RFID + GSM School Attendance Alert System — Parent SMS Prototype
An early school attendance and parent-alert prototype where an RFID scan triggered an automatic SMS notification using Arduino Uno and a SIM900A GSM module.
Early project demo
Watch the demo directly on this page.
Open on YouTubeOverview
RFID + GSM School Attendance Alert System was one of Parth's stronger early automation projects from 2018. The project used an RFID key and RFID reader module to detect a student's attendance event, then sent an automatic SMS notification to the parent using a SIM900A GSM module and Arduino Uno. The video and screenshots clearly show the working hardware stack: the RFID reader module, Arduino Uno, SIM900A GSM module, and the final SMS output on a mobile phone. The parent-facing message shown in the demo says, "Dear Parent, Your child has reached/left school." This project is important because it shows Parth connecting identification hardware, embedded processing, and real-world communication into a practical school safety and attendance workflow. This project shows that Parth was already building practical systems in 2018, not just trying isolated electronics components. It combines hardware input, embedded control, and communication output in a useful real-world school-parent use case. It is strong evidence of early problem-solving and implementation ability. This project is documented through a working video demo rather than a public code repository.
Problem solved
The project explored how a school attendance event could automatically trigger a parent notification, so that parents could know when a child had reached school or left school.
What it does
The system detects a student's RFID key/card through the RFID reader module. Arduino Uno processes that input and sends the required signal to the SIM900A GSM module. The GSM module then sends an SMS message to the parent's mobile number.
Contribution
Parth built the attendance-alert concept, connected the RFID reader with Arduino Uno, integrated the SIM900A GSM module, created the input-to-SMS flow, and demonstrated the working system on video.