Embedded-Latest Titles
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Objective
TEMBMA3448
Design and Development of an Automated
Hydroponics System based on IoT with Data
Logging
(Domains / IOT)
The main objective of this project is
to design and develop an automated
hydroponics system using IoT
technology, incorporating data
logging for efficient and controlled
cultivation practices
TEMBMA3447
MilkSafe: A Hardware-Enabled Milk Quality
Prediction using Machine Learning
(Domains / Embedded applications)
The main objective of this project is
to develop MilkSafe, a system that
predicts milk quality through
hardware-enabled data collection.
By integrating sensors, the project
aims to ensure accurate and timely
assessment of milk quality.
TEMBMA3446
The main objective of this project is
to implement optimized home
electricity management through
Optimised Home Electricity Management using
sensor-based solutions. By utilizing
Machine Learning
sensors for data collection and
(Domains / Electrical)
analysis, the project aims to
enhance energy efficiency and
consumption patterns.
TEMBMA3445
Real Time Monitoring of Forest Fires and
Wildfire Spread Prediction
(Domains / Embedded applications)
The main objective of this project is
to develop a system for monitoring
of forest fires and wildfire spread
using sensor-based technologies
Toward Autonomous Farming—A Novel
Scheme Based on Learning to Prediction and
Optimization for Smart Greenhouse
Environment Control
(Domains / Embedded applications)
The main objective of this project is
to establish an innovative approach
for autonomous farming by
leveraging sensor data and
optimization techniques to achieve
intelligent control of the greenhouse
environment in a smart and efficient
manner.
TEMBMA3443
Smart Weather Station using Development
Boards for Environmental Applications
(Domains / Embedded applications)
The main objective of this project is
to develop a smart weather station
for environmental applications,
utilizing development boards to
collect and analyze weather data
efficiently
TEMBMA3442
Vehicle Anti-theft Face Recognition System,
Speed Control and Obstacle Detection using
Raspberry Pi
(Domains / Embedded applications)
The main objective of this project is
to create a comprehensive vehicle
anti-theft solution incorporating face
recognition, speed control, and
obstacle detection, all facilitated by
Raspberry Pi technology
TEMBMA3441
AI Enabled Smart Campus for Health Safety
and Monitoring
(Domains / OpenCV)
The main objective of this project is
to enhance health safety and
monitoring within smart campus by
implementing an accurate face
TEMBMA3444
( Page 1 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Latest Titles
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Project Code
Project Name
Objective
mask detection system using an
MLX90614 sensor and camera
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TEMBMA3440
Automatic Fall Detection system for patients
with Parkinson's disease
(Domains / Biomedical)
The main objective of this project is
to develop an automatic fall
detection system for patients with
Parkinson's disease
TEMBMA3439
Automatic Seat Identification System in Smart
Transport using IoT and Image Processing
(Domains / IOT)
The main objective of this project is
to create an automatic seat
identification system in smart
transport utilizing IoT and image
processing techniques
Cloud Controlled Home Safety and
Management Solution for Equipment
Automation via Internet
(Domains / IOT)
The main objective of this project is
to develop a cloud-controlled home
safety and management solution
that enables equipment automation
through the Internet, enhancing
convenience and security for
homeowners
TEMBMA3438
The main objective of this project is
to design a drowsiness and yawning
detection system using OpenCV.
This system will leverage OpenCV's
computer vision capabilities to
detect signs of driver fatigue, such
as drowsiness and yawning, and
trigger timely alerts
TEMBMA3437
Design of Drowsiness and Yawning Detection
System
(Domains / OpenCV)
TEMBMA3436
Development of Automated Nutrient
Composition Control for Fertigation System
Using IoT Application
(Domains / IOT)
The main objective of this project is
to create an automated nutrient
composition control for a fertigation
system using IoT application
TEMBMA3435
Embedded based Smart Accident Pre-Alert
and Prevention System with Machine Learning
(Domains / Machine Learning)
The main objective of this project is
to develop an embedded-based
smart accident pre-alert and
prevention system using machine
learning
E-medicine: Health Care Monitoring System
based on IoMT
(Domains / Biomedical)
The main aim of this project is to
establish an E-medicine healthcare
monitoring system based on IoMT,
aiming to revolutionize patient care
through remote monitoring and
data-driven medical insights
Enhancement of Agriculture Productivity and
Automation of Agriculture using IoT
(Domains / IOT)
The main objective of this project is
to enhance agricultural productivity
and efficiency through the
implementation of IoT-based
automation, thereby revolutionizing
traditional farming practices for
TEMBMA3434
TEMBMA3433
( Page 2 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Latest Titles
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Objective
optimal resource utilization and
remote monitoring
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TEMBMA3432
The objective of this project is to
design and implement a Smart
Tele-Healthcare System that
A Smart Tele-Healthcare System for Real-Time enables real-time health monitoring
Health Monitoring and Remote Consultation
and remote consultation, utilizing
(Domains / Biomedical)
advanced technologies to provide
timely medical insights and expert
advice for improved patient care and
health outcomes
Development of an IoT Based Photovoltaic
Monitoring System Using Hybrid Modeling
(Domains / IOT)
The objective of this project is to
create an IoT-based Photovoltaic
Monitoring System that employs
hybrid modeling techniques, aiming
to enhance the efficiency and
performance of photovoltaic
systems through real-time data
collection
Design and Implementation of a Smart Electric
Fence Built on Solar with an Automatic
Irrigation System
(Domains / Embedded applications)
The objective of this project is to
develop and deploy a Smart Electric
Fence powered by solar energy,
equipped with an automatic
irrigation system, to provide
effective security against intruders
while simultaneously ensuring
sustainable irrigation for enhanced
land management and resource
utilization
Dam Management and Disaster Monitoring
System using IoT
(Domains / IOT)
The objective of this project is to
implement a Dam Management and
Disaster Monitoring System using
IoT (Internet of Things) technology,
with the goal of ensuring efficient
dam operation, early detection of
potential disasters, and effective
mitigation strategies
TEMBMA3428
Blind Navigation Support System using
Raspberry Pi & YOLO
(Domains / OpenCV)
The objective of this project is to
create a Blind Navigation Support
System utilizing Raspberry Pi and
YOLO (You Only Look Once)
technology, aiming to enhance the
independence and safety of visually
impaired individuals in indoor and
outdoor environments.
TEMBMA3427
The objective of this project is to
Monitoring Toxic Gases Using Nanotechnology develop a highly efficient system for
and Wireless Sensor Networks
monitoring toxic gases through
(Domains / WSN)
wireless sensor networks, ensuring
timely detection and mitigation of
TEMBMA3431
TEMBMA3430
TEMBMA3429
( Page 3 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Latest Titles
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Objective
potential hazards
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TEMBMA3421
Automatic Billing Trolley for an Enhanced
Supermarket using RFID
(Domains / Embedded applications)
The main objective of this project is
to develop an automatic billing
trolley system for better operations
using RFID technology, enabling
automated billing for improving
customer experience
TEMBMA3420
IoT Based Heart attack Detection and Heart
Rate Monitoring System
(Domains / Biomedical)
The main objective of this project is
to detect heart beat values and
uploading them to server for
monitoring and generating alerts
accordingly
IoT Based Remote Surveillance For Animal
Tracking Near Railway Tracks
(Domains / Embedded applications)
The main objective of this project is
to develop an IoT-based remote
surveillance system for animal
tracking near railway tracks, using
sensors, connectivity, and
monitoring to detect and track
animals for their safety, prevent
accidents, and improve wildlife
conservation
Arduino based Smart Water Management
System for Water Loss Reduction
(Domains / Embedded applications)
The main objective of this project is
to create an Arduino-based smart
water management system to
minimize water loss, incorporating
sensors, and automated control for
efficient water usage and leak
detection
TEMBMA3417
Automatic Industrial Fault Detection and IoT
based Remote Monitoring
(Domains / Electrical)
The main objective of this project is
to design an automatic industrial
fault detection system with
IoT-based remote monitoring
capabilities, enabling identification
of faults and monitoring of industrial
processes for improved efficiency
and maintenance.
