“But ignoring these laws, the bee flies anyway.”
— Peter Dinklage
01 / THE BEE BEHIND THE WORK
A curious mind. A builder at heart.
Bachelor of Information Technology specializing in backend engineering, data analytics, and applied AI. Co-founder and developer at Arko, building internal enterprise platforms, with professional internship experience in backend API development at Hiraya, data analytics and pipelines at Hiraya, and enterprise service operations at Deutsche Business Solutions. Capstone researcher and co-author of a study published in the International Journal of Research and Scientific Innovation (IJRSI).
Bachelor of Science in Information Technology · Malate, Manila
Capstone: Development of an AI-Enhanced Bubble Curtain System for Automated River Waste Collection Monitoring — Published in IJRSI, June 2026
02 / THE TOOLKIT
Small cells. Connected possibilities.
03 / THE FLIGHT PATH
Every landing taught me something new.
Arko (ArkoDev PH) · ARKO Internal Operations System · Remote
Hiraya Technology Solutions · Quezon City
Hiraya Technology Solutions · Quezon City
Deutsche Business Solutions · Makati City
04 / FROM THE WORKER BEE
Ideas taking flight.
A full-stack autonomous AI platform that converts conversational natural language into deterministic Python data analysis, statistical Plotly visualizations, and verifiable business intelligence without numerical hallucinations.
An automated full-stack data quality and cleaning web application that audits uploaded CSV datasets, identifies anomalies, resolves inconsistencies, and exports Power BI-ready business intelligence models.
A modern Python desktop application for generating, styling, previewing, and exporting professional QR codes with branded visuals and purpose-built content forms.
05 / KNOWLEDGE WORTH SHARING
From curiosity to contribution.
International Journal of Research and Scientific Innovation (IJRSI)
Riverine plastic and floating waste continue to threaten aquatic ecosystems and public health in the Philippines, where weak waste management infrastructure and high single-use plastic consumption contribute significantly to river pollution and downstream marine contamination. Existing interception methods such as manual cleanup operations, floating barriers, and mechanical interceptors remain inefficient, labor-intensive, and incapable of real-time monitoring or adaptive response to changing river conditions. This study designed and developed an AI-Enhanced Bubble Curtain System integrating bubble curtain technology with artificial intelligence to automate waste interception, classification, and centralized data management. Built using Agile methodology with a Django REST Framework backend, PostgreSQL database, YOLOv8-based image classification model, and a web-based monitoring dashboard. Results demonstrated real-time waste detection and classification, achieving a garbage detection rate of 58.3% across 17 captured images, with a fully functional administrative dashboard consolidating detection summaries, alert notifications, and user management controls.
06 / CROSS-POLLINATION
Good things start with a conversation.
Let's build something together.