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2 min read16 weeks

Smart Campus Navigation App with Indoor Positioning

HardBTech CSEMCAMTech CSEBE CSE+1 moreMobile App DevelopmentIoT
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A cross-platform mobile application that helps students and visitors navigate large university campuses using GPS for outdoor areas and Bluetooth beacons for indoor positioning. The app includes real-time event notifications and facility booking.

Problem Statement

Large university campuses are difficult to navigate, especially for new students and visitors. Existing map solutions like Google Maps do not provide indoor navigation for buildings with multiple floors. Students waste time finding classrooms, labs, and administrative offices, particularly during the first few weeks of a new semester.

Objectives

1

Develop a cross-platform mobile app using Flutter

2

Implement outdoor navigation using GPS and map APIs

3

Design an indoor positioning system using BLE beacons

4

Create a campus event notification system

5

Build a facility and room booking module

Modules

M1

Campus Map & Navigation

Interactive map with outdoor GPS navigation and turn-by-turn directions to campus buildings.

M2

Indoor Positioning

BLE beacon-based indoor navigation with floor plans for buildings, classrooms, and labs.

M3

Event Management

Push notifications for campus events, seminars, and deadlines with calendar integration.

M4

Facility Booking

Reserve study rooms, labs, and sports facilities with real-time availability.

M5

Admin Panel

Web-based admin for managing maps, beacons, events, and booking approvals.

Expected Output

A mobile application that provides seamless navigation across the campus with both outdoor and indoor positioning. Students can search for any location, get walking directions, receive event notifications, and book campus facilities through the app.

Future Scope

Future enhancements include AR-based navigation overlays, crowd density heatmaps to avoid congested areas, integration with class schedules for automatic navigation to next class, and an accessibility mode for differently-abled students.

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Yes, this project includes a detailed problem statement, objectives, and module breakdown that you can use for your college submission. The synopsis PDF we provide is formatted for academic submission.
This project uses: Firebase, Flutter, Node.js, Dart. Basic knowledge of these technologies is recommended before starting.