An autonomous Snake game that uses the A* pathfinding algorithm to navigate efficiently and find optimal paths to targets.
Implemented a classic Snake game enhanced with AI capabilities. The snake autonomously navigates the game board using the A* algorithm to find the most efficient path to food while avoiding obstacles and its own body.
A Java console-based ordering system for a Takoyaki restaurant with comprehensive order processing and management features.
Designed and implemented a complete ordering system using object-oriented programming principles in Java. The system allows users to browse menu items, customize orders, calculate totals, and process transactions through an intuitive console interface.
A text-based game where players choose a character to battle against Badang, featuring health management and battle mechanics.
Created a text-based Pokemon battle simulator using Kotlin. The game features character selection, turn-based battles, health and damage calculations, and special moves. The project demonstrates fundamental game development concepts and programming logic.
An Android app that brings together the love for coffee and Android development, enhancing the coffee shop experience.
Developed a full-featured Android application for coffee enthusiasts. The app includes a menu browsing system, ordering capabilities, user profiles, and loyalty rewards. It demonstrates modern Android development practices and UI/UX design principles.
Python implementation for FTM automata automation, simulating state machines and computational models.
Designed and implemented a system for simulating finite-state machines and other automata models using Python. The project demonstrates theoretical computer science concepts in practical applications, with clear visualization of state transitions.
Exploring artificial intelligence concepts and implementations using Python, focusing on algorithms and practical applications.
Created a repository of AI and machine learning implementations in Python. The project includes various algorithms and techniques from fundamental AI concepts to more advanced machine learning approaches, all with practical demonstrations and clear documentation.
A clean, minimalist portfolio website designed to showcase my work and skills as a developer.
Designed and developed a personal portfolio website from scratch using modern web technologies. The site features responsive design, dark/light mode, accessibility features, and smooth animations to create an engaging user experience.