SMART CLASSROOMS

PRESIDENCY UNIVERSITY
SCHOOL OF ENGINEERING
SEMINAR (ECE 511)
PRESENTED BY
MOHAMED FURQHAN
20192ESV0002
GUIDED BY
DR. RAJIV RANJAN

TABLE OF CONTENTS:-
Introduction
Background
Current State of the Art
Specific Applications of the chosen Topic
Key Issues
Challenges of the Domain
Existing / Possible Solutions
Future Scope
Summary
Conclusion
References

Introduction
 The quality of education is a vital demand in today's competitive
setting. Technology has affected us in each facet.
 Smart Education situation in India that offer quality teaching and
learning opportunities to lecturers and students by serving them
to longer devotion towards the teaching, better construct
formation and educational action.
 Smart room provides energy efficient room automation by
controlling, monitoring and utilization of renewable energy
sources while reducing operating cost of appliances.

 SMART CLASS ROOM automation mainly focuses on Controlling and
monitoring of lights, fan, AC and other room appliances by considering
workable and human friendly room environment.
 IoT (Internet of Things) is inter-networking of physical devices,
embedded systems, buildings, sensors, actuators and other similar
devices to stay connected and exchange data.
 Simplify the task of attendance recording by the use of the Q-touch
sensors and also using RFID technology to ensure strictness among the
students.
 Wire-less electronic notice board to convey information from the faculty
and the student.

Background
 IOT enabled and embedded Smart classrooms have been a
product of development and adoption of technology in the
education sector.
 With advancement of technology such as streaming of video on
the web, the need to have a classroom as a meeting point is no
more
 Smart classroom technologies have enabled listening of lectures
from any place. Recording of what transpires in a lecture room
has also avoided the problem of having to obtain the information
together with the rest of the students as one can always listen at a
convenient time and as many times as possible.

 Smart classrooms have been successful due to the availability of aspects of
interactive communication and collaboration instruments such as chat
rooms, electronic forums like teleconferencing, and e-mail applications
among others.

OBJECTIVES
 To create advancement in education systems.
 To build a prototype for smart classroom controlled by using Raspberry
Pi, RFID sensors, WAGO PLC controllers along with relays.
 To make a better learning and understanding.
 Students learn their lessons in a smart approach.
 Solar supply for the projector, lights, fans, helps in the time of power
cuts.
 Helps to keep track of students.

A smart classroom is where the concept of
blended learning is blooming. The smart
classroom is technologically enhanced that
enables teaching and learning opportunities like
never before!

 Smart classrooms are the classrooms enhanced with
technological equipment for the purpose of better learning
and teaching.

 Smart class technology allows students to make presentations online
and get feedback from their teachers in less time. This saves a lot of time
of teachers and students that can be used for another interactive activity.
 The opportunity to provide students with quality education by helping
them understand concepts better, improve their reading and
comprehension skills, and achieve academic excellence.
 It is a universal truth, when we learn through visuals, we grab the
subject easily rather than just looking into the blackboard & listening.

 The education sector has seen a noticeable increase in educational standards,
advancement and innovations in recent years.
 Schools and other educational institutions have begun to adopt modern
teaching methods through interactive intelligent boards, projectors and smart
notebooks, etc.
 we can not deny, these technological updates make the education system more
interactive and easier.
 Students prefer to use tablets, phones and other devices to share and transfer
study material that saves their time and efforts.
 On the other hand, this smart technology helps teachers to turn boring lectures
into an engaging session. It is not just about sharing information but also
creating a better online presentation by avoiding the need to write manually.

 Smart Technology use by teachers in classrooms

 Survey findings revealed that teachers reported integrating technology
into the classroom (74%)
 66% of respondents described their technology use as frequently and
83% as everyday.
 92% of responses: proficiency for the modern world and research.
 The themes recording and visuals, illustration of a concept each occurred
in 97% of responses

 Responses On Smart Technology Use In The Classroom’s

 The global smart class-room market is currently in a nascent stage
and is poised to rise impressively in the next couple of years.
 Depending upon components, the global smart classroom market has
been classified into projectors, interactive whiteboards and displays,
student repose software, learning management software, support
services, and classroom management and assessment software.
 The TMR report projects the projectors segment in the global e-
learning market to attain a value of US$20.7 bn by the end of 2022.
 The report finds that North America is the leading region in the global
smart classroom market.

IOT ENABLED AND EMBEDDED SMART CLASSROOMS
Deep Ranjan Deb1, Mr. Bhupendra Pratap Singh2, Dr. S. Karthikeyan3 (2019)
(IOT) Internet of Things
 Internet of Things (IOT) is the organize of "things" or objects
coordinates in electronics, software, sensors and organize network,
which permits these things to gather and replace a huge sum of
information.

