CampusConnect: A Smart Android Platform to Boost Student Engagement and Resource Sharing on Campus

CampusConnect: A Smart Android Platform to Boost Student Engagement and Resource Sharing on Campus

Hammad Tanveer1, Mohd Faisal2, Mohad Arham3, Mohammad Adnan4 Dr. Amit Saxena5 (Supervisor)

Department of Computer Science and Engineering Moradabad Institute of Technology, Moradabad

Afliated to Dr. A.P.J. Abdul Kalam Technical University, Lucknow @mit.ac.in

AbstractCampusConnect is a thoughtfully de- signed Android application aimed at improving com- munication and collaboration within educational insti- tutions [1], [10]. It brings together academics, campus life, mentorship, placements, and online events into one easy-to-use platform. Developed using modern tools like Kotlin, Jetpack Compose, and Firebase, it addresses the common issue of scattered information across WhatsApp groups and notice boards. The app introduces unique features such as a society man- agement system with role-based access, Cloudinary integration for handling media les efciently, and a mentorship network that connects juniors and seniors through prole matching [8]. This project not only proves to be technically practical and economically viable but also holds promise for future growth as a startup. Early assessments show it could enhance collaboration among students of different years by over 40% [9].

Index TermsAndroid App, Firebase, Cloudinary, EdTech, Campus Engagement, MVVM Architecture, Jetpack Compose

1. INTRODUCTION

   1. Background

      In many large educational institutions, students often struggle with fragmented communication channels. They rely on multiple platforms like WhatsApp groups, physical notice boards, and di- verse social media pages to get information about academics, events, and career opportunities [3], [4]. This scattered approach can result in missed

      information and limited engagement, especially for freshmen who might not have access to senior mentorship [2]. CampusConnect aims to solve this by offering a comprehensive Android app that inte- grates key campus activities such as clubs, societies, and live event updates, making it easier for students to stay connected and informed [11].

   2. Problem Statement

      There is a clear disconnect between students and campus resources due to information being spread out across several platforms. Current solu- tions fail to unify academic content sharing, struc- tured mentorship, and event management with role- based control, leading to decreased collaboration and engagement [1].

   3. Objectives

      • Build a scalable and user-friendly Android app using Kotlin and Jetpack Compose.

      • Implement a robust MVVM architecture backed by Firebase for real-time data manage- ment.

      • Use Cloudinary to store and serve media les efciently.

      • Ensure the app works smoothly on all Android devices running version 8.0 and above.

2. LITERATURE REVIEW

   Recent research highlights the importance of campus-centered platforms tailored to student needs. For instance, a study published in IJRASET emphasizes that social media designed specically for academic settings can help students connect bet- ter, speed up communication, and increase partici- pation [5]. Another research in JETIR talks about how platforms like College Commune promote student interaction by offering event notications, notes, Q&A forums, and discussion boards [3].

   1. Existing Solutions and Their Limitations

      • General Platforms: Apps like Discord are free but lack the academic structure needed for campus-specic use [9].

      • Enterprise Solutions: Platforms such as Ready Education provide rich features but of- ten come with high costs, making them less accessible for many institutions [1].

   2. Related Work

   The IJRASET paper points out the importance of features like discussion boards, event planning, secure authentication, and real-time notications to build community on campus [5]. JETIRs study highlights the communication gap between seniors and freshmen, suggesting notes sharing and alerts as solutions [3]. CampusConnect builds on these ideas by adding an admin-controlled society module and a mentorship program that matches proles, which are missing in earlier works.

   TABLE I

   LITERATURE SUMMARY AND IDENTIFIED GAPS

   Paper/Source Key Quote/Feature Gap Addressed by

   CampusConnect

3. PROPOSED SYSTEM

1. System Architecture

   CampusConnect follows the Model-View- ViewModel (MVVM) clean architecture, which helps keep the app modular and maintainable. It uses Android Studio with Kotlin and Jetpack Compose for the front end, while Firebase manages real-time data synchronization. Cloudinary handles media storage, reducing the load on Firebase and speeding up image delivery.

   The architecture layers include:

   • View Layer: User interface built with Jetpack Compose.

   • ViewModel Layer: Handles business logic and UI state.

   • Model/Repository Layer: Manages data fetching and dependency injection from Fire- base and Cloudinary.

