Department of Information Science and Engineering,

Approved by All India Council for Technical Education (AICTE), New Delhi.
UG programs Accredited by National Board of Accreditation (NBA): CSE, ECE & ISE
Affiliated to Visvesvaraya Technological University (VTU) Belagavi, Recognized by Govt. of Karnataka

IOT-POWERED STUDENT CARD FOR SEAMLESS COMPONENT MANAGEMENT

ABSTRACT SYSTEM REQUIREMENTS

 The IoT Platform built in Python and hosted as a server works with
Hardware Requirements
Raspberry Pi Pico microcontroller and hardware components his  Microcontroller Circuit: Raspberry pi Pico
RFID technology. Previously, managing lab components relied on  RFID Card Reader
manual processes, creating errors and inefficiencies for students and  Buzzer
faculty.  Display
 The IoT-based student card system provides an automated solution  Power Supply Point
to seamlessly notify students and faculty of upcoming lab
Software Requirements
components via email or telegram, increasing convenience and
 Embedded system
productivity.
 Micro Python
 The aim of the project “Python Based IoT-Powered Student Cards
 C/C++
for Seamless Component Management” is to create a system that
revolutionizes how educational institutions manage their Resources.  IOT Platform
This involves leveraging IoT technology embedded in student ID  HTML, CSS, JavaScript, Python and Django Python Web frame
Work.
cards.

PROBLEM STATEMENT PROPOSED SYSTEM

 The current systems often operate in isolation, leading to The proposed system consists of Both hardware and software components
inefficiencies and an intricate web of Disjointed processes. The based on IoT technology.
conventional student ID card, though a ubiquitous presence, lacksthe  It utilizes an RFID card reader Paired with a Raspberry Pi Pico
Technological sophistication needed for seamless campus component microcontroller for individualized identification through RFID Cards,
management.  Each student’s card is equipped with IoT sensors and communication
 To address this, the proposed problem statement focuses on the Modules, ensuring accessibility and providing a user-friendly interface
development of a Python-based, Internet of Things (IoT)-powered on the host side for universal Ease of use. Real-time tracking and
student card system. This innovative solution aims to unify access and interaction with various campus or lab components are Facilitated
streamline Operations by integrating various campus services onto a without the need for manual record-keeping, thereby saving time.
single, smart card platform.  The use of smart cards Eliminates the necessity for traditional methods
such as registers or notebooks for maintaining Student databases,
enhancing efficiency.
SYSTEM ARCHITECTURE  The system aims Access to this information is restricted to authorized
personnel, including students and higher Authorities, with notifications
sent via email, Telegram, or both channels for seamless Communication.

CONCLUSION
In this project, the implementation of this IoT-based student card system aims
to enhance the overall efficiency of Managing lab components in educational
institutions. Its design and utilization present a promising Solution for
optimizing the monitoring and administration of student assignments,
providing a valuable Tool for both students and educational institutions in
the tracking and management of lab work. “Python-Based IoT-Powered
Student Cards for Seamless Component Management” project represents a
significant leap forward in the integration of technology into educational
environments.

TEAM DETAILS

Prof. Kavana Hindu Priya M V Mounika C M Tejas N

[Project Guide] [1EP20IS038] [1EP20IS058] [1EP20IS094]