WEB-BASED

This project presents the design and implementation of a web-based student marketplace aimed at improving buying and selling activities within an academic environment. The system was developed to address challenges commonly faced by students, such as limited access to affordable goods, lack of organized trading platforms, and trust issues in informal transactions. The marketplace provides a centralized online platform where students can register, list products or services, search for items, and communicate securely with other users. The system was designed using structured system analysis and developed with modern web technologies to ensure efficiency, usability, and data security. Emphasis was placed on user-friendly interfaces and reliable database management to support smooth transactions. The implementation and testing of the system showed that it effectively enhances accessibility, promotes entrepreneurship among students, and reduces the time and effort involved in campus trading activities. The project demonstrates that a web-based student marketplace can significantly improve commerce and interaction within tertiary institutions.

This project focuses on building a web-based ticketing system that uses QR codes and real-time attendance tracking to make event management faster, safer, and more efficient. The goal is to replace the old, paper-based ticketing method with a digital solution that allows users to buy, manage, and verify tickets online. When a user purchases a ticket, the system automatically generates a unique QR code that contains their event and ticket details. At the event venue, organizers can scan this code using any device with a camera to confirm the ticket’s authenticity. Once scanned, the ticket’s status changes immediately, preventing anyone from reusing it. The platform includes three main roles: Admin, Organizer, and User. Admins handle event approvals, monitor activities, and manage users. Organizers can create and manage their own events, while regular users can browse upcoming events, buy tickets, and even apply to become organizers if they want to host events. The system is built as a responsive web application, meaning it works well on both computers and mobile devices. It also updates attendance data in real-time, giving organizers an accurate view of how many people have checked in. Overall, this project provides a modern, secure, and eco-friendly way to handle event ticketing — proving how web technology and QR codes can simplify event registration and attendance management in today’s digital world.