IOT APPLICATIONS FOR SMART CLASSES
 Environmental monitoring or infrastructure management or labor
process.
 For data transfers.
 Interactive whiteboards.
 Temperature and environmental sensors.
 Wireless door locks and lockdown protocols.
 Automated attendance tracking systems (see id cards).

 The prime objective is to develop a smart classroom by the use of Q-touch
sensors and RFID technology.
 This method of taking manual attendance can be enabled on a digital platform
by the use of Q-touch sensors.
 We are using RFID card to get access inside the smart classroom, so that better
discipline.
 Enhanced reliability can be ensured and late comers will not be allowed to enter
inside the classroom.
OBJECTIVE

 Block Diagram Of Iot Enable Smart Class Room
International Research Journal of
Engineering and Technology (IRJET) e-ISSN:
2395-0056

 Present Classroom Modifications

 The Q-touch sensors are placed on the chairs. These devices are
charging a sense electrode of unknown capacitance to a known
potential.
 When we place a finger on the touch surface it introduces external
capacitance which affects the charge flowing at that point this is
registered as a touch.
 Q-touch microcontrollers can also be used to detect the proximity
of a finger, rather than an absolute touch.
Q-Touch Sensor

 Q-Touch technology is basically deployed in two ways, normal mode or
touch mode and high-sensitivity or proximity mode.
 The high sensitive charge transfer proximity sensing. It is used for
detecting an end-user's approaching finger, and the user interface interrupt
the electronic equipment.

Microcontroller (SAMD21)
 Atmel SMART SAM D21 is a series of low-power microcontrollers that
uses the 32-bit ARM Cortex -M0+ processor. Pin ranges from 32 to 64
pins with 256KB Flash and 32KB of SRAM. SAM D21 .
 devices operate at a maximum frequency of 48MHz and can reach up to
2.46 Core Mark/MHz.

RFID Technology
 RFID stands for Radio frequency identification which makes use of
electromagnetic fields to automatically identify and track tags which are
attached to objects.
 In case of passive tags it collects energy from a nearby RFID reader's
interrogating radio waves.
 Unlike a barcode, it’s not necessary tag need not be within the line of
sight of the reader, so it can be embedded in the tracked object.
 RFID is one of the bestmethod for Automatic Identification and Data
Capture (AIDC).

 The student cards being used for identification of each individual student are
the RFID cards consist of passive RFID tag, which does not require internal
battery.
 Now these cards are passed through the field generated by a compatible
reader and it transmit information back to the reader.
 RFID tag and reader

RECOGNISED PROBLEM STATEMENT AND SOLUTION
Having said the limitations imposed by the conventional attendance
system,
 A solution in the form of Q-touch sensors which will be placed in the
respective chair of a particular student.
 The main idea behind the system is to capture student attendance in a
automated way where the students are required to flash their student
card at the RFID reader to get access inside the classroom and take
their respective seats.
 The time period will be calculated for the amount of time they are
seated in their seats and graph will be plotted accordingly. This data
will be saved and sent to the attendance department through the main
server.
International Research Journal of
Engineering and Technology (IRJET) e-ISSN:
2395-0056

IMPLEMENTATION OF SMART CLASS USING WAGO
PLC (CONTROLLER)
IEEE Xplore Compliant - Part
Number:CFP18J06-ART, ISBN:978-1-5386-
0807-4; DVD Part Number:CFP18J06DVD,
 With the increase in room energy demand both energy management and
sustainable energy systems are used in smart rooms, which provides automatic
control and monitoring of various room appliances.
 Use of solar power as a renewable source of power. WAGO programmable
logic controller (PLC) is used to provide solution for automatic control and
monitoring of class room appliances such as lights, fan, air conditioning (AC)
and projector.
 Arduino Uno is also used as data acquisition device which is programmed to
acquire sensor data and generate output signal in accordance to input of
WAGO PLC.

PLC is a controller that have separate number of inputs, gets
the sensor and input devices data, process this data according
to the program and generate control signal at its output
Terminals.
 Central processing unit having microprocessor to
analyze and process the data according to the stored
program.
 Memory unit to store main program as well as input data
which is to be processed by the CPU.
 Communicating unit to access communication with
programming device as well as other controller and
devices.

 Shows the Architecture of a smart classroom
_____ Main power supply
_____Solar power supply
……..Communication network

 The Arduino Uno controller is used for detecting the temperature
(DHT11) and lux (GY30) sensor inputs. Arduino is Atmega328
based controller board.
 The PIR sensor is used to identify the existence of the person in a
room, in order to automatically turn ON the lights.
 Lux sensor (GY30) is based on BH1750FVI intensity Digital Light
Sensor Integrated circuit This sensor is used for sensing and
measuring the amount of light incident on it. It works on I2C
communication protocol.
 To measure electrical parameters such as consumed energy,
connected load etc. [8] Em6400ng digital multifunction energy
meter is used to measure these electrical parameters.

