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DISCOVER PROJECT

Wi-Fi Based Mobile Quiz App

Seamless Wi‑Fi Quizzing Real Time Mobile MCQ Assessment
Bachelor level capstone project designing and implementing an Android application for Wi‑Fi based multiple-choice quizzes with real-time scoring and reporting. The system delivers a mobile-first experience where users can register, take timed quizzes, and view scores instantly, while administrators manage questions, quizzes, and participants through an integrated backend.

ANDROID - JAVA - ANDROID STUDIO - FIREBASE REALTIME DATABASE - SQLITE

Project Overview

The application allows users to sign up and sign in, stores their profiles in Firebase, and delivers quizzes composed of multiple-choice questions pulled dynamically from the database. Timers, automatic question progression, and instant score calculation ensure that each session adheres to predefined time and marking rules, while the backend data model (user info, exam info, test session tables) supports tracking attempts and results over time. The Android client includes custom layouts, material input fields, and navigation between activities (login, quiz start, playing, results), with background components like AlarmManager and broadcast receivers enabling scheduled reminders and notifications.

The objective of the Wi‑Fi Based Mobile Quiz project is to replace manual, paper-based quizzes with an automated, networked mobile application that handles user registration, quiz delivery, timing, scoring, and result storage end-to-end. The goal is to provide a user-friendly and scalable assessment tool that simplifies administration tasks (add/update/delete questions, configure timers, manage exams) while offering students an engaging way to practice and test their knowledge on Android devices.

The project focuses on usability, automation, and reliability in assessment delivery. By combining a clean Android UI with a structured database design and real-time backend, the system minimizes manual intervention and reduces errors compared to traditional quiz methods. The design emphasizes modularity , clear data flows , and maintainable code so that new quiz types, question sets, or evaluation rules can be integrated with minimal changes.

The project focuses on usability, automation, and reliability in assessment delivery. By combining a clean Android UI with a structured database design and real-time backend, the system minimizes manual intervention and reduces errors compared to traditional quiz methods. The design emphasizes modularity , clear data flows , and maintainable code so that new quiz types, question sets, or evaluation rules can be integrated with minimal changes.

SUCCESS RATE

100
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satisfaction

96
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Available for a new position from

4th August 2026

Available for a new position from

4th July 2025

Available for a new position from

4th August 2026

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