Zombie Multiplayer:

• Genre: First-Person Multiplayer Survival Shooter

• Engine: Unity​

• Highlights of the Game:

  • Advanced Multiplayer Networking Architecture: Engineered robust Photon PUN 2 integration with automatic connection management, dynamic room creation supporting up to 6 concurrent players, and intelligent matchmaking system with overflow room generation for seamless player onboarding and session management.

  • Distributed Authority Network Synchronization: Implemented sophisticated client-server architecture with master client wave control, individual player data ownership, and Remote Procedure Call (RPC) systems for critical event communication, ensuring consistent game state across all connected clients while preventing network conflicts.

  • Scalable Wave-Based Progression System: Developed dynamic difficulty escalation framework with master client-controlled enemy spawning, progressive challenge scaling, and synchronized wave transitions maintaining consistent gameplay experience across all multiplayer participants with robust state synchronization.

  • Cross-Platform Input Management Framework: Built comprehensive multi-platform control system supporting both desktop mouse/keyboard and mobile touch interfaces, featuring intelligent screen area partitioning for touch controls and responsive input handling across different hardware configurations.

  • Intelligent AI Navigation & Targeting System: Engineered Unity NavMesh-powered zombie AI with dynamic pathfinding, proximity-based player targeting algorithms, and state-driven animation systems enabling realistic enemy behavior and movement coordination in multiplayer environments.

  • Modular Component-Based Architecture: Designed clean separation of concerns with distinct systems for player management, weapon handling, enemy AI, and network synchronization, implementing Unity best practices for maintainable and extensible codebase architecture.

  • Real-Time Combat & Resource Management: Implemented comprehensive weapon mechanics with realistic reload systems, ammunition tracking, weapon sway physics, and synchronized shop functionality enabling strategic resource purchasing and health management between wave cycles.

  • Performance-Optimized Network Communication: Developed efficient ownership validation systems, selective object processing, and minimized network traffic protocols ensuring stable multiplayer performance with defensive programming practices and proper resource cleanup management.

• Key Takeaways:

  • Multiplayer Game Development: Mastered Photon PUN 2 networking implementation, distributed authority patterns, RPC communication protocols, and real-time state synchronization for stable cooperative gameplay experiences across multiple concurrent players.

  • Cross-Platform Unity Development: Strengthened expertise in multi-platform input systems, responsive UI design, and hardware-agnostic control schemes enabling seamless gameplay transitions between desktop and mobile platforms with consistent user experience.

  • AI Systems & NavMesh Integration: Enhanced proficiency in Unity's AI navigation systems, pathfinding algorithms, dynamic target acquisition, and state-based animation control creating intelligent enemy behaviors that adapt to multiplayer scenarios.

  • Software Engineering Best Practices: Improved skills in component-based architecture, modular system design, defensive programming techniques, and performance optimization strategies for maintainable multiplayer game codebases with scalable feature expansion capabilities.