TEMBMA3416
The main objective of this project is
to develop an IoT-based system to
Artificial Intelligence and IoT based detection of
detect pesticide presence in organic
pesticide in organic fruits and vegetables
fruits and vegetables through gas
(Domains / Embedded applications)
sensor to provide safety and quality
of agricultural products
TEMBMA3419
TEMBMA3418
TEMBMA3415
Women Safety Night Patrolling IoT Robot
(Domains / Robotics)
( Page 4 )
Website: www.takeoffprojects.com
The main objective of this project is
to create an IoT-based robot for
night patrolling for women's safety,
incorporating sensors and
communication to detect and
respond to threats, which may
solution for ensuring security in
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Latest Titles
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urban environments
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Design For Dust Cleaning Robot Using
Embedded System
(Domains / Robotics)
The main objective of this project is
to design an embedded system for a
dust cleaning robot, to improve
cleanliness with reduced manual
effort.
Development of IOT Enambled Framework for
LPG leakage detection and weight monitoring
system
(Domains / Embedded applications)
The main objective of this project is
to develop an IoT system for LPG
leakage detection and weight
monitoring system, utilizing sensors
to detect gas leaks and monitor the
weight of LPG cylinders, so that we
can provide safety and alerts for
appropriate action.
TEMBMA3426
Smart City Waste Management System using
IOT
(Domains / IOT)
The main objective of this project is
to implement a smart city waste
management system using IoT
technology, integrating sensors and
monitoring to optimize waste
collection, reduce environmental
impact, and promote sustainable
waste management practices in
urban areas.
TEMBMA3425
Automatic Panel Board with Protection System
in Agri-Irrigation
(Domains / Embedded applications)
The main objective of this project is
to monitor agriculture parameters
and to control respective motors
from a server which improves
operations of farmers
Design and Implementation of a Google
Assistant Home Automation System
(Domains / WSN)
The main objective of this project is
to design and implement a home
automation system that integrates
with Google Assistant, enabling
voice-controlled management of
various devices like bulb and cpu
fan
TEMBMA3423
Empowering Women’s Safety with smart IoT
Technology: A Robust Protection System
(Domains / IOT)
The main objective of this project is
to Implement protection system
using smart IoT technology to
empower women's safety, utilizing
sensors, monitoring, and alert
mechanisms for effective security
and creating a safer environment
TEMBMA3422
The main objective of this project is
to create vehicle security system
A Novel Vehicle Security System using Driver's that employs driver's license and
License and Fingerprint Automation
fingerprint automation, utilizing
(Domains / Embedded applications)
biometric authentication technology
to enhance vehicle security, prevent
unauthorized access, and ensure
TEMBMA3414
TEMBMA3413
TEMBMA3424
( Page 5 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Latest Titles
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Project Name
Objective
the safety of vehicles and their
owners
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Design and Implementation of IoT based
Energy Efficient Smart Metering System for
Domestic Applications
(Domains / Electrical)
The main objective of this project is
to enable monitoring of energy
consumption for optimal energy
usage
TEMBMA3411
Building a Smart City: A Conceptual Approach
to Real-Time Urban Flood Control System
(Domains / Embedded applications)
The main objective of this project is
to implement a conceptual approach
for building a smart city with urban
flood control system, utilizing
technologies such as IoT and
predictive modeling to effectively
monitor and manage flood-prone
areas, ensuring the safety of
residents and minimizing
infrastructure damage
TEMBMA3410
Arduino Employed Power Theft Controller and
IoTbased Load Controlling for Smart Energy
Meter System
(Domains / Electrical)
The main objective of this project is
to measure currents at load using
Energy meter and if it increases
threshold current then we say that
power theft occured
Analysis of Soil Nutrients and Water Levels
Using Internet of Things (IoT) for Different
Land Use Options
(Domains / IOT)
The main objective of this project is
to check soil parameters and water
levels using IoT technology for
various land use so that it will be
useful for land management
practices, increases resource
utilization
An Iot-Based Covid Patient Health Control
System
(Domains / Biomedical)
The main objective of this project is
to develop an IoT-based COVID
patient health control system to
remotely monitor health data,
reducing the risk of viral
transmission
TEMBMA3407
An IoT based Cost Effective Intelligent
Irrigation System for Farmers
(Domains / IOT)
The main objective of this project is
to design and implement a
cost-effective IoT-based intelligent
irrigation system for farmers,
enabling efficient water usage by
integrating real-time environmental
data, soil moisture monitoring, and
automated control, thereby
enhancing crop yield while
minimizing water wastage and costs
TEMBMA3406
Development of An Automated IoT-based Fish
Tank Maintenance Assistive System
(Domains / IOT)
The main objective of this project is
to develop an automated IoT-based
fish tank maintenance system for
optimal water quality, temperature
control, and feeding
TEMBMA3412
TEMBMA3409
TEMBMA3408
( Page 6 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Latest Titles
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IoT Based IV Pole Monitoring System
(Domains / IOT)
The main objective of this project is
to design and implement an
IoT-based IV pole monitoring system
to enhance patient safety and
healthcare efficiency by remotely
monitoring IV fluid levels and
providing alerts for timely
interventions.
IoT-Based Automatic Shed System to Prevent
Unwanted Rain for Growing Crops
(Domains / IOT)
The main objective of this project is
to create an IoT-based automatic
shed system to protect growing
crops from unwanted rain,
optimizing agricultural conditions
and ensuring the optimal growth and
health of the plants
IoT-Based Digital LPG Gas Cylinder Trolley to
Prevent Hazards with Voice-Controlled
Features
(Domains / IOT)
The main objective of this project is
to develop an IoT-based digital LPG
gas cylinder trolley with
voice-controlled features to enhance
safety measures, prevent hazards,
and ensure efficient handling of gas
cylinders.
IoT-Based Navigation Assistance for Visually
Impaired People
(Domains / IOT)
The main objective of this project is
to create an IoT-based navigation
assistance system specifically for
visually impaired individuals,
providing them with guidance to
enhance their mobility and
independence
TEMBMA3401
IoT-Based Non-Intrusive Automated Driver
Drowsiness Monitoring Framework for
Logistics and Public Transport Applications to
Enhance Road Safety
(Domains / IOT)
The main objective of this project is
to design and implement an
IoT-based automated driver
drowsiness monitoring framework
for logistics and public transport
applications, aimed at enhancing
road safety through non-intrusive
monitoring and timely alerts
TEMBMA3400
The main objective of this project is
to develop an IoT-based system for
Monitoring and Warning of Flooding Conditions
monitoring and providing timely
Using IoT Based System
warnings for flooding conditions,
(Domains / IOT)
ensuring proactive response and
mitigation measures
TEMBMA3399
The main objective of this project is
to optimize solar panel performance
Smart Temperature-dependent Cooling of Solar
and lifespan by implementing a
Panel using Arduino
smart temperature-dependent
(Domains / Renewable)
cooling system using Arduino for
efficient heat regulation
TEMBMA3405
TEMBMA3404
TEMBMA3403
TEMBMA3402
( Page 7 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Latest Titles
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Project Name
Objective
51
TEMBMA3398
Yolo Based License Plate Detection Of Triple
Riders And Violators
(Others / Embedded with Matlab)
The main objective of this project is
to detect number plate and violation
detection for triple riders
52
TEMBMA3397
IoT based Industrial Automation for Various
Load using ATmega328p Microcontroller
(Domains / Industrial Automation)
The main objective of this project is
to control appliances in Industry
through Online
53
TEMBMA3395
Face Recognition Door Lock System Using
Raspberry Pi
(Domains / Deep Learning)
The main objective of this project is
to unlock door if face is Authorised
54
TEMBPG925
Face Recognition Door Lock System Using
Raspberry Pi
(Domains / Deep Learning)
The main objective of this project is
to unlock door if face is Authorised
TEMBMA3386
Arduino Based Visible Light Communications
Between Two Devices Using Li-Fi Technology
(Domains / WSN)
The main objective of this project is
to transfer data from one PC to
another PC by using Li-Fi
Technology
56
TEMBMA3385
Arduino based Smart System for Control and
Effective Billing
(Domains / WSN)
The main objective of this project is
to generate bill and to control home
appliances accordingly through
Bluetooth itself
57
TEMBMA3384
