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ABSTRACT
Radio Frequency Identification (RFID) access control systems are a vital component of any security system. They are used to control access to restricted areas and to ensure that only authorized personnel are allowed access. The use of RFID access control systems helps to reduce the risk of unauthorized access and to increase the safety and security of a facility. Capacity limiting RFID access control systems are designed to limit the number of people who can access a facility at any given time. This is important for ensuring that only the required number of personnel are allowed access to the restricted area. It also helps to reduce the risk of overcrowding in areas where large numbers of people are allowed access.
This project involves the design and installation of a capacity limiting RFID access control system to improve security and safety in an area at the Faculty of Engineering. The system was designed to utilize Radio Frequency Identification (RFID) technology to identify and authenticate users, as well as limit the number of users who can access the area at any given time. The system was designed to be flexible and customizable, allowing for the addition of extra hardware and software components as needed. The installation of the system include the setup of the RFID readers, the configuration of the software, and the integration of the system with existing security systems.
The project was successfully installed at the e-library of the Mechatronics Engineering with a limiting number of twenty (20) persons. It is expected that the system will provide an effective, efficient, and secured solution to controlling access to the area while also limiting the number of people that can access the e-library at any given time.
