A Project Report on COMILLA UNIVERSITY HALL MANAGEMENT SYSTEM

Abstract

Comilla University Hall Management System is a software developed for managing colorful conditioning in the residence. There are five resident halls for the scholars of Comilla University. As the number of halls are adding up, the number of scholars abiding in those caravansaries are also adding. As a result, the people managing the halls are under a lot of stress. Software or applications aren’t generally used in this environment. Generally, in Bangladesh perspective no digital systems or applications are used, most of the halls or residences are managed manually. In early days, managing manually was not very tough. But at present manual system is tedious. This specific design addresses the challenges of hall management and circumvents the issues that arise when carried out by hand. When the drawbacks of the current system are recognized, lead us to the design of a motorized system that will work with the existing system and the system that is additionally easily grasped and more GUI acquainted. We can ameliorate the effectiveness of the system and therefore overcome the downsides of the being system. Comilla University Hall Management System targeted for sale operation of the hall for better control and timely response. This eliminates time day and paper deals being marked. The Warden is handed with a better control over the deals like adding the details of new scholar in the hall, modifying the details of the scholars, deleting the scholars, viewing the pupil’s details abiding in the hall, adding or removing rooms, checking available seats. scholars can also check if there's any room available or not, look for better seats. As the main target of this application is to do efficient management by storing scholar’s data, MongoDB is used as database as it offers numerous benefits, especially its ability to manage unstructured data, its straightforward process for horizontal scaling, and its quicker performance in insert and update tasks, which makes it perfect for applications that require rapidly evolving data structures and handle large volumes of data. In the future, we can implement online fee payments, integrate various load balancers, develop a mobile application, and establish a backup database for improved security. This design’s main aphorism is to reduce the effect of wardens and give better service to the scholars. The main thing of this design is to develop a system for the robotization of the hall affiliated information