Arduino Based Maritime Border Alert System
For Fisherman
(Domains / Embedded applications)
The main objective of this project is
to alert fisherman about border
crossing using GPS
TEMBMA3387
Design and Implementation of Intelligent
Dustbin with Garbage Gas Detection for
Hygienic Environment based on IOT
(Domains / IOT)
The main objective of this project is
to monitor the gases in the Dustbin
and to count successive drops of
waste
59
TEMBMA3383
People Detecting and Counting System
(Domains / OpenCV)
The main objective of this project is
to detect person and counting
people using Python supported
processor
60
TEMBMI2246
Design of an Emergency Escape Chute
The main objective of this project is
to design a lift based escape chute
in Emergency
Advanced Agriculture Machinery for Balancing
soil nutrients
The main objective of this project is
to provide necessary nutrients like
Nitrogen, Phosphorus and
Potassium with water for balancing
Soil nutrients
Towards Real-Time Public Health: A Novel
Mobile Health Monitoring System
(Domains / Biomedical)
The main objective of this project is
to monitor health parameters like
Heart beat, Oxygen levels, Body
Temperature for each patient and
uploading corresponding to data to
server
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TEMBMI2245
TEMBMA3382
( Page 8 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Latest Titles
S.No
Project Code
Project Name
Objective
TEMBMA3379
Solar Based E-Uniform for Soldiers
(Domains / Embedded applications)
The main objective of this project is
to maintain constant health
parameter by representing through
Cooling fan and peltier module
TEMBMA3378
Inernet of Things-based Photovoltaics
Parameter Monitoring System Using
NodeMCU
(Domains / Embedded applications)
The main objective of this project is
to get the values of parameters and
uploading through the web server
TEMBMA3376
Automatic Pet Feeding System Using Google
Assistant and Node MCU
(Domains / Embedded applications)
The main objective of this project is
to create a system for feeding pet
with Google Assistant with Node
MCU controller
TEMBMA3364
Vision Based Parking Occupation Detecting
With Embedded AI Processor
(Domains / Arduino+Python)
The main objective of this project is
to detect the parking slot availability
using Camera and Processor
through Python
TEMBMA3375
Monitoring Social Distancing and Crowd
Through Camera for Preventing Reducing
COVID Spread
(Domains / Arduino+Python)
The main objective of this project is
to detect whether crowd is
maintaining social distance or not
through Camera
TEMBMA3373
Smart Device for Blind People
(Domains / Arduino+Python)
The main objective of this project is
to know the object infront of blind
person by object detection and to
send location of person when feels
panic
TEMBMA3371
Real Time Application For Vehicle Anti-Theft
Detection And Protection With Shock Using
Facial Recognition And Mail Notification
(Domains / Arduino+Python)
The main objective of this project is
to protect the vehicles from thieves
by using face recognition and sends
the alerts through mail along with
Shock Mechanism if someone trying
to steal the vehicle.
TEMBMA3368
IOT Based Baby Monitoring System for Smart
Cradle
(Domains / Arduino+Python)
The main objective of this project is
to monitor baby when dear ones are
far away form baby and to swing
cradle if baby is crying using DC
motor
TEMBMA3366
Smart Security System For Suspicious Activity
Detection In Volatile Areas
(Domains / Arduino+Python)
The main objective of this project is
to provide security by sending
captured video to mail when any
suspicious activity happened in
volatile areas
72
TEMBMA3365
Machine Learning Based Smart Home For
Differently Abled People
(Domains / Arduino+Python)
The main objective of this project is
to control home appliances without
any physical challenge which will be
helpful for differenty abled people
73
TEMBMA3363
Seat Belt Alarm and Controlling of Vehicle
The main objective of this project is
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( Page 9 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Latest Titles
S.No
Project Name
Objective
(Domains / Arduino+Python)
to alert driver about Seat belt and
controlling vehicle accordingly
TEMBMA3362
Automatic Intruder Detection and Alerting
System Via Mail
(Domains / Arduino+Python)
The main objective of this project is
to detect the intruder and alert the
owner by sending mail
TEMBMA3356
A Smart Access Control for Restricted
Buildings Using Vehicle Number Plates
Recognition System
(Domains / Arduino+Python)
The main objective of this project is
to allow the vehicles whose vehicle
numbers are authorised only
TEMBMA3357
Driver Drowsiness Detection
(Domains / Arduino+Python)
The main objective of this project is
to detect whether driver is drowsy or
not by interfacing camera with
Python installed in PC
TEMBMA3358
Smart Door Unlocking System with Face
Recognition
(Domains / Arduino+Python)
The main objective of this project is
to unlock the door if face is
recognised, otherwise door will not
be opened
TEMBMA3359
The main objective of this project is
Monitoring the Movements of Wild Animals and
to monitor movements of objects
Alert System Using Deep Learning Algorithm
using YOLO algorithm and gives
(Domains / Arduino+Python)
alert when wild animal is detected
TEMBMA3361
Covid Disinfectant Tunnel Using Face mask
Detection & Temperature Monitoring
(Domains / Arduino+Python)
The main objective of this project is
to detect face mask and monitor
temperature for preventing from
COVID infection
TEMBMA3355
Prevention of Mobile Usage while Boarding
and De-boarding through Bus Alert System
(Controllers / Arduino)
The main objective of this project is
to prevent a mobile usage of a
driver while he is in driving by
detecting a person and mobile
through Camera
81
TEMBMA3354
An Emergency Message and Call System for
People with Epilepsy
(Domains / Embedded applications)
The main objective of this project is
to send an immediate call and
message which is useful for
Epilepsy people
82
TEMBMA3353
Real-time Alert System for Auxiliary
Transformer Failures
(Domains / Electrical)
The main objective of this project is
to give alert for failure of
Transformer by overloading issues
83
TEMBMA3352
Microcontroller Application in Feeding Fish
Using an Android Mobile
(Domains / WSN)
The main objective of this project is
to feed fish by using commands
form Mobile
84
TEMBMA3351
Internet of Things based Smart Flood
forecasting and Early Warning System
(Domains / Embedded applications)
The main objective of this project is
to alert when rain detects, flood
detects and warn if they cross
threshold values
85
TEMBMA3350
Farm Animal Location Tracking System Using
The main objective of this project is
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80
Project Code
( Page 10 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Latest Titles
S.No
Project Code
Project Name
Objective
Arduino and GPS Module
(Domains / Embedded applications)
to locate farm animals and track
them using GPS module
86
TEMBMA3349
The main objective of this project is
Design and Development of Robotic Vehicle for to develop a Robotic vehicle which
Isolation Ward
can measure health parameters so
(Domains / Robotics)
that it will be useful for Isolation
ward
87
TEMBMA3348
Sign Recognition and Voice Conversion Device The main objective of this project is
for Dumb
to recognize signs of dumb people
(Controllers / Raspberry pi)
and convert into voice commands
88
TEMBMA3347
Sign Recognition and Voice Conversion Device The main objective of this project is
for Dumb
to recognize signs of dumb people
(Controllers / Arduino)
and convert into voice commands
TEMBMA3346
Face Recognition Based Door Lock System
using Arduino and Webcam
(Domains / OpenCV)
The main objective of this project is
to develop a cost effective system
for higher security purpose that will
only allow the authorized person by
their facial features
Voice Recognizing Elevator System
The main objective of this project is
to avoid the spreading of virus
through lift buttons. Here we are
giving voice commands to control
the lift
89
90
TEMBMI2244
91
TEMBMI2243
Contactless Doorbell System
The main objective of this project is
to avoid contact while pressing door
bell. The presence of a person
within one metre will be identified
and an alarm will be generated to
alert people in the house.
92
TEMBMI2242
River Cleaning Robot
The main objective of this project is
to clean waste on surfaces of water
bodies
93
TEMBMI2241
Rotary to Linear Conversion
The main objective of this project is
to show the mechanism of
converting Rotary to linear motion.
TEMBMI2240
A Portable Device for Measuring Social
Distance and Alerting
The main objective of this project is
to strictly implement social
distancing between people so that
the chances of preventing covid19
will increases. The system will alert
the person if any person identified
within distance of 3 fts.
TEMBMA3344
RC Surveillance Car Using Raspberry pi along
with Smartphone Controller by Wi-Fi and
Bluetooth Technologies
(Domains / Robotics)
The main objective of this project is
to make use of both Wi-Fi and
Bluetooth technologies for live video
streaming and controlling of robot
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Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Latest Titles
S.No
Project Code
Project Name
Objective
respectively.
