AcademiSync: A Centralized System for Project Management with Role-Based Access Control

Abstract

This paper presents an web-based academic project management system designed to streamline the process of final year project submission, evaluation, and monitoring in educational institutions. Traditional project management methods often rely on manual processes and fragmented communication, leading to inefficiencies in tracking, evaluation, and data management. To overcome these limitations, the proposed system introduces a centralized platform that integrates student, staff, and administrative functionalities within a single environment. The system is built using a role-based access control mechanism, where students can upload and manage project submissions, staff members can review and provide feedback, and administrators monitor overall system activities. A key feature of the system is the implementation of automated activity monitoring, which tracks user behavior such as login attempts and data modifications. Suspicious activities, including unauthorized access and abnormal usage patterns, are detected using adaptive threshold mechanisms, and alerts are generated to notify administrators. The system also includes a project gallery that displays approved projects categorized by domain, allowing external users to access and reference academic work. By integrating structured workflow management, real-time monitoring, and secure data handling, the proposed system improves efficiency, enhances transparency, and ensures data integrity. This solution provides a scalable and secure approach for managing academic projects in modern educational environments.

Introduction

The document proposes a centralized web-based Final Year Project (FYP) management system designed to automate and streamline the entire academic project lifecycle—from idea submission to final evaluation and publication.

Traditional project management methods in institutions are inefficient, relying on emails, manual submissions, and disconnected tools, leading to poor coordination, lack of real-time tracking, weak security, and unstructured feedback. The proposed system addresses these issues by providing a unified platform for students, staff, and administrators with role-based access control.

Key features include:

• A structured workflow for project submission, review, correction, and approval
• Iterative feedback system to improve project quality
• Real-time activity monitoring and anomaly detection for security
• A centralized database for projects, feedback, and logs
• An approved-project gallery for academic knowledge sharing

The system architecture consists of a presentation layer (web interface), application layer (business logic and monitoring), and data layer (database and storage). It includes modules for authentication, project submission, evaluation, workflow management, security monitoring, and project publication.

Security is enhanced through role-based access control, activity logging, and automated alerts for suspicious behavior, reducing administrative workload and improving system reliability.

Conclusion

This work presented the design and implementation of a webbased academic project management system aimed at improving efficiency, transparency, and security in handling final year projects. The proposed system integrates project submission, staff evaluation, and administrative monitoring into a unified platform, eliminating the limitations of traditional manual and partially digital systems. The implementation of role-based access control ensures that students, staff, and administrators have clearly defined functionalities, enhancing both usability and system security. The structured workflow model enables systematic project submission, review, correction, and approval, resulting in improved coordination and reduced delays. The integrated monitoring mechanism plays a significant role in enhancing system reliability by tracking user activities and detecting unauthorized access or suspicious data modifications in real time. The project gallery feature further extends the system’s usefulness by providing a centralized repository of approved academic work, promoting knowledge sharing and accessibility. Overall, the proposed system offers a scalable and practical solution suitable for educational institutions.

References

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Copyright

Copyright © 2026 Sivadharshini A, Fathima Asmi Y, Vishnupriya P, Ms. S. Elakkiya. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.