National Conference on Recent Trends in Communication, Computing and IoT (RTCCI-2022)

National Conference
on
Recent Trends in Communication,
Computing and IoT (RTCCI-2022)
Organized by
Department of Electronics and Telecommunication Engineering
GES’s R. H. Sapat College of Engineering, Management Studies
and Research, Nashik -05
12th
February 2022 (Online Mode)

National Conference
on
Recent Trends in Communication,
Computing and IoT (RTCCI-2022)
Editors
Prof. Dr. Santosh P. Agnihotri
Mr. Mandar P. Joshi
Mr. Kailash V. Karad

PREFACE
About Conference
National Conference on Recent Trends in Communication, Computing and IoT
RTCCI addresses the rapid strides and technological advancements currently
witnessed in the fields of RTCCI. The conference aspires to exhibit the technical
excellence of budding technocrats, research scholars, post graduate, under graduate
and diploma student, representatives from the academia and industry. This
conference aims to bring together the best of globally notorious research
professionals. English is the official language of the conference. Papers presented
in the conference will be submitted for inclusion into conference proceedings. The
conference will be conducted in online mode only.
About The Department
Established in July 2010, department of E&TC Engineering is now eleven years
old with 60 intake capacity. The department has always remained on the fore front
in producing quality engineers who have brought great laurels to the institute,
society and nation at large. The department offers excellent resources in the form
of knowledgeable faculty, well equipped laboratories and a library having versatile
collection of books. In 2014, the department has started Post Graduation program
M.E. Electronics with a specialization in Digital Systems with an intake of 12
students. It helps students to get employed in Core electronics industries; IT
enabled electronic services, giant automation sector and Navratna Companies of
India. The department has maintained consistent placement repo of undergraduate
and post graduate students in multi-national electronics and IT industries.
About The Institute
Welcome to our Gokhale Education Society’s R. H. Sapat College of Engineering,
Management Studies and Research Nashik “An institute with a difference” Our
college is committed to impart quality technical education with ingrained ethical
values. We are committed to instill inquisitiveness amongst all students who can
acquire the necessary technical knowledge and skills. By encouraging learning
through enquiry, logic and developing a fearless attitude towards the fulfillment of
curiosity. The vision of the institute is, “To produce world-class engineers for
converting global challenges into opportunities through value embedded quality
technical education.” To achieve this, we are committed to develop this institute as
a Centre of Academic excellence for higher learning in the fields of engineering
and technology. All the efforts are focused towards the fulfillment of vision and
mission. The institute is NAAC accredited with B++ grade.

Organizing Committee RTCCI-2022
Patrons
Prin. S. B. Pandit, President & Chairman
Hon. Shri. Sir. Dr. M. S. Gosavi, Secretary & Director General
Dr. Mrs. Dipti P. Deshpande, Director, HRM
Shri. P.M. Deshpande, Project Director
Shri. S. M. Gosavi, E & M Director
Dr. P. C. Kulkarni, Principal, RHSCOEMSR, Nashik
Convener
Dr. Santosh P. Agnihotri, Asso. Prof. & Head E&TC, RHSCOEMSR, Nashik
Organizing Secretary
Dr. Mrs. Anita A. Deshmukh, Asso. Prof. E&TC, RHSCOEMSR, Nashik
Co-Convener
Mr. Mandar P. Joshi, Asst. Prof. E&TC, RHSCOEMSR, Nashik
Mr. Kailash V. Karad, Asst. Prof. E&TC, RHSCOEMSR, Nashik
Advisory Committee
Dr. D. S. Bormane (Chairman BoS, E & TC, SPPU, Pune)
Dr. G. K. Kharate (Principal, MCERC, Nashik)
Dr. V. J. Gond (Prof. & Head, E & TC, MET IoE, Nashik)
Dr. B. S. Agarkar (Prof. & Head, E & TC, SCoE, Kopargaon)
Dr. J. G. Joshi (Sr. Lecturer, E & TC, Government Polytechnic Nashik)
Dr. V. S. Hendre (Dy. Director, GHRCOE, Pune)
Mr. Ravi Mahadeokar (Director, Summit Engineers, Nashik)
Mr. Shekhar Borse (Director, Raspiinvent, Nashik)

Organizing Committee
Dr. Nirmalya Sen Asso. Prof. E&TC, RHSCOEMSR, Nashik
Mrs. H. H. Kulkarni Asst. Prof. E&TC, RHSCOEMSR, Nashik
Mrs. M. S. Deole Asst. Prof. E&TC, RHSCOEMSR, Nashik
Mr. D. M. Raut Asst. Prof. E&TC, RHSCOEMSR, Nashik
Mr. R. J. Shimpi Asst. Prof. E&TC, RHSCOEMSR, Nashik
Mr. P. D. Lokhande Asst. Prof. E&TC, RHSCOEMSR, Nashik
Mr. S. M. Rakshit Asst. Prof. E&TC, RHSCOEMSR, Nashik
Supporting Staff
Mr. C. K. Vaidya, Tech. Asst. E&TC, RHSCOEMSR, Nashik
Mr. P. S. Pagere, Tech. Asst. E&TC, RHSCOEMSR, Nashik
Student Volunteer Team
Mr. Onkar Kshemkalyani
Mr. Abhishek Dixit
Ms. Jaee Joshi
Ms. Kalyani Satpute
Ms. Nikita Rane
Ms. Shweta Kurhe
Ms. Sharvari Wani

National Conference on Recent Trends in
Communication, Computing and IoT
(RTCCI-2022)
INDEX
A)Communication
Sr. No. Paper Title Author(s) Page No
1 Embedded System For Antenna
Pattern Measurements
Balaji Korde,
Bhushan Bhatt,
Shivam Pagar,
Mandar P. Joshi
01
2 Design and Implementation of a
Low-Cost Ultrasonic Radar System
using an Arduino Microcontroller
Sonawane Kalyani, S.
M. Rakshit
01
3 Design and Fabrication of Patch
Antenna Using Fractal Techniques
for Wireless Applications in C Band
Onkar Kshemkalyani,
Neha Wadge, Shreya
Kulkarni, Kailash
Karad
02
4 Design And Implementation of 2.4
GHz Micro strip Patch Antenna for
Medical Application
Bhushan Patil,Ankita
Patil,Prashant Jadhav,
K.V. Karad
02
5 Design And Analysis of Patch
Antenna for Three Substrates
Operating at 2.4 GHz
Shivam Bansal,
Sachin Maithani,
Balwinder
S.Dhaliwal, Garima
Saini
03
6 Fractal Microstrip Antenna Ashwini Jadhav, M.
P. Joshi
03
7 Resonant Frequency Calculation of
Hexagonal Microstrip Antenna
using Python
Shivam V. Gaikwad,
Mandar P. Joshi,
Jayant G. Joshi
04
8 Coal Mines Monitoring And
Movement Of Roller Track Using
PLC SCADA
Aditi Limje, Ashwini
Awchar, Purva Wagh,
S.P.Agnihotri
04

9 Li-Fi Audio And Data Transmission
Via Light
Kishor Ugale ,
Chetan Dnyaneshwar
Wagh, Jitesh Pundlik
Mahale, Ganesh
Chintaman Pawar
05
10 Nanotechnology used in cryonics Vedant Khodake,
Dr. J.G.Joshi
05
11 Conversion of waste heat and sound
into electricity
Sakshi Nikam,
Akshaya Prabhu,
Tejal Vibhandik, S.P.
Agnihotri
06
B) Computing
12 Hyperspectral Image Classification
And Analysis with Deep IRDI
Algorithm
Swapnaja Patil,
Hemangi H . Kulkarni
07
13 A study on basics of Quantum
Computing
Kaif Anisuddin
Qureshi, Mr. D M
Raut
08
14 Use Of Edge Computing In Search
And Rescue Operations: A Review
Himanshu Arvind
Savargaonkar,
Hemprasad Yashwant
Patil
08
15 Graphics Processing Unit Pranav Ahire, Dr. J.G.
Joshi
09
16 Maternal Health Prediction using
Quantile Transformation and ANN
K Uma Venkata Ravi
Teja , B Pavan Venkat
Reddy , Kalla
Sudarsan Harshith,
Hemprasad Yashwant
Patil
09
17 Air Canvas Suwanshini, Dr. S.P
Agnihotri
10
18 Early Detection Of Alzheimer’s
Disease Using EEG Signals
Poorva Gosavi ,
Kaveri Pagar, Gourav
Sase, H. H. Kulkarni
11