Crowd Avoidance Door For Covid Safety
The main objective of this project is
to allow the Empolyess or Staff
through the RFID cards and public
will wait at lobby If necessary
employess use bluetooth or button
to open the door and enter the
public inside the room or hall
TEMBMI2239
Automatic Rain Protection for Field Crops
The main objective of this project is
to Protect the crops from Rain
automatically by arranging cover to
crops within small area
TEMBMA3342
Arduino based Automated Safety Ensuring
System for Passenger Boats
(Domains / Embedded applications)
The main objective of this project is
to save the lives of individual
persons and avoid accidents of
boats.
99
TEMBMI2238
Smart Currency Counting Machine Using
Arduino
The main objective of this project is
to find the value of the particular
note and the value will be added to
the main balance.
100
TEMBMA3340
Head-Motion Controlled Wheelchair
(Domains / Robotics)
The objective of this project is used
to control the wheel chair based on
head movements
TEMBMA3339
Image Text to Speech Conversion in the
Desired Language by Translating with
Raspberry Pi
(Domains / OpenCV)
The main objective of this project is
to convert the language from english
to other defined languages and
providing output through speakers.
So that people who can't understand
english can make more use of it.
TEMBMA3338
Vehicle Speed Detection using Machine
Learning Approach
(Domains / OpenCV)
The main objective of this project is
to identify the speed of vehicle
through predefined machine
learning files. If there is an
overspeed, an SMS alert will be
sent to authorities.
TEMBMA3337
Arduino based Medicine Reminder and
Vending Machine
(Controllers / Arduino)
The main objective of this project to
remind the elder people to take
medicine in time along with it, it also
dispenses the right medicine for that
time.
Face Mask Detection Using Arduino & ESP32
CAM Module
(Domains / Embedded applications)
The main objective of this project is
to detect the face mask while
entering into any public place like
shopping malls, offices, schools,
etc. The Highlight in this project is
using ESP32 Cam, we are detecting
face masks.
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TEMBMA3343
TEMBMA3246
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Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Latest Titles
S.No
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Objective
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TEMBMA3326
Attendance System Using Face Recognition
Using Raspberry Pi
(Domains / OpenCV)
The main objective of this project is
to recognize face for Attendance
monitoring using Raspberry Pi
106
TEMBMA3325
Detect People in a Frame Using Raspberry Pi
with Open CV
(Domains / OpenCV)
The main objective of this project is
to detect people in a frame using
OpenCV
107
TEMBMA3323
Unlocking Home Automation System by Face
Detection Using ESP32 camera
(Domains / Embedded applications)
The main objective of this project is
to control home appliances by face
detection through ESP32 camera
108
TEMBMA3316
Smart Building Energy Management System
Using Machine Learning And IOT
(Domains / Machine Learning)
The main objective of this project is
to get the building data like
Temperature, gas values, pressure
values and motion detection
109
TEMBMA3254
WSN Based Mountain Climber Health & GPS
Tracker
(Domains / WSN)
The main objective of this project is
to track the location and health
condition of Mountain climber
TEMBMA3237
Advanced vehicle Monitoring System and
Automatic Vehicle Dim and Brightness
Controlled using NRF24L01 Module
(Domains / WSN)
The main objective of this project is
to monitor vehicle light brightness
using Wireless Communication
111
TEMBMA3302
Real Time Smart Attendance Monitoring
System With Image Processing And Thermal
Scanning
(Domains / OpenCV)
The main objective of this project is
to Monitor attendance with Image
processing by face recognition and
also Temperature scan
112
TEMBMI2236
Mini forklift
The main objective of this project is
to lift the materials using Mini Fork
type arrangement
113
TEMBMA3304
Notice Board and LCD Display Using IOT
(Domains / IOT)
The main objective of this project is
to Display the Text on notice Board
using IoT
114
TEMBMA3256
A Robust Security Framework for Cloud-Based The main objective of this project is
Logistics Services
to provide security in Logistic
(Domains / IOT)
Department in intruder prospective
TEMBMA3258
Design and Implementation of IoT System for
Aeroponic Chamber Temperature Monitoring
(Domains / Embedded applications)
The main objective of this project is
to monitor and control Temperature
in the root chamber which is suitable
for Plant Growth
116
TEMBMA3257
Portable Roadside Sensors for Vehicle
Counting Classification & Speed Measurement
(Domains / OpenCV)
The main objective of this project is
to measure speed of vehicle by
using Two Ultrasonic sensors and
sending the over speed vehicle
image to cloud
117
TEMBMA3253
Intrusion Detection System Using Regulated
Patrolling Robots for Apartments
(Domains / Robotics)
The main objective of this project is
to develop a Robot which can patrol
during Night times for Intruder
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Phone: +91 9030333433, +91 8776681444
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Objective
Detection in Apartments
118
TEMBMA3251
Smart Parking Solutions for On-Street and
Off-Street Parking
(Domains / OpenCV)
The main objective of this project is
to give better solution for problems
facing while parking
119
TEMBMA3291
Smart Footwear and Shocking Band for
Women Security
(Domains / Embedded applications)
The main objective of this project is
to provide women safety by sending
their location with GSM message
TEMBMA3290
Fully Automated Smart Crop Field Protection
System Against Numerous Behaviors of Wild
Animals
(Domains / Embedded applications)
The main objective of this project is
to protect the Crop field from
different sources of distraction due
to Wild Animals
TEMBMA3289
Deep Learning Based Parametric Model for
V2V Communication System
(Domains / WSN)
The main objective of this project is
to communicate between two
vehicles for better Transportation
model
122
TEMBMA3288
Cloud Assisted School Children Tracking
System
(Domains / WSN)
The main objective of this project is
to build tracking system for School
Children and monitoring their
location in Server
123
TEMBMA3287
Scalable Edge Device Model for Early Wild Life The main objective of this project is
Fire Detection System
to develop a model for fire Detection
(Domains / Machine Learning)
in forest for Wild life protection
TEMBMA3286
The main objective of this project is
Vehicle Theft Intimation over SMS and Remote
to notify owner about vehicle theft
Control of its Engine
and also controlling of Engine from
(Domains / Embedded applications)
Remote place
TEMBMA3285
IoT based Energy Efficient Smart Street
Lighting Technique with Air Quality Monitoring
(Domains / IOT)
The main objective of this project is
to Integrate both Air Quality and
Street Lighting Systems for Energy
conservation
TEMBMA3284
Smart Home for Helpless Old Aged People
(Domains / WSN)
The main objective of this project is
to Control home appliances easily
so that it it will be helpful for Old Age
people
TEMBMA3283
Designing IoT-Based Independent Pulse
Oximetry Kit as an Early Detection Tool for
Covid-19 Symptoms
(Domains / Biomedical)
128
TEMBMA3282
The main objective of this project is
Automated Fluid Level Sensing and Controlling
to measure the Fluid level in
System Using IoT
Borewells, tanks etc. to assist and
(Domains / IOT)
alert everyone
129
TEMBMA3281
IoT Based Air Quality Monitoring System with
Server Notification
(Domains / IOT)
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Website: www.takeoffprojects.com
The main objective of this project is
to know COVID symptoms earlier
for avoiding its spread
The main objective of this project is
to monitor parameters of air for
measuring Quality and uploading
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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Objective
data to server
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139
The main objective of this project is
to assist Hearing Impaired people
by using Machine Learning for
making Home secure with Face
recognition
TEMBMA3280
Home Security System for the Hearing
Impaired Using ML
(Domains / Machine Learning)
TEMBMA3279
The main objective of this project is
Smart Home with Wireless Smart Doorbell with
to make every action in Home as
Smart Response
Smart by building Smart Doorbell
(Domains / OpenCV)
with Smart Response
TEMBMA3278
Automated Street Light Control And Manhole
Monitoring With Fault Detection & Reporting
System For Municipal Department
