Aryawardhana

This computer vision system detects and classifies medical bottles from images, identifying their type and analyzing their liquid levels under varying lighting conditions. It estimates the approximate liquid volume percentage and determines the bottle's fill status as Full, Half, or Empty, providing an automated approach to medical bottle monitoring.

FindIT! is a web-based document search system for Indonesian Criminal Law (KUHP), designed to help users quickly find relevant legal documents using TF-IDF and Cosine Similarity. The system provides ranked search results, allowing users to preview documents directly in the browser without downloading them. Its modern glassmorphism interface delivers a clean, responsive, and intuitive experience for searching legal information.

A multimedia podcast platform designed to bring together podcasts, radio, audiobooks, and other audio content across various genres. The platform provides users with a flexible listening experience through a clean and intuitive interface, featuring both light and dark modes. The project focuses on creating a centralized space where users can easily discover and enjoy different types of audio content in one place.

Bottles is a privacy-focused social media concept featuring an incognito mode that allows users to interact without revealing their identity. I created it as a response to growing concerns about privacy and safety on modern social media platforms. Although it still has limitations and is not designed as a fully child-safe platform, Bottles explores a different approach to identity, anonymity, and online interaction.

A real-time strategy game where players build and expand their own empires through resource management, city development, military strategy, and diplomacy. Players can gather and trade resources, construct various buildings, command different military units, and develop tactical formations during battles. Multiple factions offer unique strengths and playstyles, while an adaptive AI system creates challenging opponents that respond to the player's strategies.

No Way Back is a low-poly horror puzzle game that takes players into a dark and mysterious dream. Players awaken in an abandoned cabin with no memory of how they arrived and must explore the environment, solve puzzles, and uncover mysterious symbols and clues. Each discovery leads them deeper into the nightmare, where a locked gate holds the only path back to reality. To escape, players must find its key and awaken from the dream before it consumes them completely.

Custom-built 3D model viewer developed from the ground up using C++ and modern OpenGL. This project demonstrates a foundational understanding of the graphics pipeline, 3D transformation matrices, complex mesh data extraction, and fundamental lighting models.

A web-based healthcare management system designed to help Puskesmas Rancaekek manage patient records and appointments efficiently. The application provides a centralized platform for organizing patient information, monitoring medical records, and managing appointment schedules. It aims to simplify administrative workflows while providing healthcare staff with a more structured and accessible way to manage patient data.

A procedural terrain generation system that combines Perlin Noise, DEM data, and Neural Style Transfer to generate geospatially realistic voxel terrain while preserving natural terrain morphology.