 PV panel having Polycrystalline Silicon cells generate rated 12V dc
output.
 This system includes solar inverter module having two 36 amp-hours
(AH) batteries to drive light panel load a projector, a plugin socket,
fan’s for almost 4 hours .

 This represents the implementation of a smart class room, based on WAGO
PLC and solar power system.
 The whole system operates automatically using WAGO PLC with control
relays. Switching the tube lights, fan and AC, ON/OFF are occurring
automatically.
 PIR sensor and room environmental parameters.
 The real-time implementation is based on two processes: automatic control
using sensor data and manual control using android application has been
effectively implemented.
 This system is designed with basic, practical and adaptable approach that
makes smart class room operation more efficient and effective.

CONCLUSIONS
 Q-touch sensors which will be placed in the respective chair of a particular
student.
 The main idea behind the system is to capture student attendance in a
automated way where the students are required to flash their student card
at the RFID reader to get access inside the classroom and take their
respective seats.
 The time period will be calculated for the amount of time they are seated
in their seats and graph will be plotted accordingly. This data will be saved
and sent to the attendance department through the main server.

 The proposed work represents the implementation of a smart class room, based
on WAGO PLC and solar power system. The whole system operates
automatically using WAGO PLC with control relays.
 Switching the tube lights, fan and AC, ON/OFF are occurring automatically
with the help of PIR sensor and room environmental parameters.
 Moreover this technology is not only to be used in the smart classrooms but it
can also be used in the examination halls Smart and intelligent teaching
environment, will make students and teachers to access quality of information
more quickly, effortless and perfectly

SUMMARY
 Firstly the presentation talks about what is a smart class room?,
why do we need a smart class?
 Iot enabled and embedded smart class and some applications of iot
in smart classes.
 A survey has been shown that how teachers are satisfied by the applications
and benefits of smart class room.
 Current state of art , how the components and iot applications demand increase
from the year 2007-2022.
 Wago PLC controller and RFID related applications.
 Problem statement of how smart class room is better from
conventional class room system .

REFRENCES
 Preethi, B.C. and Vijayakumar, M. “ A novel Cloud Integration
Algorithm(CIA) for Energy Efficient High Performance Computing
Applications in Big Data Multimedia Applications”, Romanian Journal
of Information Science and Technology, vol. 2, March 2018.
 M. K. Yeopsabri, M. Z. A. Abdul Aziz, M. S. R. Mohd Shah, M. F.
Abdkadir.,”Smart Attendance System By Using RFID”,2007
Asia-pacific Conference On Appplied Electromagnetics Proceedings.
4-6 December 2008.
 Mahyidin, M.F. Student Attendance Using RFID System. 2008 December
2012]; Available from: http://umpir.ump.edu.my.

 Pao-Ann Hsiung, Shu-Hui Yang.,”Innovative Application of RFID Systems to
Special Education Schools”,2010 Fifth IEEE
International Conference on Networking, Architecture, and Storage. Page 299-
304.
 Kassim, M. and S. Yahya. A case study: Reliability of smartcard applications
and implementation in university environment,
Malaysia.in 2009 International Semiconductor Device Research Symposium,
ISDRS '09. 2009. USA..
 “The Facial Recognition Technology (FERET) Database”, webpage
on NJST. [online]. http://www.itl.nist.gov/iad/humanid/feret/.
B. M. Stephen, E. S. Sanjay and R. W. John, “RFID Technology and
Applications”, Cambridge University Press, 2008.

 K. D. Mahajan, P. Pandey and B. K. Pandher, “Application of RFID
Technology in Libraries and Role of Librarian,” In 12th
MANLIBNET Convention 2010, Jaipur (India), pp. 109-118, 2010
 SaikrishnaChatrati, Sumanth Naidu, CH.Raghava Prasad.“RFID based
Student Monitoring and Attendance Tracking System.”
4th ICCCNT 2013. July 4-6 2013.
 https://www.google.com/search?q=IOT+FOR+CLASSROOMS&rlz=1C1CH
BD_enIN874IN874&sxsrf=ACYBGNS_bIiLJxDBF2oo0FCZSa0NVMREjg:
1576439207722&source=lnms&tbm=isch&sa=X&ved=2ahUKEwiByPHXtb
jmAhWFX3wKHXN4CVsQ_AUoAXoECBEQAw&biw=1366&bih=625#i
mgrc=dDy2txT9IcX2sM:

SMART CLASSROOMS

More Related Content

What's hot (20)

Similar to SMART CLASSROOMS (20)

Recently uploaded (20)

SMART CLASSROOMS