(Domains / Embedded applications)
TEMBMA3275
The main objective of this project is
Security Experiences in IoT based Applications
to build Security system by
for Building and Factory Automation
controlling appliances in Buildings
(Domains / IOT)
and Factories using Server
TEMBMA3274
Smart Borewell Child Rescue System Through
Wireless Monitoring Using Artificial Intelligence
(Domains / Artificial Intelligence)
The main objective of this project is
to Rescue Child from Borewell by
measuring distance of child from
ground level
TEMBMA3273
Intelligent Access Control System for Granary
Based on Face Recognition and Oxygen
Concentration
(Domains / Machine Learning)
The main objective of this project is
to give access to Authorized
persons to enter into Granary and
also to monitor inside parameters
TEMBMA3270
Virtual Fencing using Yolo Framework in
Agriculture Field
(Domains / Machine Learning)
The main objective of this project is
to Monitor Agriculture field through
Technological Advancement like
YOLO framework
TEMBMA3269
A Smart Access Control for Restricted
Buildings Using Vehicle Number Plates
Recognition System
(Domains / Machine Learning)
The main objective of this project is
to allow only Authorized Vehicles
into the Buildings or Apartments by
keeping Database of Vehicle plate
numbers
TEMBMA3268
E-Agriculture: Irrigation System based on
Weather Forecasting
(Domains / IOT)
The main objective of this project is
to build an Irrigation system which
can be able to monitor Weather
conditions and Turning ON/OFF
motor Automatically
Stored Grain Pests Monitoring System Based
on Raspberry Pi
(Domains / Embedded applications)
The main objective of this project is
to Monitor Pests in Stored Grain by
capturing image of Pests and also
for monitoring Temperature, Light
Intensity and Gas values in Stored
grain
TEMBMA3266
( Page 15 )
Website: www.takeoffprojects.com
The main objective of this project is
to integrate Street Light controlling
and Manhole monitoring for better
Transportation
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Latest Titles
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Project Code
Project Name
Objective
140
TEMBMA3265
Smart Buggy: An IoT Based Smart
Surveillance Robotic Car Using Raspberry Pi
(Domains / Robotics)
The main objective of this project is
to develop a Robot with Camera
attached to it for Surveillance
TEMBMA3263
Design of a Vaccine Storage and
Transportation System in Remote Areas Based
on Raspberry Pi
(Domains / Biomedical)
The main objective of this project is
to monitor Temperature, Gas levels
in Vaccine Storage System for
transporting them to Remote places
142
TEMBMA3262
Cluster-Analysis-Based User-Adaptive Fall
Detection Using Fusion of Heart Rate Sensor
and Accelerometer in a Wearable Device
(Domains / Biomedical)
The main objective of this project is
to detect fall of Patient using MEMS
sensor and monitor Heart Beat in
Server
143
TEMBMA3261
Design of Smart Home Implementation Within
IoT Natural Language Interface
(Domains / Android)
The main objective of this project is
to Control Home Appliances using
Bluetooth with different Languages
TEMBMA3260
Design of Raspberry Pi Web-based Energy
Monitoring System for Residential Electricity
Consumption
(Domains / Electrical)
The main objective of this project is
to monitor Energy consumption in
Home appliances from Remote
places and also to Control them
Remotely using Webserver
TEMBMA3259
Implementation of Smart Aquarium System
Supporting Remote Monitoring and Controlling
of Functions using Internet of Things
(Domains / IOT)
The main objective of this project is
to Monitor and Control Aquarium
from Remote Locations for better
productivity
TEMBMA3244
ML based Surveillance System for Detection
bike ride without Helmet & Triple ride
(Domains / Machine Learning)
The main objective of this project is
to detect bike riders without Helmet
and Triple riders using Machine
Learning Techniques
TEMBMA3216
Vision-based Parking Occupation Detecting
with Embedded AI Processor
(Domains / Artificial Intelligence)
The main objective of this project is
to detect Parking Slot, whether
available or occupied by using
Computer Vision
148
TEMBMA3241
Design and Development of Three-Stage
Industrial Car Washing System
(Domains / Mechatronics)
The main objective of this project is
to Develop Three stage Washing
System like Spraying, Cleaning and
Drying on a Single Setup
149
TEMBMA3231
Pothole Detection and Levelling Robot
(Domains / Robotics)
The main objective of this project is
to detect Pothole and Levelling them
by using Servo Motor Arrangement
TEMBMA3230
Social Distance Shopping Using Embedded
Based Auto Cart and Android App
(Domains / Android)
The main objective of this project is
to maintain Social Distance while
Shopping and Controlling Cart
through Mobile App
TEMBMA3229
IOT Based Pregnancy Women Health
Monitoring System for Prenatal Care
(Domains / IOT)
The main objective of this project is
to monitor health parameters of
Pregnancy women continuously for
treating her with more care
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Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Latest Titles
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Objective
152
TEMBMA3228
Medication Alerts and Supervisory of Health
Using IOT
(Domains / IOT)
The main objective of this project is
to alert concerns so that we can
supervise more effectively
TEMBMA3227
IOT based Automated Horticulture System for
Farmers
(Domains / IOT)
The main objective of this project is
to give flexibility to Horticulture
Farmers by monitoring through
server
TEMBMA3226
Authenticated Access Control for Vehicle
Ignition System by Driver’s License and
Fingerprint Technology
(Domains / Embedded applications)
The main objective of this project is
to provide Authentication access to
start the vehicle by using Driver's
License and Fingerprint also
TEMBMA3223
IOT Based Dumpster Monitoring System
(Domains / IOT)
The main objective of this project is
to develop a smart system which
helps to keep our villages and cities
clean using IoT
TEMBMA3221
Advanced Security System in Military for
Identification of Trespassers using Ultrasonic
Radar
(Domains / WSN)
The main objective of this project is
to provide Security system for
Trespassers identification in Military
TEMBMA3220
The main objective of this project is
An IoT-based Virtual Doctor using Raspberry Pi
to provide Online health checkup by
with Webserver
looking into Health Parameters in
(Domains / IOT)
the server
158
TEMBMA3219
Online System for Monitoring Water Quality,
Leaks, Contamination and Managing Pipeline
Network
(Domains / IOT)
The main objective of this project is
to monitor Water Quality, Leaks and
to manage through server
159
TEMBMA3005
Finger Print Based Door Open System
(Controllers / Arduino)
The main objective of this project is
to open and close the door by using
Fingerprint authentication
TEMBMA2996
Dual Axis Solar Tracking System with Weather
Monitoring
(Domains / Renewable)
The main objective of this project is
to track solar panel according to
sunlight by using LDRs and shifts
the solar panel direction according
to sunlight and here also we will
monitor the weather condition
surrounding to it by using DHT11
and rain sensor.
TEMBMA3000
Iot Based Greenhouse Monitoring And
Controlling System
(Domains / IOT)
The main objective of this project is
to monitor Greenhouse parameters
like Temperature, light etc, and to
upload data to server
TEMBMA3030
Dual Axis Solar Tracking System with Weather
Monitoring
(Controllers / Arduino)
The main objective of this project is
to track solar panel according to
sunlight by using LDRs and shifts
the solar panel direction according
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Objective
to sunlight and here also we will
monitor the weather condition
surrounding to it by using DHT11
and rain sensor.
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164
The main objective of this project is
to help blind people to walk without
the help of others. This is a voice
assistant system which will guides
him when an obstacle moves
towards them.
TEMBPG926
Multi-Functional Blind Stick for Visually
Impaired People
(Others / Android)
TEMBMA3396
Smart Farming System using IoT for Efficient
Crop Growth
(Controllers / ARM7)
The main objective of this project is
to turn on/off Pump automatically
based on Light Intensity,
Temperature and Moisture content
for Efficient crop growth
165
TEMBMA2775
Smart Soldier Strap
(Controllers / Arduino)
The main objective of this project is
to monitor the health conditions of a
soldier. Heartbeat and body
temperature of every soldier will be
monitored. This technology can be
helpful to provide the accurate
location of missing soldier in critical
condition and overcome the
drawback of soldiers missing in
action.