C)IOT
19 A Survey on ROS based Robotic
Arm used for Cooking Tasks
Mrinal Karmokar,
Sawali Korde, Ruchi
Chauhan
12
20 Smart Auto Billing Shopping
Trolley
Toshnavi Joshi, Kasturi
Kolapkar, Tushar
Korekar, M.S.Deole
12
21 A Review on MicroLogix
Controller Based Intelligent
Traffic-Congestion Control System
Ajay Lohate, Krushna
Jadhav, Ritesh Gade,
Rupesh Tayde,
Raj Shirbhate
13
22 Gesture Controller UAV Manas Jakatdar,
Abhishek Dixit,
Sampada Raut, R. J.
Shimpi
13
23 Social Distance Detecting Device
Using Arduino For Covid Safety
Hemangi Kulkarni,
Pradnya Kapadi, Ishwari
Borse, Divya Patil
14
24 IOT Based Face Mask and Body
Temperature Detection System for
COVID19
Nilam More,Yogini
Kakade, Aishwarya
Deore, R.J Shimpi
14
25 IoT Based Wearable Patient BPM,
Oxygen and Temperature
Monitoring System
Shweta Kurhe,
Bhagyashri Jagtap,
Aishwarya Gawand,
Rahul Shimpi
15
26 Power Theft Identification &
Sanction Load Monitoring Using
IoT
Harshada Sonawane,
Ayushi Thakur,
Darshana Khamkar,
M.S. Deole
16
27 Home Automation System Dr.A.A.Deshmukh,,
Mahima A Chaudhari,
Kanchan G chinchore,
Nidhi N Deole
17
28 Automatic Line Following Weight
Lifting Robot for Industry
Manasi Magar, Shinde
Vaishnavi, Sapana
Hagawane, M. P. Joshi
17
29 Heartbeat sensor using fingerprint
through arduino
Dr.A.A.Deshmukh ,
Srushti Mali, Vishakha
Ahire
18
30 IoT Based Smart Agriculture
Monitoring System
Sakshi Sonawane
Abhijeet Raj, Akshata
Bhamare, Dr
S.P.Agnihotri
18

31 Automatic Room Light Controller
using Arduino Sensor
Nimbalkar Rushikesh,
Pathak Swarada,
Salunkhe Sakshi,
Santosh Agnihotri
19
32 Smart Charging Station Chetana Sanjay Patil,
Shubha Khanderao Patil,
Snehal Dhanraj
Mahajan, M. P. Joshi
19
33 Footstep Power Generation System
Using Piezoelectric Crystal
Kalyani P. Satpute,
Tejal S. Mandaokar,
Jaee S. Joshi,
M.S.Deole
20
34 Coin Based Mobile Charging
System
Ketan kamble,
Bhagyashree shirsath,
Akash Vaishnav, D. M.
Raut
20
35 Smart Heart Rate Monitor System
Using Microcontroller
Sanket Shejwal, Aditi
Malpure, Ashvini
Suryanwanshi, Mugdha
Deole
21
36 Automatic Hand Sanitizer
Dispenser Using Embedded
System
Janhavi Bhamare, Divya
Gadekar, Shital Pawar,
Mrs. H. H. Kulkarni
21
37 Smart Dustbin A.G.Patil,Y.R.Sayankar,
R.M.Ponde, D.M.Raut
22
38 Microcontroller Based How to
Make Fingerprint Door Lock
Mayuri Jire, Vishakha
Saindane, Poonam
Kamankar, S.M. Rakshit
22
39 Automatic Plant Watering System Komal Bahiram ,
Dhanashree Nikam ,
Mandar Joshi
23
40 Face Mask and Temperature
Detector
Ashish Bagul, Rohit
Gaikwad, Yadnesh
Maharshi, P. D.
Lokhande
23
41 Implementation of Locker Using
IOT
Datir Pratik, Pagar
Devyani, Karate Rutuja
24
42 IOT Based Server Room
Monitoring System
Shirsale Bhavana, Aher
Vaishnavi, Avhad
Pradnya, S.M.Rakshit
24
43 Smart Road Cleaner Sonawane Vaishnavi
Ravindra, S.M.Rakshit
25
44 Google assistant based home
automation
Bharambe Akash
Eknath, Deshmukh
Tejas Ajit, Dube
Akanksha Suresh, R. J.
25

Shimpi
45 Automatic Light On/Off Using PIR
Sensor
Tejaswini Patil, Sakshi
Ekka, Harshada Bagad,
D.M.Raut
26
46 Microcontroller based liquid
dispensing System
Sanskruti Shejwal,
Payal Waje, Rahul
Shimpi
26
47 Campus Recruitment System Devendra Mule, Neha
Suryawanshi, Purva
Sonar, D. M. Raut
27
48 Vehicle accident detection & alert
system
Sagar Ravindra
Kulkarni, Neha Devidas
Rote, Pranjal sunil
Zunjarrao, P. D.
Lokhande
27
49 Automated Railway Gate
Controlling System
Shinde Jivan, Manohar
Jogi, Pratik Vishwas,
Mr. K.V. Karad
28
50 IOT based Temperature
Maintaining System For
Dehydration Of Foods And Fruits
Madhuri Gaikwad , Jui
Kulkarni, Sanjivani
Patil, Mrs. A.
A.Deshmukh
28
51 Battery Blast Protection and Alert
System for Electric Vehicles
Yash Jawale, Ghansham
Khairnar, Dinesh
Kothavade, Anita A.
Deshmukh
29
52 IOT Based Fire Fighting Robot Atharva Tambat,
Akshay Kotkar, Sushant
Patil, P.D. Lokhande
29

National Conference on Recent Trends in Communication, Computing and IoT (RTCCI-2022)
Department of E & TC, GES’s R. H. Sapat College of Engineering, Management Studies and Research,
Nashik -05 Page 1
A) Communication
Embedded System for Antenna Pattern Measurements
Balaji Kordea
, Bhushan Bhatta
, Shivam Pagara
, Mandar P.Joshib
a
Department of Electronics &Telecommunication , Gokhale Education Society’s R.H.Sapat
College Of Engineering, Management Studies and Research Nashik 422005, India
b
Asst. Prof .in Electronics & Telecommunication at Gokhale education society’s R. H. Sapat
College of Engineering, Management Studies and Research, Nashik 422005, India
Abstract
Since the embedded system is dedicated to specific tasks, design engineers can optimize it to
reduce the size and cost of the product and increase the reliability and performance. The research
aim is to design an antenna pattern measurement system that allows the navigation between
satellites using an easy-to-use and effective remote-control positioning system by using
microcontroller 89c51.The desired angle is entered using keypad which gets displayed on the
Liquid Crystal Display (LCD) & by pressing the enter button the Stepper motor rotates & set’s
the antenna on the user defined angle.
Keywords: Embedded system, Microcontroller89c51, Stepper motor, ULN 2003motor driver
Design and Implementation of a Low-Cost Ultrasonic
Radar System using an Arduino Microcontroller
Sonawane Kalyani*, S. M.Rakshit
Department of E&TC, R. H. Sapat College of Engineering, Management Studies and Research,
Nashik, India
Abstract
In this paper, a low-cost ultrasonic radar system based on Arduino microcontroller was
developed. It utilizes ultrasonic sensors to detect the object in range and passes the information
to the Arduino microcontroller. When an object is detected, two sets of alarms are triggered.
Graphical display on a computer screen was used to illustrate this design. The graphical display
uses the position of the detected object on the computer screen to send visual alarm on LED
(Light Emitting Diode) screen. Sound alarm can also be sent via an audio buzzer. Adjusting the
rotation of a servo motor allows the sensor to detect objects in range between 0 and 150˚. Objects
up to 40 cm away from the ultrasonic sensor can be detected. The prototype of the design was
implemented and coding for Arduino microcontroller was developed. Experimental results show
that the system can detect objects with the specified range (40 cm away from the ultrasonic
sensor) and alarm was successfully triggered.
Keywords: Low-cost, Ultrasonic radar, Arduino microcontroller, Servo motor.

Nashik -05 Page 2
Design and Fabrication of Patch Antenna Using Fractal
Techniques for Wireless Applications in C Band
Onkar Kshemkalyani, Neha Wadge, Shreya Kulkarni, Kailash Karad
GES's R. H. Sapat College of Engineering, Management Studies and Research, Nashik – 422005,
India
Abstract
In this dissertation work, a microstrip patch antenna is being created for the Ultra-wideband
operating in the 4-8 GHz satellite C Bands. The antenna is being fabricated on an fr4 with a
1.53mm thickness and dielectric constant of 4.4. The fractal method is introduced here to
increase the working efficiency of the antenna over an ultra-wideband. Design and performance
analysis of the antenna were carried out using the Ansys HFSS simulation tool. Results such as
return loss and radiation pattern are presented in this paper.
Keywords: Antenna, Ultra-Wideband, fractal.
Design And Implementation of 2.4 GHz Micro strip
Patch Antenna for Medical Application
Bhushan Patil, Ankita Patil, Prashant Jadhav, K.V. Karad
Department of Electronics & Telecommunication Engineering GES R H Sapat College of
Engineering, Vidya Nagar, Nashik 422005, India
Abstract
A rectangular micro strip patch antenna is designed and fabricated to function over 2.4 GHz ISM
band. The purpose of this antenna to be used in medical application i.e. for Nurse Calling
System. This paper represents the design and analysis of micro strip patch antenna. The dielectric
substrate material used for this purpose was FR4 Epoxy. The design and simulation was carried
out on HFSS 15.0 software. The simulation results were verified through XY plot and 3D polar
plot. By successful simulation and results next step was fabrication. For fabrication we used the
double-sided copper clad on which antenna patch was printed followed by soldering of SMA
connector. Our main purpose to design this antenna was, it is lightweight, easy for use and
applicable for medical application.
Keywords: Antenna, HFSS, ISM band, Medical Application.

