Designing a Secure Exam Management System (SEMS) for M-Learning Environments

Abstract

This research focuses on designing a Secure Exam Management System (SEMS) tailored for m-learning environments. The system aims to address the challenges of ensuring exam integrity and security in mobile-based assessments while providing a user-friendly experience. The proposed system utilizes blockchain technology for enhanced security and incorporates robust authentication and proctoring mechanisms. The research concludes with a functional prototype demonstrating improved security and efficiency compared to existing methods. This system enhances the reliability and trustworthiness of online examinations conducted via mobile devices.

Introduction

Mobile learning (m-learning) has become increasingly prevalent, yet securing online examinations in this context presents significant challenges. Existing online exam platforms often lack robust security features, leaving them vulnerable to cheating and unauthorized access. This vulnerability undermines the validity and integrity of assessments. Ensuring fair and secure online exams is crucial for maintaining academic standards and the credibility of educational institutions. The lack of comprehensive, secure, and user-friendly exam management systems specifically designed for m-learning environments necessitates the development of a new solution.

Objectives

• Develop a secure and reliable exam management system for m-learning environments.
• Implement robust authentication and authorization mechanisms to prevent unauthorized access.
• Integrate AI-powered proctoring to detect and prevent cheating during exams.

Technical Details

• Secure login using two-factor authentication
• Blockchain integration for immutable exam logs
• AI-based face monitoring for proctoring (OpenCV, MediaPipe)
• Mobile-first UI for students and instructors
• Tech Stack: Android Studio, Firebase, Python (for AI), Solidity (optional for blockchain)