166
TEMBMA3308
Home Automation Using Google Voice
Assistant
(Controllers / NodeMCU)
The main objective of this project is
to control the home appliances by
using Google Assistant
TEMBMA3299
Social Distance Shopping Using Embedded
Based Auto Cart and Android App
(Others / Android)
The main objective of this project is
to maintain Social Distance while
Shopping and Controlling Cart
through Mobile App
168
TEMBMA3215
Trash Collector Robot
(Domains / Robotics)
The main objective of this project is
to design a robot which collects
trash in different localities like
industries, houses etc
169
TEMBMA3210
IOT based Color Sorting Machine
(Controllers / Raspberry pi)
The main objective of this project is
to sorting the objects based on their
colors using Raspberry Pi
IoT Based Organic Farming by Using
Aquaponics Method
(Controllers / Raspberry pi)
The main objective of this system is
to develop an Internet of Things
based aquaponics monitoring
system which measures and
displays parameters like pH level,
water level, humidity, temperature,
through an IOT platform.
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TEMBMA2840
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Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Latest Titles
S.No
Project Name
Objective
TEMBMI2231
Corona Avoidance System
The main objective of this project is
to maintain social distancing and
monitoring temperature for avoiding
corona spreading
172
TEMBMA3070
Social Distance and Monitoring Robot Queue
(Domains / Robotics)
The main objective of this project is
to limit the spread of covid by
observing distance between disease
spreading individuals
173
TEMBMA3200
Solar & Wind Power Electrical Vehicles
(Domains / Electrical)
The main objective of this project is
to generate power using solar and
wind energy to run electric vehicles
174
TEMBMA3205
Smart Disinfection and Sanitation Tunnel
(Domains / Embedded applications)
The main objective of this project is
to scan the temperature of person
by detecting through Camera and
thus disinfecting virus
175
TEMBMA3203
Collide Information Capturing for Vehicles and
Alerting System Using Raspberry Pi via Email
(Controllers / Raspberry pi)
The main objective of this project is
to give alert on Collision of vehicles
using Raspberry Pi processor
TEMBMA3201
Wireless Battery Charging for Electric Vehicles
(Domains / Electrical)
The main objective of this project is
to transfer electrical energy from
source to load for a small distance
without any conducting wires
TEMBMA3068
Multi Language Controlled Home Automation
using Arduino
(Domains / Android)
The main objective of this project is
to help handicapped and old aged
people who will enable them to
control home appliances and alert
them in critical situations
TEMBMA3067
The main objective of this project is
to build a system that monitors
Tripping Mechanism of Over Voltage and Under
voltage and provides a breakpoint
Voltage System
based low and high voltage tripping
(Domains / Electrical)
mechanism that avoids any damage
to the load.
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Project Code
TEMBMA3147
Navigation System for Visually Impaired
People by Raspberry Pi
(Domains / Embedded applications)
The main objective of this project is
to help to understand the smart
navigation system for blind people
using raspberry pi in a better way.
This smart navigation system is a
smart stick that helps the visually
impaired or blind people to make
there lives simple.
180
TEMBMA3145
Arduino Meconium Wheels Robot
(Domains / Robotics)
The main objective of this project is
to control the robot through
commands received via Bluetooth
App.
181
TEMBMA3170
IOT Instant Contactless COVID Testing Booth
The main objective of this project is
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Phone: +91 9030333433, +91 8776681444
Embedded-Latest Titles
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Project Name
Objective
Automation
(Domains / IOT)
to develop a system with
Contactless COVID testing booth for
instant registration and testing
process
Smart Pillow for Advance Health sensing
(Domains / Biomedical)
The main objective of this project is
to provide efficient health monitoring
with the help of smart pillow by
using various health monitoring
sensors.
TEMBMA3129
Heart Attack Detection by Heartbeat Sensing
using IOT
(Domains / Biomedical)
The main objective of this project is
to develop a reliable patient
monitoring system so that the
healthcare professionals can
monitor the patients, who are either
hospitalized or executing their
normal daily life activities
TEMBMA3126
A Smart Optimization of Fault Diagnosis in
Electrical Grid Using Distributed
Software-Defined IOT System
(Domains / Electrical)
The main objective of this project is
to analyze and monitor the electrical
grid parameters like temperature,
current of the loads, voltage and oil
level of the transformer.
TEMBMA3090
Low Cost Robotic Agent Design for Disabled
and Covid-19 Affected people
(Domains / Biomedical)
The main objective of this project is
to design robotic agent which will be
able to help disabled and virus
affected people with hand gestures
TEMBMA3141
Automation of Floor Cleaning Robot
(Domains / Robotics)
The main objective of this project is
to deign a floor cleaning Robotic
system that can work in manual or
in an automatic mode
TEMBMA3121
Baby Monitoring System using Raspberry Pi
(Domains / Biomedical)
The main objective of this project is
to help the Parents to monitor their
child even if they are far away from
home & can detect every activity of
the Baby from any distant corner of
the world.
TEMBMA3140
Fully Automated Attendance Machine Using
Raspberry Pi
(Controllers / Raspberry pi)
The main objective of this project is
to deal with face detection for an
attendance recorder system for the
purpose of maintaining attendance
details of the students
189
TEMBMA3095
IOT Based Air Pollution Monitoring for Smart
Cities with Raspberry Pi
(Domains / IOT)
The main objective of this project is
to monitor air quality parameters
from anywhere through an IOT
platform
190
TEMBMA3089
Design and Development of Agribot for
Automatic Seed Sowing Machine
(Domains / Robotics)
The main objective of this project is
to design an Agri-bot which is used
for automatic seeding, for which a
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Project Code
TEMBMA3132
( Page 20 )
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Phone: +91 9030333433, +91 8776681444
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Objective
Servo Motor is used in the project
TEMBMA3086
Patient Monitoring System for Home
Quarantine People
(Domains / Biomedical)
The main objective of this project is
to continuously check the health
status of Home quarantine people
by monitoring their health
parameters
TEMBMA3078
IOT & RFID Based Wireless Vehicle Charging
using Arduino
(Domains / WSN)
The main objective of this project is
to charge the vehicle wirelessly via
inductive coupling using wireless
charging system
IOT Color Based Product Sorting Machine
(Domains / Mechatronics)
The suggested framework will be a
demo rendition which gives expense
effective, taking less time and
technically the easiest way for
differentiating objects. This
framework utilizes Arduino Uno
which makes this model simple to
utilize which is more additional
effective. The main failure will be
caused if the sensing of object
according to color is not done.
Therefore, it is very important to
have proper and checked sensors.
Further, making desirable changes it
can be used in small scale and large
scale industries as well.
TEMBMA3058
Autonomous Farming Robot with Plant Health
Indication
(Domains / Mechatronics)
The main objective of this project is
to develop Agri-Bot for automatic
farming and plant health indication
to reduce the man power and for
controlling, uploading data by using
a mobile app.
TEMBMA3060
Web Based Embedded Robot For Safety And
Security Applications Using Zigbee
(Domains / Mechatronics)
The main objective of this project is
to design a safety and security robot
using Zigbee and the application
code will be developed using
Arduino .
TEMBMA3061
Wireless Surveillance Robot with Motion
Detection and Live Video Transmission
(Domains / Mechatronics)
The main objective of this project is
designing a remote surveillance
robot using application code, which
is developed on Rasberry Pi.
197
TEMBMA2994
Driver Safety Analysis with Accident Detection
using WSN
(Domains / WSN)
The main objective of this project is
to analyse the driver state and gives
alert on accident detection with GPS
location
198
TEMBMI2221
Exam Paper Leakage Protection
The main objective of this project is
to protect the exam paper from
leakage by providing Motor as a
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TEMBMA3048
( Page 21 )
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Phone: +91 9030333433, +91 8776681444
Embedded-Latest Titles
S.No
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Project Name
Objective
Lock arrangement
199
TEMBMI2221
Exam Paper Leakage Protection
The main objective of this project is
to protect the exam paper from
leakage by providing Motor as a
Lock arrangement
200
TEMBMI2216
Automatic water tap control system
The main objective of this project is
to control water tap automatically
using Motor as a tap
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TEMBMI2216
Automatic water tap control system
The main objective of this project is
to control water tap automatically
using Motor as a tap
Forest Security To save Trees
The main objective of this project is
to secure trees by placing a metal
detector to trees, which gives
buzzer when someone wants to cut
them
TEMBMI2209
Integrated Solar Drying System
The main objective of this project is
to design an environment with Solar
Panel arranged on Top and to
monitor Temperature continuously
TEMBMI2210
The main objective of this project is
Accident Prevention System on Hilly Areas and to prevent accidents on hilly areas
Deadly Zones
and deadly zones by giving alarm at
opposite turnings
205
TEMBMI2212
Air Purifier & Monitoring Mask with Safe
Distance Warning Bell
The main objective of this project is
to maintain distance and wearing
mask for safety during this
Pandemic
206
TEMBMI2214
Intelligent Security and Safety System For
Industries
The main objective of this project is
to monitor temperature, fire, gas and
give alert immediately for security
207
TEMBMI2215
Electric Guard For Blind
The main objective of this project is
to alert blind by using an IR sensor
to detect obstacle
TEMBPG897
Towards Real-Time Eye blink Detection in the
Wild: Dataset, Theory and Practices
(Domains / Machine Learning)
The main objective of this project is
to identify the eye blink in real-time
and therefore drowsiness state of
the driver can be analysed so that it
generates an alert immediately to
wake up the driver, hence we can
able to prevent road accidents.