Nashik -05 Page 3
Design And Analysis of Patch Antenna for Three
Substrates Operating at 2.4 GHz
Shivam Bansala
*, Sachin Maithanib
, Balwinder S.Dhaliwalc
, Garima Sainid
a, b
M.E. Scholar, Department of ECE, NITTTR Chandigarh (160019), India
c
Associate Professor, Department of ECE, NITTTR Chandigarh (160019), India
d
Assistant Professor, Department of ECE, NITTTR Chandigarh (160019), India
Abstract
A patch antenna can easily be manufactured and introduced at an acceptable expense, which
makes it reasonable for cutting edge telecommunication and remote gadget applications in order
to acquire new antennas. The objective of this paper is to get the suitable substrate material that
delivers good antenna performance at a particular frequency considering three substrates for the
design and analysis of rectangular patch antenna. Coaxial feeding with 50Ω impedance was used
to acquire the antenna design parameters for selected three substrate materials. Height of three
substrates was taken 2mm. The simulations are executed in ANSYS HFSS software.
Keywords: Rectangular Patch Antenna, HFSS, ABS, PLA, PET
Fractal Microstrip Antenna
Ashwini Jadhava
, M. P. Joshib
a
PG Student, GESRHSCOEMS&R, Nashik 42005, India
b
Asst. Prof, GESRHSCOEMS&R, Nashik 42005, India
Abstract
Fractal antenna theory is built, as is the case with conventional antenna theory, on classic
electromagnetic theory. Fractal antenna theory uses a modern (fractal) geometry that is a
natural extension of Euclidian geometry.
Keywords:Microstrip antenna, fractal

Nashik -05 Page 4
Resonant Frequency Calculation of Hexagonal Microstrip
Antenna using Python
Shivam V. Gaikwada
, Mandar P. Joshib
, Jayant G. Joshic
a
U.G. Student, Computer Engineering, K.K.W.I.E.E.R Nashik, India
b
Dept. of E & TC Engineering, GES RHS COE MS&R Nashik, India
c
Dept. of E & TC Engineering, Government Polytechnic Nashik, India
Abstract
The uses of artificial intelligence and data sciences are gaining popularity. The use of neural
network to calculate the frequency of microstrip patch antenna design is the need of today. In
this paper, an attempt has been made to design and develop hexagonal antenna using python. In
this research work, designs equation of hexagonal microstrip antenna is modeled using python
programming language. The results of theoretical and simulated antennas are presented and error
analyses have been carried out.
Keywords: Machine Learning, Python, Resonant Frequency, Hexagonal microstrip antenna.
Coal Mines Monitoring And Movement Of Roller Track
Using PLC SCADA
Aditi Limje, Ashwini Awchar, Purva Wagh, S.P.Agnihotri
Department of ECE, R. H. Sapat College of Engineering, Nashik, 05
Abstract
Coal mining plays a very important role in most of the developing countries to meet the energy
demands, But the same time the mining industry is facing many problems which mainly include
the mine workers' safety. The underground mine environment is especially complex. The
emissions of toxic gasses like methane and carbon monoxide always occur in coal mines. The
concentration of these gasses above safety threshold level creates risk to the mine workers health
and life. Hence a continuous monitoring of such values is necessary. If the environment is so
harsh beyond working conditions, the alert messages can be informed to take control measures
and keep safety standards. Coal machinery equipment plays an important role in the process of
coal mining. It is of great significance for its safe, stable, reliable and healthy operation to carry
out the research on data monitoring methods of coal machinery equipment. Coal is one of the
important fuels used for electricity generation, steel production, cement manufacturing and as a
liquid fuel, also to produce syngas by gasification process. A large population in the world
depends on these coal mine industries for its livelihood. For this, they have to work in various
dangerous conditions in the coal mine.
Keywords: PLC (Delta DVP14SS2), SMPS, Voltage Regulator7805, Relay

Nashik -05 Page 5
Li-Fi Audio And Data Transmission Via Light
Prof. Kishor Ugale, Chetan Dnyaneshwar Wagh, Jitesh Pundlik Mahale,
Ganesh Chintaman Pawar
Electrical Engineering Department, MET BKC IOE, Nashik, Maharashtra, India
Abstract
Li-Fi stands for Light Fidelity. The technology is very new and was proposed by the German
physicist Herald Haas in 2011 TED (Technology, Entertainment, Design) Global Talk on Visible
Light Communication (VLC). Li-Fi is a wireless optical networking technology that uses light
emitting diodes (LEDs) for transmission of data. The term Li-Fi refers to visible light
communication (VLC) technology that uses light as medium to deliver high-speed
communication in a manner similar to Wi-Fi. This paper focuses on Li-Fi, its applications, Data
transfer (Analog data and Digital Data) features and comparison with existing technologies like
Wi-Fi etc. Wi-Fi is of major use for general wireless coverage within building, whereas Li-Fi is
ideal for high density wireless data coverage in confined area and especially useful for
applications in areas where radio interference issues are of concern, so the two technologies can
be considered complimentary. Li-Fi provides better bandwidth, efficiency, connectivity and
security than Wi-Fi and has already achieved high speeds larger than 1 Gbps under the
laboratory conditions. By leveraging the low-cost nature of LEDs and lighting units, there are
lots of opportunities to exploit this medium. Li-Fi is the transfer of data through light by taking
fiber out of fiber optics and sending data through LED light bulb.
Keywords: Li-Fi, Network technology, Microcontroller, wireless communication, Digital transmission
Nanotechnology used in cryonics
Vedant Khodake, Dr. J.G.Joshi
Government Polytechnic, Nashik
Abstract
Today technology plays a vital role in every aspect of life. Increasing standards in technology in
many fields, as taken man today to high esteem. But the present available technologies are
enable to interact with the atoms, such a minute particles. Hence nanotechnology has been
developing. Nanotechnology is nothing but a technology which uses atoms with a view to
creating a desire product. It has wider applications in all the fields. The important application is
Cryonics. Cryonics is nothing but an attempt of raising the dead making them alive. First we
preserve the body then by using molecular machines based nanotechnology we could revive the
patients by repairing damaged cells. In this technical paper I would lie to discuss cryonics , how
the process of cryonics goes on and why nanotechnology is being used and description of
molecular machines.
Keywords: Nanotechnology, Cryonics, Nanosensors, Preservation of death.

Nashik -05 Page 6
Conversion of Waste Heat And Sound Into Electricity
Sakshi Nikam, AkshayaPrabhu, TejalVibhandik, S.P. Agnihotri
India
Abstract
The sound energy associated with the vibration of matter an abundant source of noise pollution,
wherein the least of all types of pollution which most people ignore to recycle and turn into
electricity sources. The purpose of this project is to design and develop a device that can make
useful energy from noise known as Noise Pollution and waste heat well as from waste heat-based
power bank with suitable architectural design, component design, code generation, and
integration system. The researcher chooses design science research methods and V Model
procedure to make sure of the efficiency of the device. Noise Pollution and waste heat Based
Power Bank was tested in different noisy areas. The device had been tested in various places to
prove capability to work in a variety of noisy environment. The efficiency of the device in terms
of charging the power bank utilizing noise is proven effective especially in loud/ noisy places
that make the power bank charged the battery continuously. Comparing to commercial power
banks, Noise Pollution and waste heat-based power bank produced a parallel result. Charging is
also performed with different gadgets that are most likely use power bank and found effective
and efficient.
Keywords: Noise Pollution, Acoustic Energy, Sound Energy, Power Bank, Alternative Energy Source, Electric
Source

Nashik -05 Page 7
B) Computing
Hyperspectral Image Classification And Analysis with
Deep IRDI Algorithm
Swapnaja Patila
, Hemangi H. Kulkarnib
India
Abstract
Hyperspectral image (HSI) classification is very important task having numerous applications in
the remote sensing field. Many methods have been proposed in the recent years. Image
histogram gives primarily the global description of the image. It basically shows major
landforms but not the minute one or cannot identify the minor one. So, the major problem
occurred is Image retrieval problem is the problem of searching and retrieving images that are
most relevant. The images taken from the satellite with different angle or with different
resolution at different time of day, this study led us in the new era of retrieval techniques for
remotely sensed images or satellite images by development of a hybrid solution which will
explore the multiple semantics present in a remotely sensed image. The basic concept behind this
is Hyperspectral of imaging which is the blend of two new technologies: Spectroscopy and
imaging. In this technology, an image is acquired over the visible and near-infrared (or infrared)
wavelengths. Hyperspectral images are composed of spectral pixels, corresponding to a spectral
signature (or spectrum) of the corresponding spatial region. A spectral pixel is a pixel that
records the entire measured spectrum of the imaged spatial point. The big advantage of hyper
spectral imaging is the ability to characterize the inherent chemical properties of a sample. This
is achieved by measuring the spectral response of the sample, i.e., the spectral pixels collected
from the sample. After successful implementation user can investigate the performance of
multistage and multiangle Remote Sensed Images (Hyperspectral (HSI) and Synthetic Aperture
Radar (SAR) images) on classification and retrieval. In addition to this the user also analyze
performance of feature point registration for the selected training samples. And can hybridize the
classification and retrieval process by combining low-level and high-level features of HSI/SAR
images.
Keywords: Deep IRDI, SAR, CNN, HIS