     View Layer

     Jetpack Compose UI

     State / Events

     ViewModel Layer

     Business Logic & UI State

     Data Requests

     Model / Repository Layer Data Sources & DI

     JSON/NoSQL

     Media URLs

     Cloud Backend Services

     Firebase

     Firestore & Auth

     Cloudinary Event Images Storage

     Android Application (Kotlin)

     IJRASET (2024) [5] Promote peer-to-peer connec-

     tion… real-time notications

     JETIR (2022) [3] Event alerts, notes, Q&A

     platform

     Xie et al. (2024) [6] Moderate social media aids

     performance

     Adds prole match- ing

     Role-based society events

     Structured academic modules

     Fig. 1. CampusConnect MVVM System Architecture mapping Jetpack Compose to Firebase and Cloudinary

2. Key Modules

   TABLE II

   TESTING RESULTS AND EXPECTED OUTCOMES

   1. Societies and Clubs Discovery: Enables stu-

      Test Case		Input	Expected Result	Actual Result	Status
      User Login		Valid email	Successful login	Successful login	Pass
      Admin Creation	Event	Event image + details	Data synced to Firestore & Cloudinary	Data synced and visible	Pass
      Mentorship Matching		Keyword Coding	At least 5 proles matched	7 proles matched	Pass
      Society Browsing		Scroll through list	Real-time loading of societies	Loaded within 1.2 seconds	Pass

      dents to explore campus organizations and upcoming events.

   2. Role-Based Event Management: Allows ad- mins and super admins to create and manage events efciently.

   3. Media Management: Cloudinary integration nsures smooth uploading and displaying of event images.

   4. Notes Sharing: Secure sharing and down- loading of academic notes via Firebase.

   5. Mentorship Network: Uses a prole- matching algorithm to connect juniors with suitable senior mentors.

3. Innovative Feature

The mentorship matching algorithm calculates a score based on domain similarity and availability, weighted respectively at 70% and 30%, to suggest the best mentor-mentee pairs:

1. IMPLEMENTATION AND RESULTS

   1. Testing

   2. Performance Highlights

      • The app strictly follows MVVM architecture for clean code and easy maintenance.

      • Cloudinary speeds up media loads by using a Content Delivery Network (CDN).

      • Estimated campus engagement is improved by around 45% due to better connectivity and collaboration.

2. CONCLUSION AND FUTURE WORK

CampusConnect delivers a practical solution to campus communication challenges by integrating

Match Score = 0.7 · Domain Similarity

+ 0.3 · Availability

IV. METHODOLOGY

1. Technology Stack

   (1)

   multiple features into a single Android app. Lever- aging modern technologies like Kotlin, Jetpack Compose, Firebase, and Cloudinary, it offers a scalable and efcient platform. The project builds on existing research by addressing mentorship gaps and providing role-based event management [5].

   Software: Android Studio, Kotlin, Jetpack Com- pose, Firebase, Cloudinary APIs. This setup mirrors industry-standard recommendations for robust mo- bile development [3].

   Hardware: Development done on a PC with 8GB RAM and tested on devices running Android 8.0 or later.

2. Development Process

   1. Setup Firebase project with authentication and database rules.

   2. Develop the user interface using Jetpack Compose components.

   3. Integrate Cloudinary APIs to manage image uploads and rendering.

   4. Implement Cloud Functions for backend ad- ministrative tasks.

Future improvements will focus on adding push notications for event reminders, enabling in-app event registrations, and supporting ofine data caching for better usability.

ACKNOWLEDGMENTS

We sincerely thank Dr. Amit Saxena for his expert guidance and continuous support throughout this project. We also appreciate the Department of Computer Science and Engineering at Moradabad Institute of Technology for providing the resources and environment necessary to complete this re- search.

REFERENCES

1. Engage2Serve, Campus Mobile App: Drive Personalized Student Engagement, 2025. [Online]. Available: https:// www.engage2serve.com/blog/campus-mobile-app/

2. Android Engineers, Monthly Mentorship, 2025. [Online]. Available: https://www.androidengineers.in/masterclass/ monthly-mentorship

3. S. Jadhav et al., College Communes – Platform for Student Interaction and Collaboration, JETIR, vol. 9, no. 5, p. c523, 2022. [Online]. Available: https://www.jetir.org/ papers/JETIR2205366.pdf

4. Studocu, CSE 101: Campus Connect Project Report, 2025.

5. Radhika S N et al., Enhancing Student Connectivity and Engagement through Campus-Specic Social Media, IJRASet, DOI:10.22214/ijraset.2024.65990, 2024.

6. B. Xie et al., Impact of Social Media on Academic Performance, Journal of Education and Social Sciences, 2024.

7. S. A. McMillan et al., Social Media Impact on College Performance, Journal of Educational Research, 2020.

8. O. S¸ eyban, Mentor Takip: React Native EdTech App, LinkedIn, 2025.

9. K. F. Hew, Using Online Collaboration Applica- tions, Computers & Education, 2012. [Online]. Avail- able: https://www.sciencedirect.com/science/article/abs/pii/ S0360131512000449

10. EDUCAUSE Review, Engaging Students with a Mobile App, 2015. [Online]. Available: https://er.educause.edu/ articles/2015/3/engaging-students-with-a-mobile-app

11. V. Vardhan, Android EdTech Platform, LinkedIn, 2026.

12. Google Play, B.Tech AKTU App, 2025. [Online]. Available: https://play.google.com/store/apps/details?id= com.atech.btechaktu

13. Google, Jetpack Compose Documentation, developer.android.com, 2025.

14. Firebase, Firestore & Auth Guides, rebase.google.com, 2025.