Adem Rguez

Development of a multiplayer VR medical training simulation built with Unity for healthcare professionals.

The project simulates the management of a severe polytrauma patient in a virtual emergency room environment. Two users collaborate in real time as a senior and a junior doctor to assess the patient, perform diagnostic procedures, and apply life-saving treatments.

The simulation includes multiple stages of clinical deterioration, requiring players to interpret medical data, prioritize actions, and coordinate effectively under time pressure.

Main responsibilities:

• Development of core gameplay and interaction systems in Unity (C#)

• Implementation of multiplayer synchronization for cooperative scenarios

• Integration of medical devices and interactive tools

• Development of UI/UX systems adapted for VR environments

• Implementation of patient monitoring and simulation logic (vital signs, events, scenario flow)

• Optimization for standalone VR headsets

The project was designed as a professional serious game used for immersive medical training.

Technologies used:

Unity (C#)

VR interaction systems

Multiplayer networking

State machines and scenario logic

VR UI/UX systems

Real-time simulation systems

Compatible with Pico 4, Meta Quest 3, and other enterprise VR headsets.

Design and development of interactive Unity mini-games created for Saint-Gobain as part of a corporate engagement and interactive communication project.

Two experiences were developed around a shared timing and precision gameplay system:

• A vertical stacking game where users place moving elements with precision to build a stable tower.

• A horizontal alignment game using the same core mechanics to construct a bridge.

Both experiences were built with a modular architecture allowing gameplay systems to be reused and adapted to different spatial constraints.

Main contributions:

• Design and implementation of gameplay systems in Unity (C#)

• Development of a reusable modular gameplay architecture

• Implementation of multi-language localization

• Integration of a leaderboard and real-time scoring system

• UI development and feedback systems for player interaction

• Optimization and deployment for WebGL environments

The project demonstrates the ability to build reusable gameplay systems and deliver polished interactive experiences for enterprise clients.

Technologies used:

Unity (C#)

WebGL

Modular gameplay systems

Localization systems

Leaderboard and scoring logic

UI systems

-developpement d'une application en Unity

WebAR

-Configuration du projet avec intégration WebAR.

-Ajout et gestion des assets (tableaux) dans le

projet.

-Configuration et implémentation de la détection

d'images AR pour reconnaître le QR code unique.

-Implementation Du UI.

-un system de télechargement des resources avec Addressables

-Création et tests des builds de l'application.