TEMBPG897
Towards Real-Time Eye blink Detection in the
Wild: Dataset, Theory and Practices
(Domains / Machine Learning)
The main objective of this project is
to identify the eye blink in real-time
and therefore drowsiness state of
the driver can be analysed so that it
generates an alert immediately to
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wake up the driver, hence we can
able to prevent road accidents.
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Towards Real-Time Eye blink Detection in the
Wild: Dataset, Theory and Practices
(Domains / Machine Learning)
The main objective of this project is
to identify the eye blink in real-time
and therefore drowsiness state of
the driver can be analysed so that it
generates an alert immediately to
wake up the driver, hence we can
able to prevent road accidents.
Towards Real-Time Eye blink Detection in the
Wild: Dataset, Theory and Practices
(Domains / Machine Learning)
The main objective of this project is
to identify the eye blink in real-time
and therefore drowsiness state of
the driver can be analysed so that it
generates an alert immediately to
wake up the driver, hence we can
able to prevent road accidents.
A wearable system for respiratory and pace
monitoring in running activities: a feasibility
study
(Domains / Biomedical)
The main objective of this project is
to use a wearable device which is
composed of MQ2 sensor for
measuring carbon dioxide,
temperature sensor for measuring
body temperature and heart beat
sensor for measuring heart beat of a
person who wears this device.
GSM/GPRS is used to send the
same data to cloud if the
corresponding values crossed
threshold value and LCD for display
too.
TEMBMA2956
A wearable system for respiratory and pace
monitoring in running activities: a feasibility
study
(Domains / Biomedical)
The main objective of this project is
to use a wearable device which is
composed of MQ2 sensor for
measuring carbon dioxide,
temperature sensor for measuring
body temperature and heart beat
sensor for measuring heart beat of a
person who wears this device.
GSM/GPRS is used to send the
same data to cloud if the
corresponding values crossed
threshold value and LCD for display
too.
TEMBMA2957
The main objective of this project is
to provide an intelligent baby
An intelligent baby monitoring system based on
monitoring system which allows
Raspberry PI, IoT sensors and convolutional
parents to check on their baby
neural network
remotely and in real time as taking
(Domains / Biomedical)
care of a baby is a challenging task
for working parents.
TEMBMA2955
TEMBMA2955
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Email:objective
info@takeoffprojects.com
An intelligent baby monitoring system based on The main
of this project is
Website: www.takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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Raspberry PI, IoT sensors and convolutional
neural network
(Domains / Biomedical)
to provide an intelligent baby
monitoring system which allows
parents to check on their baby
remotely and in real time as taking
care of a baby is a challenging task
for working parents.
Health Care System for Home Quarantine
People
(Domains / Biomedical)
The main objective of this project is
remote health monitoring and
checking the threshold values for
each health parameters of the
COVID patients using different
sensors and IOT, microcontrollers.
TEMBPG900
Health Care System for Home Quarantine
People
(Domains / Biomedical)
The main objective of this project is
remote health monitoring and
checking the threshold values for
each health parameters of the
COVID patients using different
sensors and IOT, microcontrollers.
TEMBPG901
Hardware Root Of Trust for IoT Security In
Smart Home Systems
(Domains / IOT)
The main objective of this project is
to improve security and privacy,
authentication in Smart home
system using IOT implementation.
IoT Based Real-Time Remote Patient
Monitoring System
(Domains / Biomedical)
The main objective of this project is
remote health monitoring and
checking the threshold values for
each health parameters of the
patients using different sensors and
IOT, microcontrollers.
TEMBPG902
IoT Based Real-Time Remote Patient
Monitoring System
(Domains / Biomedical)
The main objective of this project is
remote health monitoring and
checking the threshold values for
each health parameters of the
patients using different sensors and
IOT, microcontrollers.
TEMBPG903
IoT-Enabled Shipping Container with
Environmental Monitoring and Location
Tracking
(Domains / IOT)
The main objective of this project is
to monitor the environmental
parameters using sensors and
uploading to an IOT platform along
with its GPS location.
A Comparative Study of LoRa and IEEE
802.15.4-based IoT Deployments inside
School Buildings
(Domains / IOT)
By providing information on
environmental and equipment
criteria, the Internet of Things offers
major possibilities for ecological
efficiency and enhancement of
comfort for the occupants of smart
buildings. by using sensors can the
real time data efficiently.
Multi-Functional Blind Stick for Visually
The main
of this project is
Email:objective
info@takeoffprojects.com
TEMBMA2959
TEMBMA2961
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Phone: +91 9030333433, +91 8776681444
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Objective
to help blind people to walk without
the help of others. This is a voice
assistant system which will guides
him when an obstacle moves
towards them.
Impaired People
(Domains / WSN)
224
TEMBMA2964
The main objective of this project is
to help blind people to walk without
the help of others. This is a voice
assistant system which will guides
him when an obstacle moves
towards them.
Multi-Functional Blind Stick for Visually
Impaired People
(Domains / WSN)
Infusion Liquid Level Detection Tool Using IR
Sensors and Photodiode Based on
Microcontroller
(Domains / Biomedical)
The main objective of this project is
to create a saline level, heartbeat
monitoring and temperature
detection system using Raspberry
Pi. The user may set the high as
well as low levels of heart beat limit.
After setting these limits, the system
starts monitoring and as soon as
patient heart beat goes above a
certain limit, the system sends an
alert. The data is uploaded to server
continuously.
TEMBMA2965
Infusion Liquid Level Detection Tool Using IR
Sensors and Photodiode Based on
Microcontroller
(Domains / Biomedical)
The main objective of this project is
to create a saline level, heartbeat
monitoring and temperature
detection system using Raspberry
Pi. The user may set the high as
well as low levels of heart beat limit.
After setting these limits, the system
starts monitoring and as soon as
patient heart beat goes above a
certain limit, the system sends an
alert. The data is uploaded to server
continuously.
TEMBMA2966
Arduino Based traffic congestion control with
automatic signal clearance for emergency
vehicles and Stolen Vehicle Detection
(Domains / WSN)
The main objective of this system is
to controlling the traffic signals so
that the ambulance would be able to
cross all the traffic junctions without
waiting.
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TEMBPG907
Arduino Based traffic congestion control with
automatic signal clearance for emergency
vehicles and Stolen Vehicle Detection
(Domains / WSN)
The main objective of this system is
to controlling the traffic signals so
that the ambulance would be able to
cross all the traffic junctions without
waiting.
229
TEMBPG908
Smart Farming System using IoT for Efficient
Crop Growth
(Domains / IOT)
The main objective of this project is
to overcome limitations of gardening
aboutEmail:
supplying
of water to plants
info@takeoffprojects.com
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TEMBPG906
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automatically and also need to
observe light intensity and humidity.
This helps to plants to grow healthy
when we are giving sufficient water
to it.
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TEMBMA2968
TEMBPG909
TEMBPG910
Real-time Wireless Embedded Electronics for
Soldier Security
(Domains / WSN)
The main objective of this project is
to monitor the health conditions of a
soldier. Heartbeat and body
temperature of every soldier will be
monitored. This technology can be
helpful to provide the accurate
location of missing soldier in critical
condition and overcome the
drawback of soldiers missing in
action.
