Developed a robust virtual pet simulation game in Java, focusing on the rigorous application of Object-Oriented Programming principles and industry-standard design patterns. The project involved creating an interactive environment where a digital pet reacts to user actions such as feeding, sleeping, and playing.
The primary goal was to architect a system that is both scalable and maintainable, utilizing comprehensive UML modeling to guide the implementation of complex game logic and state transitions.
The architecture leverages specific design patterns to solve common software engineering challenges, ensuring clear separation of concerns and structural integrity.
The project includes a fully integrated inventory and shop system, where users can manage resources to maintain their pet's health. I also engineered a mini-game module to provide dynamic engagement, which feeds data back into the pet's happiness metrics.
By implementing persistent game state saving, the application ensures that user progress and pet statistics are preserved between sessions. This project demonstrates a high level of technical rigor in translating abstract design requirements into a functional, modular, and well-documented Java codebase.