A Third-year Computer Engineering student at the University of the Assumption, continuously learning and exploring circuitry, algorithms, and system design, embracing change and growth by turning every challenge into a stepping stone toward becoming a versatile and competent engineer.
Studying Computer Engineering
Projects Completed
Experience Organization Leadership
Basic codings and Apps using Python and Java, learning about the fundamentals of computer engineering, leadership experiences, and exploring various tools and technologies in the field. Such as other tools outside of the classroom, like AutoCAD, Canva, and Weebly.
experience in software development, including coding in Java and Python, and hardware experience with Basic Electronics. I have also gained experience in project management and teamwork through various group projects and extracurricular activities.
Creation of hardware projects, such as a implementation of Integrated Circuit, and software projects, such as Website development. I have also gained basic knowledge in networking and cybersecurity through coursework and extracurricular activities. I am currently working on improving my skills in software development and hardware design, with the goal of becoming a well-rounded computer engineer.
Developed and deployed a website using Wix featuring different CPU types and their functions (the “brain” of a computer).Integrated contact functionality via Gmail for user inquiries.
Built a desktop application that calculates total cost, taxes, and change to simulate real-world cashier transactions. Improved accuracy and efficiency in basic financial computations.
Developed a Google Classroom–inspired system for managing OJT activities. Features include class creation, student invitations, task uploads, and progress/attendance tracking.
Developed a website showcasing curated book recommendations with an organized layout. Implemented responsive design using sidebar and navbar navigation for better user experience.
A personal portfolio website that showcases projects, skills, and experience. It highlights responsive design and modern UI to present technical work professionally.
Developed an object-oriented shopping application that allows users to add items to cart and perform checkout, simulating an e-commerce platform. Applied core OOP principles such as encapsulation and modular design.
This project demonstrates a basic electronic circuit setup using essential components such as resistors, capacitors, and power sources. It focuses on understanding current flow, voltage distribution, and proper breadboard wiring techniques.
This project involves designing a regulated power supply circuit capable of converting AC voltage into stable DC voltage. The circuit demonstrates rectification, filtering, and voltage regulation concepts used in many electronic devices.
This project demonstrates the use of an Operational Amplifier (Op-Amp) in building amplifier circuits. It highlights the concept of signal amplification, voltage gain, and feedback configuration commonly used in analog electronics.
This hardware project creates a Christmas tree lighting design using multiple LEDs arranged in a decorative pattern. The circuit demonstrates parallel connections and power distribution while producing a visually appealing lighting effect.
This project demonstrates the use of a 7-segment display to show numerical values. The circuit involves controlling LED segments to represent digits, commonly used in digital clocks, calculators, and measurement devices.
This project demonstrates a basic LED Chaser circuit where LEDs light up sequentially in a looping pattern. It was designed using electronic components such as IC timers, resistors, capacitors, and LEDs to create a flowing light effect commonly used in decorative lighting and signal indicators.
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