Nashik -05 Page 8
A study on basics of Quantum Computing
Kaif Anisuddin Qureshi, Mr. D M Raut
Gokhale Education Society’s R. H. Sapat College of Engineering, College Road, Nashik, 422005,
India
Abstract
Quantum Computation represents an important change of paradigm, where the concept of bit
gets transformed into a quantum bit, or qubit, which affords for an enormous information
storage and processing capacity. The fact that Information is insensitive to exactly how it is
expressed and can be freely translated from one form to another, makes it an obvious candidate
for fundamentally important roles in physics, like interaction, energy, momentum and other such
abstracts. Quantum physics describe the behavior of fundamental particles like electron
and photons. Quantum computers operate by controlling the behavior of these particles but in a
way that is completely different from regular computers. They make use of Quantum-mechanical
phenomena such as superposition and entanglement to perform computation. The resulting
computation is thought to be a viable alternative for High Complexity Problems, too hard to
address in classical computation, with or without acceleration. However, the companies which
are heavily investing in this new technology such as Google, IBM, Rigetti, Intel, IonQ, and
Xanadu follow diverse technological approaches. This has led to a situation where various
methods for realizing the intended quantum functionality on a given quantum computing device
are available. This paper provides a very basic mathematical basis into the domain of Quantum
computing and describes the various physical realizations that are pursued in the current state of
field.
Keywords: Qubit, momentum, superposition, entanglement, acceleration
Use of Edge Computing In Search And Rescue
Operations: A Review
Himanshu Arvind Savargaonkara, Hemprasad Yashwant Patila
VIT Vellore, Vellore Institute of Technology, Vellore 632014, India
Abstract
Search and Rescue is an important sector, its importance is magnified by the recent increase in
natural calamities caused due to global warming. Though a lot of new technologies have been
integrated into the present Search and Rescue architecture there still are many obstacles that
reduce the efficiency of this integration. Edge computing is a branch of artificial intelligence that
aims at decentralizing the computing from a central server and taking it closer to the edge. This
article reviews the scope of implementing edge computing into a search and rescue operation. It
also notes the various problems that can be resolved using edge computing while illustrating the
present literature available on the topic. The article also identifies open research issues in the

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field and proposes a future direction for research in the application of edge computing in search
and rescue.
Keywords: Search and Rescue, Disaster Rescue, Edge Computing, AI on the Edge, Review
Graphics Processing Unit
Pranav Ahire, Dr. J.G. Joshi
Electronics and telecommunication Department,
Government Polytechnic, Nashik
Abstract
The functional purpose of a GPU then, is to provide a separate dedicated graphics resources,
including a graphics processor and memory, to relieve some of the burden off of the main system
resources, namely the Central Processing Unit, Main Memory, and the System Bus, which would
otherwise get saturated with graphical operations and I/O requests. The abstract goal of a GPU,
however, is to enable a representation of a 3D world as realistically as possible. So these GPUs
are designed to provide additional computational power that is customized specifically to
perform these 3D tasks.
Keywords: Graphics, processing
Maternal Health Prediction using Quantile
Transformation and ANN
K Uma Venkata Ravi Tejaa
, Kalla Sudarsan Harshithab
, B Pavan Venkat
Reddy bc
Hemprasad Yashwant Patild
a,b,d
School of Electronics Engineering (SENSE), Vellore Institute of technology, Tamilnadu, indiab
c
School of Mechanical sciences, IIT Bhubaneswar, India
Abstract
Maternal health is concerned with the health and well-being of women, especially during
pregnancy, childbirth, and child-rearing. This article primarily focused on data collected from
women ranging in age from 15 to 60 years old, which was normalized using quantile
transformation and polynomial feature approaches. In this paper, we used supervised and
unsupervised machine learning techniques such as Adaboosting, Random Forest, Gradient
Boosting, and Decision Tree to complete MH classification. By combining these techniques with
a combination of ANN and GridSearchCV and using the yperparameter tuning method, we
achieved a higher accuracy of 84 percent.The results strongly suggest using the SVM classifier
with the quantile transform with polynomial feature and ANN GridSearchCV for the risk factor
of maternal health.

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Keywords: Maternal Health, Gradient Boosting Classifier, Quantile Transformation, Artificial Neural Network,
Machine Learning Algorithms
Air Canvas
Suwanshini, Dr. S.P Agnihotri,
GES’s R. H. Sapat College of Engineering, Nashik, India
Abstract
This paper presents a real-time video-based pointing method that allows sketching and writing of
English text over air in front of a camera. The proposed method tracks the colored fingertip in
the video frames and Here Color Detection and tracking is used in order to achieve the objective.
The color marker is detected and a mask is produced. It includes the further steps of
morphological operations on the mask produced which are Erosion and Dilation. Erosion reduces
the impurities present in the mask and dilation further restores the eroded main mask. Writing in
the air has been one of the most fascinating and challenging research areas in the field of image
processing and pattern recognition in recent years. It contributes immensely to the advancement
of an automation process and can improve the interface between man and machine in numerous
applications. Several research works have been focusing on new techniques and methods that
would reduce the processing time while providing higher recognition accuracy. Object tracking
is considered an important task within the field of Computer Vision. The inventions of faster
computers, availability of inexpensive and good quality video cameras, and demands of
automated video analysis have given popularity to object tracking techniques. Generally, the
video analysis procedure has three major steps: firstly, detecting the object, secondly tracking its
movement from frame to frame, and lastly analyzing the behavior of that object. For object
tracking, four different issues are taken into account; selection of suitable object representation,
feature selection for tracking, objects detection, and object tracking. In the real world, Object
tracking algorithms are the primary part of different applications such as automatic surveillance,
video indexing, vehicle navigation, etc. The project takes advantage of this gap and focuses on
developing a motion-to-text converter that can potentially serve as software for intelligent
wearable devices for writing from the air. This project is a reporter of occasional gestures.
Keywords: Air Writing, Character Recognition, Object Detection, Real-Time Gesture Control System, Smart
Wearables, Computer Vision

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Early Detection of Alzheimer’s Disease Using EEG
Signals
Poorva Gosavi, Kaveri Pagar, Gourav Sase, H. H. Kulkarni
Department of Electronics and Telecommunication
GES R H Sapat College of Engineering, Vidya Nagar, Nashik 422005, India
Abstract
Alzheimer’s disease (AD) is most common disease in older adults caused of dementia. Its
preliminary stages Mild Cognitive Impairments (MCIs) are the fastest growing
neurodegenerative disorders characterized by progressive loss of cognitive function. Advance
detection of AD patients can be obtain by their Electroencephalogram (EEG) signals, which
appears to be a non-invasive and repeatable technique. EEG of AD patients shows a slowing
down of the EEG rhythm, perturbation of synchrony, and reduction in complexity. This work
aims to achieve an automatic AD patient classification using EEG signals to assist doctors or
practitioners in the right diagnosis formation. In this framework, we apply the time-frequency
analysis using Wavelet Packet Transform (WPT) on EEG signals from 12-AD patients and 11-
Healthy controlled (HC) subjects at Relatives Association of Alzheimer’s Patient’s Valladolid
(AFAVA). The statistical features extracted from each wavelet packet sub-band. Here, six
different approaches support vector machine, multi-layer perceptron neural network, k-nearest
neighbors, Random Forest, Naive Bayes, and AdaBoost based on supervised and unsupervised
machine learning classifiers have employed and compared. Experimental results revealed
accuracy, sensitivity, specificity, the area under the curve, and f1-score of 99.90%, 98.08%,
97.45%, 99.8%, and 97.42% respectively using the SVM classifier.
Keywords: Dementia; Neutral Networks; Support Vector Machine; Wavelet Packet Transform

