Overview:

A high-performance endless runner game developed and shipped to production, achieving 5M+ downloads across Android and iOS platforms.

Key Contributions:

• Optimized gameplay systems for low-end devices
• Improved frame stability and memory usage
• Worked on live production builds and updates

Impact:

Delivered a scalable, stable runner experience used by millions of players.

Overview:

A real-time multiplayer card game using Socket.IO–based client–server architecture for event-driven gameplay.

Key Contributions:

• Integrated Socket.IO with Unity client
• Designed event-based turn synchronization
• Handled disconnects and player reconnection

Engineering Focus:

Backend-driven multiplayer logic with authoritative server control.

Overview:

A fast-paced mobile runner game focusing on smooth controls, performance optimization, and responsive gameplay.

Key Contributions:

• Gameplay mechanics and player movement
• Collision handling and level progression
• Performance tuning for mobile devices

Overview:

A Battle City–inspired multiplayer tank game supporting 1–4 players with real-time synchronization.

Key Contributions:

• Photon room-based architecture & matchmaking
• Player-ready system before gameplay start
• MVP-based UI and modular AI architecture

Multiplayer Challenge:

Ensured deterministic spawning and synced scene loading using Photon Custom Properties and Auto Sync Scene.

Overview:

A city-building simulation game focused on resource management, progression systems, and scalable gameplay.

Key Contributions:

• Resource economy & building systems
• Progression and unlock mechanics
• Cross-platform WebGL & Android deployment