College Task Management System for Web Technologies

Abstract

In educational institutions, effective task coordination among administrative authorities, departments, and faculty members is essential for smooth academic and administrative operations. Traditional manual task allocation methods often lead to delays, lack of transparency, and poor tracking of task progress. This review paper presents the design and development of a Role-Based Task Management System for a polytechnic institute using frontend web technologies. The system supports multiple institutional roles such as Principal, Head of Department (HOD), Faculty, Scholarship Section, and Accounts Section. Authentication and task handling are implemented using JavaScript with browser-based local Storage, eliminating the need for backend infrastructure. The proposed system ensures structured task assignment, real-time status updates, and improved accountability. This approach is cost-effective, easy to deploy, and suitable for academic demonstration and small-scale institutional use.

Introduction

The document presents the development of a frontend-based task management system designed for educational institutions, particularly polytechnic institutes. Traditional task assignment methods (verbal or written notices) often cause miscommunication, delays, and lack of accountability. Therefore, a simple digital solution is needed to improve workflow organization and task tracking.

The proposed system helps manage tasks by assigning responsibilities, tracking deadlines, and monitoring progress. Unlike most complex systems that require backend infrastructure, this project is built as a frontend-only application using HTML, Tailwind CSS, and JavaScript. It uses browser local storage to store data, allowing basic persistence without a server.

The system includes role-based dashboards, ensuring users access features according to their roles, aligning with Role-Based Access Control (RBAC) principles. The literature review references foundational concepts from software engineering, client-side data storage (localStorage), modern UI development using Tailwind CSS, security models (RBAC), and workflow optimization techniques like Work-in-Progress (WIP) limits).

Overall, the project demonstrates a simple, efficient, and accessible task management solution suitable for small institutions and academic environments, emphasizing usability, organization, and role-based workflow management.

Conclusion

This review paper presented a Role-Based Task Management System developed using frontend web technologies for a polytechnic institute. The system demonstrates how institutional workflows can be digitized using simple tools without backend dependency. The project successfully integrates authentication, role-based access, task assignment, and progress tracking. For future enhancement, the system can be extended by integrating a backend server, secure authentication, and a database for large-scale deployment. Additional features such as email notifications, performance analytics, and report generation can further improve system effectiveness.

References

[1] Pressman, R. S., Software Engineering: A Practitioner’s Approach, McGraw-Hill. [2] Sommerville, I., Software Engineering, Pearson Education. [3] MDN Web Docs – JavaScript local Storage API. [4] Tailwind CSS Documentation. [5] Role-Based Access Control (RBAC) – NIST Standards. [6] Work-in-progress (WIP) Limit [7] Vision-based occupancy detection and environmental quality monitoring for smart buildings [8] People detection and counting from overhead depth images for smart building applications [9] Vision-based crowd density estimation using deep convolutional neural networks [10] You Only Look Once: Unified, Real-Time Object Detection [11] The OpenCV Library.

Copyright

Copyright © 2026 Prof. Komal Tibole, Nandini Tidke, Sonali Nirmal , Tejaswini Tagde, Khushi Nasre, Chhaviyanshi Chantare. 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.