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C) IOT
A Survey On ROS Based Robotic Arm Used For
Cooking Tasks
Mrinal Karmokar, Sawali Korde, Ruchi Chauhan
University of Mumbai, Mumbai, 400032
Abstract
In today’s busy and constantly developing world the ease of automation is always welcomed by
everyone. As cooking food is a tedious task, question arises can we automate a robotic arm for
doing various cooking task and act as an assistant for humans while cooking food. ROS is
widely used in academia as well as industry to build custom robot application in which we can
simulate and test the robotic arm without using hardware components. In ROS we use Move It
which is used for manipulation, motion planning, perception, kinematics, control and navigation;
it is basically state of the art software for robotic manipulation. Ruiz is a plug-in in Move It
which provides information of the robotic model, captures sensor information; it can display data
from camera, lasers, from 3D and 2D devices including pictures and point clouds. This research
discusses novel approach for automating a robotic arm for doing various cooking tasks. The
focus of this research is to present a survey and compare multiple approaches for automating the
robotic arm for doing various cooking tasks as an assistant in the kitchen.
Keywords: Robotics, ROS, Simulation, Gazebo, MoveIt, Rviz, Arduino Uno
Smart Auto Billing Shopping Trolley
Toshnavi Joshi, Kasturi Kolapkar, Tushar Korekar, M.S. Deole
Department of ECE, R. H. Sapat College of Engineering, Nashik, India
Abstract
Ever since the debut of wireless technology, electronic commerce has developed to such an
extent to provide convenience, comfort, and efficiency in day-to-day life. The main purpose of
this project is to provide an automated billing system using RFID. Continuous improvement is
required in the traditional billing system for betterment of experience to the customers. To
reduce this problem we introduce Advance Shopping Cart and Billing Using RFID Technique.
This type shopping cart will be attached with RFID reader, items with the RFID tags. Customer
will carry a LCD display so that they can view their own shopping items along with the price
tags. This smart method will save energy and time of customers along with resource required in
mall and cost associated with the product.
Keywords: RFID reader; RFID tag; LCD Display; ESP 8266 Wi-Fi Module

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A Review on MicroLogix Controller Based Intelligent
Traffic-Congestion Control System
Ajay Lohate, Krushna Jadhav, Ritesh Gade, Rupesh Tayde, Raj Shirbhate
Department of Electrical Engineering,
Marathwada Mitra Mandal’s College of Engineering, Karve Nager, Pune 411052, India
Abstract
In the current scenario, controlling traffic in crowded areas has now become very difficult for
the traffic police. This paper will be introducing the initial steps in the implementation of the
Intelligent Traffic Congestion Control System, based on MicroLogix Programmable Logic
Control (PLC) technology. The PLC is a device that can be used to automatically regulate
congestion problems. The system maintains a record of how many vehicles are in each lane
and uses that information to manage traffic. By using sensor and counting operation, it will
count the number of vehicles and provide prioritized signals based on their count. For
executing this concept, PLC based control system is used for monitoring and helping in
improving public transportation services.
Keywords: Traffic control, Programmable Logic Controllers, Sensor, Counter, Lamps
Gesture Controlled UAV
Manas Jakatdar, Abhishek Dixit, Sampada Raut, R. J. Shimpi
G.E.S's R.H. Sapat College of Engineering, Management Studies and Research,Nashik- 422005,
India
Abstract
UAVs have gained lot of popularity over past decade as technology has advanced and motors
have become cheaper. This has allowed them to be used in many commercial sectors such as
photography, film making, surveillance& even delivery systems. In this proposed system we
are using DJI tell drone equipped with high quality video processors & Intel Microcontroller
as Drone’s Flight control board. The aim of this project is to develop a system that uses hand
gestures as a method to control the flight using applications of Computer vision. For
programming python language is used with Pycharm as IDE. Computer vision can be used
for gesture detection and object recognition. Computer vision based methods rely on the
ability of a drone’s camera to capture surrounding images and use pattern recognition to
translate images to meaningful and/or actionable information. The proposed
framework involves a few key parts toward an ultimate action to be taken. They are: image
segregation from the video streams of front camera, creating robust and reliable image
recognition based on segregated images, and finally conversion of classified gestures into
actionable drone movement, such as takeoff, landing, hovering and so forth. For this project
we need to install DJI Tellopy & OpenCV libraries using pip installation in python.
Keywords: Gesture Detection; UAV (Unmanned Aerial Vehicle); Computer Vision; DJI Tello; Pycharm

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Social Distance Detecting Device Using Arduino For
Covid Safety
Hemangi Kulkarni, Pradnya Kapadia, Ishwari Borse, Divya Patil
Department of E&Tc, GESRHCOEM&R, Nashik 422005, India
Abstract
Today, social distancing has become a norm in any social interaction we have due to the
increasing threat of the spread of Covid-19. This project aims to help reduce the potential
spread of the disease by utilizing an ultrasonic distance sensor and Arduino (UNO). The
sensor measures the distance between itself and the object in front of it. The Arduino device
can be used in real life situations. Overall, as individuals, we need to start adapting social
distancing more and this is exactly what this device promotes through its visual and audio
aids via the buzzer and LED.
Keywords: Social Distancing; Potential Spread; Arduino; LED.
IOT Based Face Mask and Body Temperature Detection
System for COVID19
Nilam More, Yogini Kakade, Aishwarya Deore, R.J Shimpi
G.E.S's R.H. Sapat College of Engineering, Management Studies and Research,Nashik- 422005,
India.
Abstract
Due to the COVID-19 pandemic, wearing a mask is mandatory in public spaces, as properly
wearing a mask offers a maximum preventive effect against viral transmission. Body
temperature has also become an important consideration in determining whether an
individual is healthy. In this work, we design a real-time deep learning model to meet current
demand to detect the mask-wearing position and head temperature of a person before he or
she enters a public space. In this experiment, we use a deep learning object detection method
to create a mask position and head temperature detector using an Arduino and temperature
sensor. We implement an RGB camera and temperature sensor to generate input images and
capture a person’s temperature, respectively. The output of these experiments is a live video
that carries accurate information about whether a person is wearing a mask properly and what
his or her head temperature is or is it below threshold temperature or not if it is above then
door will not open and indicator Red led will blink with the beep of buzzer or if its below the
level then the door will open.
Keywords : Arduino; RFID Reader; OpenCV,Covid-19; ESP32CAM

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IoT Based Wearable Patient BPM, Oxygen and
Temperature Monitoring System
Shweta Kurhe, Bhagyashri Jagtap, Aishwarya Gawand, Rahul Shimpi
Department of Electronics and Telecommunication, R.H.Sapat Collage of Engineering,
Management Studies and Research, Nashik -422005
Abstract
Now days, healthcare are given the extreme importance by each country with the advent of
the novel corona virus. So in this aspect, an IoT based wearable health monitoring system is
the best solution for several types of testing which some people do on daily basis. Internet of
Things (IoT) is the new revolution of internet which is the growing research area especially
in the health care with the increase in use of wearable sensors and the smart phones, these
wearable health care monitoring has evolved in such a pace. IoT monitoring of health helps
in preventing the spread of disease as well as to get a proper diagnosis to the patient through
out the state, even if the doctor is at far distance. The Internet of Things (IoT) concepts have
been widely used to interconnect the available medical resources and offer smart, reliable and
effective healthcare services to patient. In this paper, a portable physiological checking
framework is displayed, which can constantly screen the patient’s heartbeat, oxygen and
temperature. We proposed a nonstop checking and control instrument to screen the patient
condition and shows the information on 0.96” OLED and simultaneously on mobile phone
using Bluetooth module by using Lily pad Arduino programming and MIT app inventor. A
wearable health monitoring system using IoT is proposed where the authorized person can
access these data stored using IoT platform and based on these values received, the diseases
are diagnosed by the doctors from a distance.
Keywords: Internet of Things (IoT), Heart Beats per Minute (BPM), Organic Light Emitting Display (OLED).

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Power Theft Identification & Sanction Load Monitoring
Using IoT
Harshada Sonawane, Ayushi Thakur, Darshana Khamkar, M.S. Deole
Gokhale Education Society's R. H. Sapat College Of Engineering & Management and Research,
Nashik, Maharashtra India
Abstract
The energy cost has been constantly increasing to produce the quality power. The
conservation and efficient management of energy has become very important to keep the
industry productive, profitable and competitive. Paper deals with identification of online theft
that prevails on distribution line. Here we check difference in total input power supplied and
sum of individual power supplied to the customers to identify theft online. Here used
microcontroller based system to detect power theft. Making the use of current transformer
and a potential transformer we can measure power at both the points and taking the difference
between the two we can say that theft has occurred or not. Also if any customer will use
excess load than that of sanction load we can give warning message. Utility companies in
India estimate that electricity theft costs them over a billion US dollars in annual revenues.
The purpose of this work is to provide an algorithm for the design of electricity theft
monitoring system which allows violators to be detected at a remote location. It begins with
the analysis of losses in electrical power systems. The bulk of these losses are caused by
electricity theft, rather than other possibilities such as poor maintenance and calculation and
accounting mistakes, though some power systems may suffer from both. Other aspects
discussed include the various forms of theft practices, methodology for detection of theft,
generating the theft case algorithm using the backtracking algorithm method and
communicating these data from the consumer premises to the substation using the existing
power lines. Appropriate conclusions and recommendations were given from the information
gather.
Keyword: Power theft detection, IOT, Electricity Board Sensor, Arduino Uno, Buzzer

