Intelligent Skill Exchange and Knowledge Sharing Framework (EDUSWAP)

Abstract

The digitalization of the education sector has highlighted a significant gap in traditional Learning Management Systems (LMS): the lack of personalized, real-time interaction. This paper presents EduSwap, a decentralized skill-exchange platform that utilizes a \"Follower-based Learning\" model. Developed on a robust PHP-PDO and MySQL architecture, EduSwap integrates the Google Gemini API to provide an intelligent virtual assistant, \"EduBot,\" for 24/7 doubt resolution. Furthermore, the platform introduces a peer-to-peer chat system to facilitate direct communication between educators and learners. This research details the system\'s 12-table relational database design, its high-end Glassmorphism UI, and the transformative impact of Generative AI on student engagement and retention.

Introduction

The text introduces EduSwap, a next-generation e-learning platform designed around Social Learning, emphasizing community-driven education rather than transactional course access. Unlike conventional platforms such as Udemy or Coursera, EduSwap addresses issues of passive learning, lack of mentorship, and delayed feedback by fostering real-time interaction between students and teachers.

Key Objectives:

1. Implement a Role-Based Access Control (RBAC) system for Admins, Teachers, and Students.
2. Enable real-time messaging for direct mentor-mentee interaction.
3. Integrate Generative AI (Google Gemini) for automated doubt resolution and note summaries.
4. Provide an analytics dashboard using Chart.js to track platform growth.

System Architecture:

• Frontend: Uses Glassmorphism design with Bootstrap 5.3, HTML, JavaScript, and CSS3 for an intuitive UI.
• Backend: PHP 8.x with PDO ensures security against SQL injection; Agile Scrum methodology used for iterative development.
• Database: MySQL relational database managing structured user and course data.

Core Modules:

• Secure Authentication & RBAC: Passwords hashed with BCRYPT for user security.
• Administrative Analytics: Real-time growth charts for platform monitoring.
• Real-Time Chat Module: Asynchronous messaging via AJAX for seamless student-teacher communication.

EduSwap combines community-based learning, AI-driven support, and secure, scalable architecture to enhance engagement, accelerate doubt resolution, and improve overall learning outcomes.

Conclusion

EduSwap successfully bridges the gap between social networking and academic learning. Through this research, we have demonstrated that a \"Follower-based\" model is more effective for long-term engagement than traditional transactional models. By leveraging PHP-PDO for high-level security and Google Gemini AI for immediate doubt resolution, we have created a scalable, secure, and highly interactive learning environment. The inclusion of a real-time chat module further humanizes the digital experience, allowing for genuine mentorship. As AI continues to evolve, platforms like EduSwap will become the standard for personalized, accessible, and community-driven education worldwide.

References

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Copyright

Copyright © 2026 Amit Pandey, Mohd Atif, Samiuddin Ahmad . 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.