Computer Engineering students Albert Novell Enabe, Jaime Manolo C. Cortes, and Clark Daniel C. Villacampa won the Best Overall Project in Engineering Innovation during this year’s recently concluded The Filipino Times Global Student Competitions.
Their winning entry, “Digital Transformation of Philippine Road Transport: A Scalable Blueprint for Public Utility Vehicle Modernization,” provides an innovative solution for our country’s public transportation system, which is marked by widespread frustrations among daily commuters.
Personal frustration
Enabe, Cortes, and Villacampa each have their own share of the daily struggles a Filipino commuter faces like passenger congestion, payment hassle, long queues—just to name a few. Although modernization efforts were put in place, the current system still needs a lot of work, especially when it comes to real-time monitoring and fare collection.
In an interview with The Filipino Times, Enabe lamented that navigating the city’s daily shuttle queues and cash-handling inconveniences sparked the idea to create a fully-integrated digital ecosystem.
Turning that frustration into a solution became the driving force behind this award-winning project.
He noted that these inefficiencies reflect a long-standing national challenge rather than a mere university-level problem (Bernardo, The Filipino Times, 2026).
Scalable blueprint
The team’s blueprint seamlessly unifies real-time vehicle tracking, automated passenger monitoring, and secure cashless payment systems into one cohesive network.
Enabe explained that the design was built with a smart, IoT-driven framework powered by a dual-server AWS cloud architecture. Named NaviCore and WalletCore, these servers manage navigation data and secure digital transactions, respectively.
The team also developed dedicated hardware components. These include “QBoard” for GPS tracking, “E-plete” for RFID passenger monitoring, and “EVTrak” for live station displays, all fully integrated with popular online payment channels.
More than academic compliance
Beyond the nature of this project as a student thesis, it is a significantly scalable model for nationwide transportation modernization.
Their recognition ultimately proved that the next generation of Filipino engineers can solve nationwide challenges. It highlights how local, student-led innovation can successfully reshape the future of Philippine public transit.
Gratitude
The students extend their deepest gratitude to those who made this successful milestone possible, especially to Philip Virgil B. Astillo, Ph.D., faculty member of the USC Department of Computer Engineering, for his tireless mentorship and for believing in our student trio every step of the way. Special recognition goes to the Department Chair, Antoniette M. Cañete, Ph.D., for her supportive leadership.
The students also express their sincere appreciation to The Filipino Times for giving our students a global platform to share their ideas and for recognizing their impact.