Designed an immersive automotive simulator to visualize and test user interfaces and experiences before prototyping. Virtual replica of the car cockpit and real-road environments using GPS data. Manual driving (Logitech wheel/pedals) or automatic control via server. Integration and display of in-house GUI/UX within the simulator. Real-time data exchange between simulator and server for smooth communication. https://www.linkedin.com/company/epicnpoc/posts/?feedView=all

Developed an IoT system extending the Sensor.Community platform by enabling LoRa communication for environmental sensors in areas without WiFi access. Designed a dual ESP32 architecture with LoRa (433 MHz) for long-range communication and a WiFi relay node. Integrated temperature, humidity, and sound sensors with real-time data transmission to the Sensor.Community API. Implemented automatic health checks for improved reliability (>95% transmission success). Validated performance with up to 2 km range in open areas and several months of battery life. Applications: rural air quality monitoring, distributed urban deployments, autonomous sensor networks.

Developed an interactive 3D car cockpit for FORVIA’s “Lumières” prototype, showcased at CES 2023. Virtual replica of the vehicle interior with integrated interactive conected GUIs. and seats with multiple predefined movement scenarios. Centralized control and synchronization via the company’s server (JSON communication).

Developed a medical teleconsultation application for Leia 3D tablets with integrated eye-tracking technology. Built interactive pages, including patient information display and real-time video conferencing with physicians. Enabled doctors to share and manipulate 3D organ visualizations during consultations. Implemented real-time reception and rendering of 3D objects, messages, and video streams without recompilation. Collaborated with a UI designer (Figma) to deliver an optimized user experience, validated on Leia tablets and 3D TVs.

A hardcore survival game in 2D isometric view where players evolve on a planet with a closed, self-sustaining ecosystem. Every resource matters, every action affects the balance of the world, and cooperation is as fragile as it is vital. Key Features: 🌍 Living ecosystem: wildlife, flora, and resources are interconnected and react to players’ actions. ⚔️ Hardcore survival: hunger, injuries, climate, diseases, and permanent death. 🤝 Multiplayer: a mix of cooperation and betrayal to build, thrive… or survive alone. 🛠️ Crafting & exploration: gather, craft, and explore a planet with diverse biomes. 🌌 Persistent world: a planetary map that evolves independently of the players.

Development of a connected city prototype featuring a network of smart bins equipped with sensors (fill level, fire detection, fall detection). Data is transmitted in real time to a central server responsible for analysis, anomaly detection, and collection planning.

An augmented reality (AR) application enables the visualization of optimized truck routes generated by the server, providing an intuitive and interactive interface for urban management. Key Features: 📡 Integrated IoT sensors: fill level, fire, fall detection. ☁️ Centralized server: data collection, anomaly detection, intelligent management. 🚛 Route optimization: real-time calculation of collection paths. 🕶️ AR visualization: projection of routes and bin status in an urban environment.