Abstract :

The Rapid Digital Transformation Across Academic And Professional Domains Has Significantly Increased The Need For Efficient Event Management Systems Capable Of Handling Diverse Activities Such As Conferences, Journal Publications, Patents, Sports Events, And Book Publications. Traditional Methods Of Managing Such Events Rely Heavily On Manual Documentation, Fragmented Storage Systems, And Inefficient Retrieval Mechanisms, Leading To Data Redundancy, Lack Of Transparency, And Operational Inefficiencies. This Research Proposes A Scalable And Web-based Online Event Management System (OEMS) Designed To Streamline Event Registration, Documentation, Storage, And Retrieval Processes In An Integrated Environment. The Proposed System Is Developed Using The Django Web Framework, Which Provides A Robust And Secure Platform For Implementing Dynamic Web Applications. The System Supports Multiple Event Categories, Including Sports Events, Conferences, Journal Publications, Patents, And Book Publications, Each With Dedicated Modules For Data Entry, Storage, And Retrieval. A Structured Relational Database Using MySQL Ensures Efficient Storage And Management Of Event-related Information, Including Metadata And Associated Documents. One Of The Key Features Of The System Is Its Ability To Manage Digital Files, Such As Certificates, Research Papers, And Publication Documents. These Files Are Uploaded, Stored Securely, And Made Available For Download Through A User-friendly Interface. The System Employs Server-side File Handling Mechanisms To Ensure Secure File Storage And Retrieval, Minimizing The Risk Of Data Loss Or Unauthorized Access. User Authentication And Session Management Are Implemented To Ensure Secure Access To System Functionalities. Registered Users Can Log In, Upload Event Details, And Manage Their Records, While Administrators Can Oversee The Overall System Operations. The System Design Emphasizes Usability, Scalability, And Maintainability, Allowing It To Be Extended For Institutional-level Deployment. The Proposed OEMS Also Addresses Issues Related To Data Redundancy And Inconsistency By Centralizing Event Information In A Unified Database. This Ensures Accurate Recordkeeping And Facilitates Easy Retrieval Of Information For Reporting And Analysis Purposes. Additionally, The System Supports Dynamic Content Generation, Enabling Real-time Updates And Efficient User Interaction. Experimental Evaluation Of The System Demonstrates Improved Efficiency In Managing Event Data Compared To Traditional Methods. The System Reduces Manual Effort, Enhances Data Accessibility, And Provides A Structured Approach To Event Documentation. The Modular Architecture Further Allows Integration With Emerging Technologies Such As Cloud Storage And Blockchain For Enhanced Security And Scalability. In Conclusion, The Proposed Online Event Management System Offers A Comprehensive Solution For Managing Diverse Academic And Professional Events. It Enhances Operational Efficiency, Ensures Data Integrity, And Provides A Scalable Platform For Future Enhancements In Digital Event Management Systems.

Published:

07-4-2026

Issue:

Vol. 26 No. 4 (2026)

Page Nos:

1498-1511

Section:

Articles

License:

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

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