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Home Automation System
Dr.A.A.Deshmukh, Mahima A Chaudhari, Kanchan G chinchore, Nidhi N
Deole
Gokhale Education Society's R. H. Sapat College Of Engineering & Management and Research,
Nashik, Maharashtra India
Abstract
While the cost of living is getting higher, there is a growing focus to involve technology in
our day to day life to make our lives smarter and easier place to live in. The main objective of
this project is to develop a home automation system using an Aurdino board with Bluetooth
being remotely controlled by Android OS smart phone. As Technology is advancing so
houses are also getting smarter day by day .Use of remote controlled switches are
implemented in modern houses. As, conventional wall switches are located in different parts
of the house, it becomes difficult for the user to go near them .It becomes more difficult for
the elderly or physically handicapped people to do so .Remote controlled home automation
system provides a most modern solution with smart phones .To demonstrate the effectiveness
of this system, in this paper we present a home automation system when Bluetooth module is
interfaced to the Aurdino board at the receiver end, while on the transmitter end a GUI
application on the cellphone sends ON/OFF commands to the receiver where loads are
connected. By touching the specified location on the GUI, the loads can be turned ON/OFF
remotely through this technology.
Keywords: Aurdino board; Bluetooth Module; Android OS; Relay
Automatic Line Following Weight Lifting Robot for
Industry
Manasi Magar, ShindeVaishnavi,Sapana Hagawane, M. P. Joshi
GES R H Sapat College Of Engineering, Vidya Nagar,Nashik 422005 , India
Abstract
Now a day’s Robots are very useful in Industries in many appliances. In some industries the
people works for weight lifting instead of robots. So we are interested to develop the Robot
which is self-operating robot. It detects and follows the path of moving as per the instructions
given by the programmer. For detection purpose we use IR sensor and the sensor output is
fed to the controller, which takes the decision and give appropriate command to motor driver
so as to move the motor accordingly.
Keywords: Line follower; transportation; object detection; Arduino

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Heartbeat Sensor Using Fingerprint Through Arduino
Dr. A. A. Deshmukh , Srushti Mali, Vishakha Ahire
Department of E&Tc, GESRHCOEM&R, Nashik 422005, India
Abstract
Heart is the most wanted part of human being to live in a world, at the same time the heart
rate analysis is increased in medical field and the heart analysis is important parameter of
human health. This method to analysis the blood pressure difference and identified the
variations of the value of blood pressure and send to the controller. The function of heart beat
is occur the whole body blood is pumping, so it depends upon the fingertip blood artery is
also change. This type of changes is identified with help of the heart beat sensor is placed in
the finger. In this paper, we have designed a Heart Rate Monitor System using Arduino and
Heartbeat Sensor. You can find the Principle of Heartbeat Sensor, working of the Heartbeat
Sensor and Arduino based Heart Rate Monitoring System using a practical heartbeat Sensor.
Keywords: arduino uno, heart beat sensor, heart rate
IoT Based Smart Agriculture Monitoring System
Sakshi Sonawanea, Abhijeet Raj, Akshata Bhamare, Dr S. P. Agnihotri
Dept of E & TC, GES R H C O E M & R, Nashik 422005,India
Abstract
We live in 21st century. The world of technology. In this age of smart things technology,
Internet-of-Things (IoT) has played a very crucial role in every field. Agriculture is no
exception. Agriculture plays vital role in the Indian economy. Internet of Things is the Smart
technology which uses a network of devices that make use of sensors, chips, software, online
connectivity, analytics and applications to bring static physical objects to life. The word
“SMART” actually refers to “Self-Monitoring, Analysis, and Reporting Technology.” IoT in
farming has enormous potential to improve the way we feed ourselves and the world. When
we use the conjunction with Agri sensors, mapping, and other smart agriculture technologies,
they can greatly increase the productivity of the farmers’ operations. For example, farmers
can monitor their crop field from anywhere using IoT devices. With the help of various
sensors, farmers can save both time and money. Thus, IoT is giving a new way to all the
farmers on how technology can positively effect on their lives.
Keywords: Internet-of-Things; Smart Things; Sensors; Self-Monitoring; Reporting Technology; Agri sensors

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Automatic Room Light Controller using Arduino Sensor
Nimbalkar Rushikesh, Pathak Swarada, Salunkhe Sakshi, and Santosh
Agnihotri
Dept of E & TC, GESRHCOEM&R, Nashik 422005,India
Abstract
In this project we will understand and perform the functioning Automatic Room Light
Controller Using Arduino and PIR Sensor can be used to turn ON and OFF the illumination
system of home / office routinely by sensing the existence of human. It can be implemented
anywhere such as ,staircase, cabins, shops, bathrooms ,garages and much more where we do
not need constant light but only when a human being is existing. With the assistance of this
system, we can save energy bills as well as power as the system will be turn OFF when there
is no human being near. This paper proposed system of Automatic room light controller using
Arduino and PIR sensor and relay module. As PIR sensor does the work of spotting human
activity and based on it the sensor will control the switching action. . So, in this mini project,
we have implemented Automatic Room Lights using Arduino and PIR Sensor.
Keywords: Arduino, PIR sensor, Relay module, room light
Smart Charging Station
Chetana Patil, Shubha Patil, Snehal Mahajan, M. P. Joshi
E&TC, Gokhale Education Society, Nashik 422101,India
Abstract
The aim of this work is to provide a solution for charging of mobile at public places. The
person who wants to charge his/her mobile has to insert a coin and connect his/her mobile
with the charger. Mobile will be charged a particular amount of time depending on the
number of coins inserted by him/her. As soon Coin Sensor detects the coin it sends a pulse to
the Microcontroller. The Microcontroller turns ON the relay(Electromechanical Switch) to
provide 230V, 50Hz signal to the charging socket and the user can charge his/her mobile
phone from the socket. The LCD (16×2) is used to display the time duration for which the
user can charge his/her mobile phone. As the total time gets lapsed, the charging will be
stopped.
Keywords: Charging of Mobile, Coin Sensor, Microcontroller, Relay, LCD

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Footstep Power Generation System Using Piezoelectric Crystal
Kalyani Satpute, Tejal Mandaokar, Jaee Joshi, M. S. Deole
Department of E&TC, R .H .Sapat College Engineering and Management Studies and Research,
Nashik, India.
Abstract
In this present era, wireless data transmission techniques are commonly is used in electronic
devices. For powering them connection needs to be made to the power supply through wires
else power maybe supplied from the batteries. Batteries require charging, replacement and
other maintenance efforts so, some alternative methods need to be developed to keep the
batteries full time charged and to avoid the need of any consumable external source to charge
the batteries. To resolve such problems, energy harvesting technique are proposed as a best
alternative. There exists number of energy harvesting techniques but mechanical energy
harvesting happens to be more prominent. This technique utilizes piezoelectricity as an
alternate energy source. The motive is the obtain a pollution free energy source and to utilize
and optimize the energy being wasted. In this work, we are going to design a setup that
contains few piezoelectric sensors that will be able to generate sufficient amount of voltage
by the application strain on them. In this project, we will use piezo crystal in the devices
which go through vibrations during their functioning. The project will be designed such that
it application will be user friendly, flexible and can be used in many applications accordingly.
Also, the output current generated will be of sufficient magnitude in order to work efficiently.
Keywords: Energy Harvesting technique, batteries, mechanical energy harvesting, piezoelectricity, piezo crystal,
pollution free.
Coin Based Mobile Charging System
Ketan kamble, Bhagyashree shirsath, Akash Vaishnav, D. M. Raut
Department of E&TC, R .H .Sapat College Engineering and Management Studies and Research,
Nashik, India.
Abstract
As we know the function of it and how it works. With the same technology used we are
going to design a project which is based on Appliances. (Fan, Socket).Coin Operated fan
Dispensing System as the name indicates it is based on COIN operation. It has been specially
designed for use on Railway station, Bus deposes, public places etc.

