DIGITAL BELL WITH SCHEDULED SYSTEM

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Authors: Rajabhau Thombare, Poonam musmade, Rohan Talmure, Siddhi Lande, Prachi P. Patil, Shruti Raut, Premlata Sawant, Aditya Garad
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Abstract

The Digital Bell System is an automatic, microcontroller-based project that rings bells according to a preloaded timetable.It replaces traditional manual systems with an accurate and programmable design.The system uses an Arduino, RTC (Real-Time Clock) module, and a relay with a bell to automate ringing at specific times.It ensures punctuality, saves manpower, and provides easy modification of schedules when needed.This makes it a practical and low-cost automation solution for schools, colleges, and offices.This project presents an automated digital bell system designed to improve time management in educational institutions.By using a microcontroller, the system eliminates manual scheduling errors and ensures that bells ring precisely according to a pre-set timetable.The system features a digital display that provides clear, real-time information on class periods, which improves operational efficiency and reduces confusion for both students and staff. I. Introduction:The Digital Bell System is an automated solution designed to replace traditional manual bell ringing in educational institutions.It uses a microcontroller-based circuit to control bell timings accurately according to a pre-programmed schedule.This system ensures that bells ring automatically at the correct time for each period, reducing human error and saving time.The digital display provides real-time information, making it easier for staff and students to follow the timetable efficiently.This project promotes punctuality, improves time management, and enhances the overall discipline within the institution.In educational institutions, maintaining punctuality and proper time management is essential for smooth operation.Traditionally, bells are rung manually to indicate class periods, breaks, and other scheduled activities, which often leads to human error and

Fields of Study & Subjects

Arduino and IoT Applications IoT-based Smart Home Systems Embedded Systems and FPGA Design

Publication details

Journal / source
International journal of engineering science and advanced technology.
Volume
26
Issue
1
Pages
192–197
Publication date
1 January 2026