Phantom Edge:

• Genre: Stealth Action/Top-Down

• Engine: Unity​

• Highlights of the Game:

  • Advanced Stealth Mechanics: Designed shadow-based stealth system with intelligent AI featuring dynamic sensory ranges, line-of-sight detection, and adaptive enemy behavior patterns.

  • Strategic Combat System: Built phased boss encounters with tactical shift mechanics, reinforcement summoning, and precision takedown systems for engaging stealth-action gameplay.

  • Dynamic Power-Up System: Implemented diverse collectibles including time-freeze mines, teleportation pads, and health restoration items for strategic depth and player agency.

  • Intelligent AI Architecture: Created modular state machine AI with fluid behavior transitions between idle, chase, and attack states using interface-based controllers.

  • Data-Driven Design: Leveraged ScriptableObject configurations for real-time balance tuning without code compilation, enabling rapid iteration and designer-friendly workflows.

  • Performance Optimization: Implemented object pooling, async operations, and garbage collection management to maintain stable frame rates during intense stealth encounters.

  • Enterprise Architecture: Applied MVC pattern with Service Locator, dependency injection, and event-driven design for scalable, maintainable codebase structure.

  • Clean Code Standards: Enforced SOLID principles, namespaced architecture, and enum-driven logic for type-safe, unit-test friendly development practices.

• Key Takeaways:

  • AI Programming Mastery: Developed expertise in behavioral state machines, sensory systems, and dynamic enemy response patterns for compelling stealth gameplay.

  • Architecture Excellence: Strengthened skills in enterprise design patterns, dependency injection, and service-oriented architecture for professional Unity development.

  • Performance Engineering: Enhanced optimization techniques including async programming, object pooling, and memory management for smooth gameplay experience.

  • Maintainable Code Design: Improved practices in clean architecture, interface-based programming, and configuration-driven development for long-term project scalability.