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Smart Heart Rate Monitor System Using Microcontroller
Sanket Shejwal, Aditi Malpure, Ashvini Suryanwanshi, Mugdha Deole
Dept of E&TC, GERHSCOEM&R, Nashik 422005, India
Abstract
This paper is about designing Smart Heart Rate Monitor System Using Microcontroller
(ATtiny85). The concept design of the system is consisted of blood pressure sensors,
microcontroller, a bluetooth module and Smartphone. The blood pressure level is measured
by a blood pressure sensor then the information is sent through a wire technology to the
microcontroller. The microcontroller gets information then processes it and calculates the
BPM. The microcontroller BPM send through a wire technology to the bluetooth module.
The Bluetooth module is already connected with mobile bluetooth through wireless
connection. Bluetooth module sends the information about BPM to mobile Bluetooth. We
will create an application that will take information though mobile Bluetooth and display it
on a mobile screen. If the blood pressure level goes below 70 and above 100, then the
application will automatically send a message to his relative.
Keywords: Blood pressure, microcontroller (attiny85), bluetooth module, mobile phone.
Automatic Hand Sanitizer Dispenser Using Embedded System
Janhavi Bhamare, Divya Gadekar, Shital Pawar, Mrs. H. H. Kulkarni
GES R H Sapat College Of Engineering Vidya Nagar, Nashik 422005, India
Abstract
The COVID-19 pandemic has radically affected life for almost everyone around the globe,
and makers are no exception. With everyone being more careful of their interactions with
humans and objects, personal hygiene has taken serious precedence over all other factors in
public space. A lot of public places have hand sanitizers for visitors, but they need to be
manually pressed. Sometimes after using hand sanitizer there is problem of leaking sanitizer
from the public placed hand sanitizer system. Hand sanitizers are usually applied by squirting
the sanitizer liquid when one presses a pump wit hone’s hand. This causes many people to
come into contact with the pump handle,[3] which increases the risk of viral transmission.
Some hand sanitizers on the market are automatically pumped. But sometimes these pumps
got discarded or got damage due to using it forcefully and the system gets collapsed.
Keywords: Design; Automatic Hand Sanitizer; Arduino Uno; Ultrasonic Sensor HC-SR04; Jumper Cables; Servo
Motor; Vero-board

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Smart Dustbin
A. G. Patil, Y. R. Sayankar, R. M. Ponde, D. M. Raut
E&TC, GES”s RHSCOE, Nashik 422005, India
Abstract
In the recent decades, urbanization has increased tremendously. Waste management has been
a crucial issue to be considered. This proposal is a way to achieve this good cause. In this
project smart dustbin is built on a microcontroller based platform Arduino Uno board which
is interfaced with the Servo motor and ultrasonic sensor.. Once these smart bins are
implemented on a large scale, by replacing our traditional bins present today, waste can be
managed efficiently as it avoids unnecessary lumping of wastes on roadside. Foul smell from
these rotten wastes that remain untreated for a long time, due to negligence of authorities and
carelessness of public may lead to long term problems. Breeding of insects and mosquitoes
can create nuisance around promoting unclean environment. This may even cause dreadful
diseases.
Keywords: Dustbin; Arduino; Servo motor; Ultrasonic sensor.
Microcontroller Based How to Make Fingerprint Door Lock
Mayuri Jire, Vishakha Saindane, Poonam Kamankar, S.M. Rakshit
Department of Electronics and Telecommunication, R.H. Sapat Collage of Engineering,
Abstract
Everyone has a fear of unauthorized person entering to their home or office without their
knowledge. The normal door can be fitted with locks which are capable of breaking with the
use of an alternate key. Alternatives to this system can be found like the password or pattern
system in the locks which again has the possibility of getting exposed and opening the lock.
So, a solution to such problems can be by combining door lock with biometrics. Biometric
verification is any means by which a person can be uniquely identified by evaluating one or
more distinguishing biological traits. Here we will use fingerprint for biometric verification
as it is one such thing which is unique to every individual and the use of fingerprint as the
key to door locks can overcome the security problem of unauthorized people trespassing to
our homes, shops, offices, etc. to a great extent as delicacy in such key is not possible. Also,
this system will not lead to problems like losing keys because we do not require carrying
keys if this system is used instead of traditional locks. So, using Arduino we will try to
implement the system with features which will increase the security level.
Keywords: Arduino Microcontroller Board, Keypad, Fingerprint Scanner, LCD Display, Magnetic Switch, Siren,
Battery/LED

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Automatic Plant Watering System
Komal Bahiram, Dhanashree Nikam, Mandar Joshi
E & T C, R. H. Sapat College of Engineering, Management Studies and Research, Nashik 422004
India
Abstract
During summers, most people are too lazy to water the plants. Watering systems ease the
burden of getting water to plants when they need it. Knowing when and how much to water is
two important aspects of watering process. To make the gardener works easily, the automatic
plant watering system is created. There have a various type using automatic watering system
that are by using sprinkler system,tube,nozzles and other. This project uses watering sp
rankle system because it can water the plants located in the pots. This project uses Arduino
board, which consists of ATmega328 Microcontroller. It is programmed in such a way that it
will sense the moisture level of the plants and supply the water if required. This type of
system is often used for general plant care as part of caring for small and large gardens.
Normally, the plants need to be watered twice daily, morning and evening. So, the
microcontroller has to be coded to water the plants in the greenhouse about two times per
day. People enjoy plants, their benefits and the feeling related to nurturing them. However for
most people it becomes challenging to keep them healthy and alive.
Keywords: Arduino UNO, Sensor, LCD Display, Water pump, Motor
Face Mask and Temperature Detector
Ashish Bagul, Rohit Gaikwad, Yadnesh Maharshi, P. D. Lokhande
Dept of E & TC, GESRHCOEM&R, Nashik 422005, India
Abstract
From the last two years, Corona virus disease (COVID-19) is spreading all over the world. It
is an infectious disease caused by SARS-COV-2 virus. It can affect any person who comes in
contact of the virus, so it is very necessary to take all the precautions. It is very important to
take care at public places where large number of people gathers. Checking temperature of
each and every person and to detect whether the person is wearing a face mask or not is a
very difficult task. To make this easy, we need to take help of new technology using
embedded system. Embedded systems are computer based systems that have to perform a
particular function. During this COVID time, we have to follow all the guidelines strictly.
Using face recognition system in identifying face mask will be helpful for all of us will
prevent us from the contact of virus.
Keywords: Embedded Systems; Face Recognition System; Arduino Uno; Temperature Sensor

Nashik -05 Page 24
Implementation of Locker Using IOT
Datir Pratik, Pagar Devyani, Karate Rutuja
Department of Electronics and Telecommunication,
Maratha Vidya Prasarak Samaj's Karmaveer Baburao Ganpatrao Thakare College of
Engineering, Nashik.
Abstract
Recently, the use of Internet of Things (IOT) technology in all aspects of life has increased,
and the most important areas that have been affected by this development are locks, security
systems, and remote-control technologies. In today’s world, security becomes a very
important issue. We are always concerned about the security of our valuables. In this project,
we propose Digital security Locker based on an IOT, which provides security, authenticity
and user friendly mechanism. Based on the clouded and bluetooth technique can be
controlled remotely using a user friendly portable device. To design the interfaces that help to
enhance security and convenience.
Keywords: Hc05 Bluetooth, Node MCU ESP8266, Firebase cloud, Relay, Latch lock
IOT Based Server Room Monitoring System
Shirsale Bhavana, Aher Vaishnavi, Avhad Pradnya, S.M.Rakshit
GES R H Sapat College Of Engineering, Vidya Nagar, Nashik 422005, India
Abstract
In Monitoring Temperature and humidity for Server Room is a system based an IoT, which
provides information while regulating temperature and humidity inside the server room.
There are various types of sensors in the prototype, using all parameters of temperature and
humidity that can be measured. This system can be used to monitor the temperature or
humidity of a particular room or place. The proposed system continuously sends data to the
cloud to monitor data from anywhere. For direct monitoring and regulation, the system is
equipped with features to provide notifications to users through the telegram application
dynamically. The prototype brain is a Raspberry and Arduino module. Temperature and
Humidity Sensor (DHT11) are connected to Raspberry. Every time these values exceed the
threshold selected for each notification given to the user via the telegram application by
utilizing the telegram API. Based on the notification, the user can remotely set the room
temperature by giving an order via the telegram application. The Proposed System effectively
monitors and dynamically controls commands via telegram applications or through web
server applications.
Keywords: Arduino, DHT11, PIR Sensor

Nashik -05 Page 25
Smart Road Cleaner
Sonawane Vaishnavi Ravindra, S.M.Rakshit
Department of E&TC, GERHCOEM&R, Nashik 422005, India
Abstract
Smart road cleaner is an automatic system which provides floor cleaning service for road and
big areas like malls, hospital, bus stands, schools and colleges, etc. with vacuum
arrangement, reducing human labor. With the advanced of technology, automation is getting
more attention of researches to make life of mankind comfortable. This project presents the
design, development and fabrication of prototype smart road cleaner with GPS enabled
system, GUI (Graphical User Interfacing with mobile), live tracking, line follower system
and camera enabled system. This operates autonomous mode with additional features like dirt
container with air vacuum mechanism. This work is very useful in improving life style of
mankind. The basic advantage is basically as a smart road cleaner it eliminates human error
and provides cleaning activity with much more efficiency. Also due to manual labour
involved this is time consuming and irritating to clean the floor, it may also effect on human
health. This is where the smart read cleaner comes as an advantage.
Google Assistant Based Home Automation
Bharambe Akash, Deshmukh Tejas, Dube Akanksha, R . J. Shimpi
GES R H Sapat College of Engineering, Vidya Nagar, Nashik 422005, India
Abstract
The idea behind Google assistant-controlled Home automation is to control home devices
with voice. In this project, the Google assistant and alexa requires voice commands. Adafruit
account which is a cloud based free IoT web server used to create virtual switches, is linking
to IFTTT website abbreviated as “If This Than That” which is used to create if else
conditional statements. The voice commands for Google assistant have been added through
IFTTT website. In this home automation, as the user gives commands to the Google assistant,
Home appliances like Bulb, Fan and Motor etc., can be controlled accordingly. The
commands given through the Google assistant are decoded and then sent to the
microcontroller, the microcontroller in turn control the relays connected to it. The device
connected to the respective relay can be turned On or OFF as per the users request to the
Google Assistant. The microcontroller used is Node MCU(ESP8266) and the communication
between the microcontroller and the application is established via Wi-Fi.

