CHATBOT FOR OUR COLLEGE WEBSITE

Authors

  • Mr. K. Atchut Vardhan Author
  • Mrs. N. K. Kanaka Maha Lakshmi Author
  • P. Gayathri Sanjana Author
  • R. Navadeep Author
  • T. Nandini Priya Author
  • Rahul Kumar Porida Author

DOI:

https://doi.org/10.62643/ijesat.v22i2(1).2648

Keywords:

College Management System, Full-Stack Development, React.js, Python, MySQL, SMTP, Web Application, Automation, REST API, Academic Analytics

Abstract

In recent years, digital technology has significantly transformed the education sector by enabling institutions to manage academic and administrative activities in a more efficient and structured manner. Traditional college management systems mainly rely on manual processes, which often result in delays, data inconsistencies, and difficulties in handling large amounts of information. This project focuses on developing a comprehensive College Management System using modern full-stack web technologies to address these challenges effectively.
The proposed system integrates key functionalities such as student information management, faculty details, attendance tracking, marks evaluation, CGPA calculation, fee management, and mentor allocation into a single unified platform. In addition to these features, the system is designed to allow parents to easily access and monitor their child’s academic progress, including attendance, performance, and fee status, thereby improving transparency and involvement in the student’s education.
To enhance communication, an email notification system using Gmail SMTP is incorporated, which automatically sends important updates such as attendance alerts, marks information, fee confirmations, and general announcements to students, parents, and staff. This ensures that all stakeholders remain informed in real time.
The system follows a three-tier architecture consisting of frontend, backend, and database layers. The frontend is developed using React.js to provide an interactive and user-friendly interface. The backend is implemented using Python frameworks such as Flask or Django to manage application logic and system operations. A MySQL database is used to store and organize data efficiently.
The overall design follows a modular approach, where each component operates independently while contributing to the complete system. The implementation results demonstrate a significant reduction in manual work, improved data accuracy, faster processing, and better user experience.

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Published

10-04-2026

How to Cite

CHATBOT FOR OUR COLLEGE WEBSITE. (2026). International Journal of Engineering Research and Science & Technology, 22(2(1), 211-224. https://doi.org/10.62643/ijesat.v22i2(1).2648