Classic Arcade Game with Clean Code Architecture
A professional implementation of the classic Asteroids arcade game built with Unity. Demonstrates core gameplay programming fundamentals, physics-based mechanics, and architectural best practices developed over 10+ years working on action titles at Ubisoft and other studios.
Classic Arcade Mechanics – Authentic thrust and momentum-based movement
Dynamic Asteroid Field – Procedurally spawned asteroids with fragmentation
Precision Combat – Projectile-based shooting with collision detection
Progressive Difficulty – Wave-based gameplay with escalating challenge
Core Systems:
- Clean Code Organization – Maintainable component structure
- Physics-Based Movement – Delta-time independent controls
- Object Pooling – Efficient memory management for projectiles and asteroids
- State Management – Game state handling (Menu, Playing, GameOver)
- Collision Detection – Optimized collision system for multiple entities
Performance Considerations:
- Efficient object reuse to minimize garbage collection
- Frame-independent physics for consistent cross-platform behavior
- Spatial optimization for collision detection
- Memory-conscious entity lifecycle management
Includes ARCHITECTURAL_PATTERNS_OVERVIEW.md with detailed design documentation covering:
- System architecture decisions
- Implementation patterns
- Performance optimizations
- Code organization approach
Unity – Game engine and runtime
C# – Gameplay programming
Unity Physics2D – Collision and physics systems
This project demonstrates essential action game development skills:
- Responsive Controls – Tight, arcade-style input handling
- Physics Systems – Custom movement with realistic momentum
- Entity Management – Spawning, lifecycle, and cleanup
- Combat Mechanics – Projectile systems and hit detection
- Difficulty Balancing – Progressive challenge curves
Senior Game Developer with 10+ years specializing in gameplay programming and multiplayer systems. Experience includes:
- Ubisoft – Captain LaserHawk (web3 multiplayer arena shooter)
- Performance-optimized gameplay systems for real-time action
- Physics-based combat and movement mechanics
- 30-40% performance improvements in production titles
Building arcade games, action mechanics, or gameplay systems? Let's discuss.
unity csharp game-development gameplay-programming asteroids arcade-game physics object-pooling