024. Players control the king’s jester, guiding them through pages of a story. Success relies on precise coordination and rhythm, creating a chaotic yet hilarious dance challenge set in a royal court.

MirAI is an AI-powered smart mirror using Azure Cognitive Services and OpenAI for voice recognition, intelligent conversations, and real-time weather and calendar updates, enhancing daily interactions through a seamless, voice-activated experience.

Contributed to the development of Sun Royale, a mobile battle royale/merge game, focusing on multiplayer prototype implementation with Photon PUN, gameplay feature integration, UI redesign, and VFX/asset integration. Involved in testing, debugging, and player retention analysis to optimize engagement.

Developed a Unity-based rhythm game prototype inspired by Osu, featuring precise input timing, beat-matching mechanics, and dynamic level progression. Implemented custom timing systems, UI elements, and note tracking for an engaging player experience.

As part of a team project, we developed our own AI strategy for the Lux AI Challenge and competed against our classmates. Our strategy dominated every match!

Developed a voxel-based world in C++ using OpenGL, implementing chunk rendering, procedural terrain generation with Perlin noise, and player controls for a Minecraft-inspired game. Focused on performance optimization and creating dynamic environments with day-night cycles.