Inventory-Shop System:

• Genre: Game System/Framework

• Engine: Unity​

• Highlights of the Game:

  • Dynamic Inventory Management: Built comprehensive item tracking system with weight-based mechanics, quantity management, and real-time UI updates for responsive player feedback.

  • Interactive Commerce System: Created seamless buy/sell transactions with intelligent validation, transaction pop-ups, and detailed item information panels for enhanced user experience.

  • Event-Driven Architecture: Implemented centralized EventService using Observer pattern for decoupled system communication, enabling instant UI updates and cross-system notifications.

  • Modular MVC Framework: Designed scalable architecture with generic controllers, models, and views using C# inheritance and base classes to reduce code duplication across Shop and Inventory systems.

  • Advanced C# Implementation: Leveraged generics, delegates, and custom singleton patterns (GenericMonoSingleton) for flexible, maintainable, and reusable component architecture.

  • Integrated Audio-Visual Feedback: Built dedicated SoundService with SoundManager integration, CanvasGroup-based UI transitions, and contextual pop-up notifications for immersive user interactions.

  • Data-Driven Configuration: Utilized ScriptableObjects for item definitions and system parameters, enabling designer-friendly workflows and rapid iteration capabilities.

  • Performance-Optimized UI: Developed smooth toggle-based navigation between Shop and Inventory modes with efficient panel management and real-time transaction processing.

• Key Takeaways:

  • Enterprise Architecture: Mastered advanced design patterns including Observer, MVC, and Service-oriented architecture for professional-grade Unity system development.

  • Generic Programming: Strengthened expertise in C# generics, interfaces, and inheritance patterns for creating highly reusable and maintainable code frameworks.

  • Event-Driven Design: Enhanced skills in decoupled system communication using delegates, actions, and centralized event management for scalable game architecture.

  • UI/UX Engineering: Improved proficiency in dynamic UI systems, responsive feedback mechanisms, and seamless user experience design for complex interactive systems.