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Selected work

Projects

Research prototypes and applied software builds.

Filipino Sign Language Interpreter — CS Thesis

Filipino Sign Language Interpreter — CS Thesis

Jan 2026 – Present

Python, MediaPipe, Pose Transformers

Developing a real-time gesture recognition system to help bridge communication gaps for deaf learners in classroom settings. Exploring Pose Transformer architectures to improve recognition accuracy for dynamic sign language translation.

School Clinic Patient Management System

School Clinic Patient Management System

Jan 2026 – Present

Java, JavaFX, SQLite

Built a desktop application for the CJC Clinic to streamline medical record-keeping with a strong focus on usability. Designed a relational SQLite database schema to manage patient history and inventory more efficiently.

Sinsilyo: Philippine Coin Identifier

Sinsilyo: Philippine Coin Identifier

Jul 2025 – Dec 2025

Kotlin, Jetpack Compose, CNN, TensorFlow Lite

Served as Project Manager and Lead Front-End Engineer for an accessibility-focused mobile application. Trained a convolutional neural network to identify Philippine coins and coordinated a five-member team to integrate the machine learning model into a seamless Android interface.

Hidden Secrets: Steganography Tool

Oct 2025 – Dec 2025

Python, HTML, CSS, JavaScript

Led the implementation of Least Significant Bit (LSB) steganography to securely embed encrypted data within image files. Designed a modular software architecture for handling multiple image formats and encryption workflows while minimizing visible distortion.

Luksong Baka: Cultural Tech Revival

Aug 2025 – Oct 2025

Unity, C#

Developed a 3D simulation of the traditional Filipino game Luksong Baka to help preserve cultural heritage through interactive media. Built custom character controls, jump mechanics, and an adaptive difficulty system based on player performance.

Hashing Simulation Animation

Dec 2024 – Jan 2025

HTML, CSS, JavaScript

Created an interactive web-based animation to visualize hashing processes for a Discrete Structures project. Designed dynamic demonstrations of hash functions and collision handling strategies to make core algorithmic concepts easier to understand.