Nashik -05 Page 26
Automatic Light On/Off Using PIR Sensor
Tejaswini Patil, Sakshi Ekka, Harshada Bagad, D. M. Raut
G.E.S's R.H. Sapat College of Engineering, Management Studies and Research, Nashik- 422005,
India.
Abstract
This paper presents the automatic lights ON OFF using PIR sensor. Often there is large number
of electricity usage in many places, unwanted lights on, working of cooling fans continuously
this leads to the wastage of electricity. If the electricity is saved automatically the money will be
saved. The PIR (Passive infrared sensor) is a round metal with a rectangular crystal in center
which detects the different levels (i.e. 0 & 1).This sensor detects the human with this the lights
gets ON or OFF. Components used in this system are power supply, PIR sensor, Relay. This
system helps in saving the electricity.
Keywords: PIR (passive infrared sensor), relay
Microcontroller Based Liquid Dispensing System
Sanskruti Shejwal, Payal Waje, Rahul Shimpi
Department of Electronics and Telecommunication, R. H. Sapat Collage of Engineering,
Abstract
A liquid dispenser is a system or a machine which is designed and capable of responding to an
instruction or request made by the user in other to dispense a particular liquid. This paper
developed a liquid dispenser leveraging microcontroller technology with added features that
eliminates manual operation of the dispenser’s pumps. This is achieved by the use of cup sensor
in the control unit that automatically detects the presence of cups or other container. It also solve
the issue of overflow of fluid due to loss of concentration by the introduction of electronic
keypad which enables the users to input their desired quantity.
Keywords: Microcontroller, Dispenser system, relay, LCD, DC Pump

Nashik -05 Page 27
Campus Recruitment System
Devendra Mule, Neha Suryawanshi, Purva Sonar, D. M. Raut
Gokhale Education Society's R. H. Sapat College of Engineering, Management Studies and
Research, College Road, Nashik 422 005, India
Abstract
Online Training and Placement system automates activities of Training and placement cell and
places the best coordination between students. It provides the student community to use
collective intelligence to increase the selection ratio and eases out the process of creation of
management information automatically. Online Training and Placement focuses on the
automation of the placement cell. Authorizing the CV, communicating about the various job
openings to the student community, managing the corporate relationship for inviting them for the
placements as well as other activities, monitoring the progress of the selection process and
communicating with different users.
Keywords: CV, Coordination, Authentication, SecureSMS Integration
Vehicle Accident Detection & Alert System
Sagar Kulkarni, Neha Rote, Pranjal Zunjarrao, P. D. Lokhande
Gokhale Education Society's R. H. Sapat College of Engineering, Management Studies and
Research, College Road, Nashik 422 005, India
Abstract
Atmega Based Vehicle Accident Alert System using GPS, GSM and Accelerometer. Crash
sensor detects the impact on car and GSM module send the alert message on your Mobile Phone
with the location of the accident. The advancing technology has made our day to day lives easier.
Since every coin has two sides similarly technology has its benefits as well as its disadvantages.
The rise in technology has increased the rate of road accidents which causes huge loss of life.
The poor emergency facilities available in our country just add to this problem. Our project is
going to provide a solution to this problem.
Keywords: Arduino, GSM, GPS, Crash Sensor, Flame Sensor

Nashik -05 Page 28
Automated Railway Gate Controlling System
Shinde Jivan Manohar, Jogi Pratik Vishwas, Mr. K.V. Karad
E&TC, Gokhale Education Society,Nashik and 422101,India
Abstract
The objective of this paper is to provide an automatic railway gate at a level Crossing
replacing the gates operated by the gatekeeper. It deals with two things. Firstly, it Deals with
the reduction of time for which the gate is being kept closed, and secondly, to Provide safety
to the road users by reducing the accidents. By the presently existing system Once the train
leaves the station the stationmaster informs the gatekeeper about the arrival of the train
through the telephone. Once the gatekeeper receives the information, the closes the Gate
depending on the timing at which the train arrives. Hence, if the train is late due to certain
Reasons, then gate remain closed for a long time causing traffic near the gates. By employing
the automatic railway gate control at the level crossing the arrival of the train is detected by
the sensor placed near to the gate. Hence, the time for which it is closed is less compared to
the manually operated gates and also reduces the human labor. This type of gates can be
employed in an unmanned level crossing where the chances of accidents are higher and
Reliable operation is required. Since, the operation is automatic; error due to manual
operation Is prevented. Automatic railway gate control is highly economical microcontroller
based Arrangement, designed for use in almost all the unmanned level crossings in the
country.
Keywords: Railway gate; level crossing; unmaned; gate; microcontroller
IOT based Temperature Maintaining System for Dehydration of
Foods and Fruits
Madhuri Gaikwad, Jui Kulkarni, Sanjivani Patil , Mrs. A. A.
Deshmukh
GES R H Sapat College Of Engineering, Vidya Nagar, Nashik 422005, India
Abstract
Fruits and vegetables are dried to enhance storage stability, minimize packaging requirement
and reduce transport weight. Preservation of fruits and vegetables through drying based on
sun and solar drying techniques which cause poor quality and product contamination. ).
Keeping the product fresh is the best way to maintain its nutritional value, but most storage
techniques require low temperatures, which are difficult to maintain throughout the
distribution chain. On the other hand, drying is a suitable alternative for post harvest
management especially in countries like India where exist poorly established low temperature
distribution and handling facilities. Energy consumption and quality of dried products are
critical parameters in the selection of drying process. An optimum drying system for the
preparation of quality dehydrated products is cost effective as it shortens the drying time and
cause minimum damage to the product. To reduce the energy utilization and operational cost

Nashik -05 Page 29
new dimensions came up in drying techniques. Among the technologies osmotic dehydration,
vacuum drying, freeze drying, superheated steam drying, heat pump drying and spray drying
have great scope for the production of quality dried products and powders.
Keywords: Superheated steam drying, Heat pump, drying fruits, vegetable dehydration freez.
Battery Blast Protection and Alert System for
Electric Vehicles
Yash Jawale, Ghansham Khairnar, Dinesh Kothavade,
Anita A. Deshmukh
Department of Electronics &Telecommunication, Gokhale Education Society’s R. H. Sapat
College Of Engineering, Nashik - 422005, India
Abstract
Different types of electric vehicles (EVs) have been recently designed with the aim of solving
pollution problems caused by the emission of gasoline-powered engines. Environmental
problems promote the adoption of new-generation electric vehicles for urban transportation.
In the past five years, there have been numerous cases of Li-ion battery fires and explosions,
resulting in property damage and bodily injuries. This paper discusses the battery blast
protection and prevention (alert system) method. The paper then overviews measures for
extinguishing fires, and concludes with a set of recommendations for future research and
development.
Keywords: Battery, Energy Storage, Lithium Battery, Safety, Short Circuit
IOT Based Fire Fighting Robot
Atharva Tambat,Akshay Kotkar,Sushant Patil, P.D. Lokhande
G.E.S’s R.H. Sapat Collage of Engineering, Management Studies and Research, Nashik-422005,
india
Abstract
Fire incident is a disaster that can potentially cause the loss of life, property damage and
permanent disability to the affected victim. They can also suffer from prolonged
psychological and trauma. Fire fighters are primarily tasked to handle fire incidents, but they
are often exposed to higher risks when extinguishing fire, especially in hazardous
environments such as in nuclear power plant, petroleum refineries and gas tanks. They are
also faced with other difficulties, particularly if fire occurs in narrow and restricted places, as
it is necessary to explore the ruins of buildings and obstacles to extinguish the fire and save
the victim. With high barriers and risks in fire extinguishment operations, technological
innovations can be utilized to assist firefighting. Therefore, this project presents the
development of a firefighting robot that can extinguish fire without the need for fire fighters
to be exposed to unnecessary danger. robot is designed to be flexible in operation compared
to other conventional fire-fighting robot in order to ease small location entry for deeper reach

Nashik -05 Page 30
of extinguishing fire in narrow space. This resulted in robot demonstrating capabilities of
identifying fire locations automatically and ability to extinguish fire remotely at particular
distance. Robot is programmed to find the fire location and stop at maximum distance from
the fire. A human operator can monitor the robot by using IOT Server which connects to a
smart phone or remote devices.
Keywords: Fire Fighting Robot, Flame sensor, Smoke sensor, Temperature sensor, Lora model

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