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BS COMPUTER ENGINEERING 3A

BY: FERGIEVON TEVES

ABOUT ME

ABOUT ME ●

ABOUT ME ●

ABOUT ME ●

ABOUT ME ●

ABOUT ME ●

ABOUT ME ●

ABOUT ME ●

ABOUT ME ●

ABOUT ME ●

ABOUT ME ●

ABOUT ME ●

Hello!

Hi! I’m Fergievon Teves, a 3rd-year BS Computer Engineering student with a passion for blending art and technology. My goal is to turn my love for creative design and coding into a lifelong career—something I can grow with (and earn from!) for years to come. I enjoy volunteering, connecting with communities, and unwinding with video games. Academically, I’ve completed core subjects such as Object-Oriented Programming, Data Structures and Algorithms, and Software Development, which strengthened my foundation in building efficient and user-focused solutions. I’m continuously learning, exploring, and creating—and I’m excited for the opportunities ahead.

My Projects

RC Charter System

The RFID Attendance Monitoring System is a hardware–software integrated project developed in collaboration with the ARRUPE Office for our community partner, Vicente Hizon Sr. Elementary School. The system uses RFID technology to automatically record student entry and exit, providing accurate and real-time attendance tracking. It also enables monitoring of class sections and assigned teachers, helping improve efficiency, security, and record management within the school environment.

C# SQL

RFID Attendance Monitoring System

The Polynomial Calculator is a logic-focused project developed for my Data Structures and Algorithms course. It implements infix-to-postfix conversion to efficiently process and evaluate polynomial expressions. The system supports addition, subtraction, multiplication, and division of polynomials, emphasizing strong algorithmic design and data structure implementation.

C# SQL RFID Module

Polynomial Calculator

The RFID Attendance Monitoring System is a hardware–software integrated project developed in collaboration with the ARRUPE Office for our community partner, Vicente Hizon Sr. Elementary School. The system uses RFID technology to automatically record student entry and exit, providing accurate and real-time attendance tracking. It also enables monitoring of class sections and assigned teachers, helping improve efficiency, security, and record management within the school environment.

C# Algorithms

GuideAble App Prototype

A final project for Technopreneurship, GuideAble is a prototype app designed to help persons with disabilities (PWD) navigate establishments in Davao City. The app incorporates user-friendly UI/UX features such as a text-to-speech button and other accessibility-focused navigation tools to enhance mobility and independence for PWD users.

Figma UI/UX Wire Frames

Branding Projects