Real-time Wireless Embedded Electronics for
Soldier Security
(Domains / WSN)
The main objective of this project is
to monitor the health conditions of a
soldier. Heartbeat and body
temperature of every soldier will be
monitored. This technology can be
helpful to provide the accurate
location of missing soldier in critical
condition and overcome the
drawback of soldiers missing in
action.
IOT Based Wireless Sensor Network for Air
Pollution Monitoring
(Domains / IOT)
The main theme of this project is to
monitor the air quality parameters
like dust density, temperature and
CO2 content present in the
surrounding of this device; from
anywhere through an IOT platform.
233
TEMBPG911
Development of congestion level based
dynamic traffic management system using IoT
(Domains / IOT)
The main objective of this project is
to make the traffic signaling system
automatic, by providing the vehicle
density measurement intelligence to
the system. So that there should not
be any difficulties in traffic handling.
234
TEMBPG912
Design and Analysis of IoT-Based Intelligent
Robot for Real-Time Monitoring and Control
(Domains / Robotics)
The main aim of this project is to
monitor using robot and we can
control the robot using mobiles.
235
TEMBMA2971
Design and Analysis of IoT-Based Intelligent
Robot for Real-Time Monitoring and Control
(Domains / Robotics)
The main aim of this project is to
monitor using robot and we can
control the robot using mobiles.
236
TEMBPG913
IoT Based on-the-fly Visual Defect Detection in
Railway Tracks
(Domains / Robotics)
The main aim of this project is to
makes inspection faster and does
not congest the cloud with
unnecessary data.
237
TEMBMA2972
IoT Based on-the-fly Visual Defect Detection in
The main aim of this project is to
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Railway Tracks
(Domains / Robotics)
makes inspection faster and does
not congest the cloud with
unnecessary data.
238
TEMBPG914
Raspberry Pi Based Wearable Reader For
The main aim of this project is to
Visually Impaired People with Haptic Feedback
help blind people for reading easily.
(Domains / OpenCV)
239
TEMBMA2973
Raspberry Pi Based Wearable Reader For
The main aim of this project is to
Visually Impaired People with Haptic Feedback
help blind people for reading easily.
(Domains / OpenCV)
240
TEMBPG915
Smart Door Using Biometric NFC Band and
OTP Based Methods
(Domains / WSN)
The main aim of this project is to
have more secure house.
241
TEMBMA2974
Smart Door Using Biometric NFC Band and
OTP Based Methods
(Domains / WSN)
The main aim of this project is to
have more secure house.
TEMBPG916
The main aim of this project is to
helps the owner in tracking the
Low power Smart Vehicle Tracking, Monitoring, vehicle at a greater pace, and
Collision avoidance and Antitheft System
reduces the complexities compared
(Domains / WSN)
to other systems, besides being a
cheapest alternative for anti-theft
system as well.
TEMBMA2975
The main aim of this project is to
helps the owner in tracking the
Low power Smart Vehicle Tracking, Monitoring, vehicle at a greater pace, and
Collision avoidance and Antitheft System
reduces the complexities compared
(Domains / WSN)
to other systems, besides being a
cheapest alternative for anti-theft
system as well.
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Smart Bag for Women Safety
(Domains / WSN)
The main objective is to design a
smart bag which provides security
for women since women are not
safe in many locations. Women
harassment is increasing in an
alarming rate. To ensure women
safety this system established.
TEMBPG918
Smart Bag for Women Safety
(Domains / IOT)
The main objective is to design a
smart bag which provides security
for women since women are not
safe in many locations. Women
harassment is increasing in an
alarming rate. To ensure women
safety this system established.
TEMBMA2976
Smart Bag for Women Safety
(Domains / WSN)
The main objective is to design a
smart bag which provides security
for women since women are not
safe in many locations. Women
TEMBPG917
( Page 27 )
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Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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harassment is increasing in an
alarming rate. To ensure women
safety this system established.
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TEMBMA2978
TEMBPG919
TEMBPG920
Facial and Voice Recognition Based security
and Safety System in Car
(Domains / Image Processing)
Protection of the vehicles from being
theft is a serious issue. The Vehicle
manufacturers added different
automated technologies to prevent
the thefts of the vehicles. But this
security system can be controlled
and monitored
remotely/automatically to protect
car.
Facial and Voice Recognition Based security
and Safety System in Car
(Domains / Image Processing)
Protection of the vehicles from being
theft is a serious issue. The Vehicle
manufacturers added different
automated technologies to prevent
the thefts of the vehicles. But this
security system can be controlled
and monitored
remotely/automatically to protect
car.
Medical Remote Monitoring of Multiple
Physiological Parameters Based on Wireless
Embedded Internet
(Domains / IOT)
In view of the current situation, that
physiological parameter monitoring
systems can only achieve local
monitoring, and the
multi-physiological parameter
monitors are large, expensive, and
disadvantageous to remote
monitoring. The main objective of
this system is to monitor the health
condition of patients from anywhere.
TEMBMA2804
Design for visually impaired to work at Industry
using RFID technology
(Controllers / NodeMCU)
The main objective of the project is
to provide navigation through a
voice system to direct visually
impaired to his table in the
office/industry rather than
depending on others with the help of
RFID technology.
TEMBMA2810
Transmission of Data, Audio Signal and Text
Using Li-Fi
(Controllers / Arduino)
The main objective of the project is
to send an audio signal from mobile
to the speaker with the help of
wireless LiFi technology
Smart Electronic Voting Machine Using
Raspberry Pi with Face Recognition
(Controllers / Raspberry pi)
The main objective of the project is
to use a smart electronic voting
system that eliminates fault voting in
which validation can be done in two
stages i.e., aadhar, finger print
and/or facial recognition
TEMBMA2814
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Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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IOT Based Smart Helmets for Construction
Workers
(Controllers / Arduino)
The main objective is to design a
smart flexible helmets for
construction workers to monitor their
health condition and to identify their
rotation or orientation with respect to
gravity with the help of gyroscope
sensor and sends the data to cloud
Driver Behavior Monitoring and Warning with
Dangerous Driving Detection Based on the
Internet of Vehicles
(Controllers / Arduino)
The main objective of the project is
to avoid accidents on the roads that
are caused by drivers behavior. It
keeps monitoring of driving
behavior, and recognizes located
lane lines and warns the other
nearby vehicles using IoV
communication
TEMBMA2830
Speech Assistive Device for Visually Impaired
People Using Raspberry Pi
(Controllers / Raspberry pi)
The main objective of the project is
to use Speech Assistive Device,
which is an automatic document (or)
products reader for visually impaired
people using OCR technology and it
also provides navigation to the blind
people to avoid obstacles.
TEMBMA2831
The main objective of this project is
being connected to the health care
system through IoT, where doctors
Raspberry Pi-Android Based Comatose Patient
can improve the diagnosis accuracy
Monitoring System Using Web Server
as they are getting all the necessary
(Controllers / Raspberry pi)
patient data at hand. In a word, this
project allows monitoring patient
continuously and remotely.
TEMBMA2825
TEMBMA2829
TEMBMA2832
TEMBMA2833
TEMBMA2842
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Smart AI pothole detector
(Controllers / Arduino)
The main objective of this project is
to detect potholes in a simple way,
inform that to the maintenance and
solve the problem and finally make
the transport easier.
Smart AI pothole detector
(Controllers / Raspberry pi)
The main objective of this project is
to detect potholes in a simple way,
inform that to the maintenance and
solve the problem and finally make
the transport easier.
IoT Based Organic Farming by Using
Aquaponics Method
(Controllers / PIC16F77A)
The main objective of this system is
to develop an Internet of Things
based aquaponics monitoring
system which measures and
displays parameters like pH level,
water level, humidity, temperature,
through an IOT platform.
Disinfecting Robot with Ultraviolet Lights
(Controllers / 8051)
The main objective of this system is
to develop a disinfecting robot with
Email: info@takeoffprojects.com
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the help of arduino uno, where PIR
sensor to detect motion of person
and ultrasonic sensor to detect
obstacle in its path and UV light is
used to kill COVID-19.
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Disinfecting Robot with Ultraviolet Lights
(Controllers / NodeMCU)
The main objective of this system is
to develop a disinfecting robot with
the help of arduino uno, where PIR
sensor to detect motion of person
and ultrasonic sensor to detect
obstacle in its path and UV light is
used to kill COVID-19.
TEMBMA2846
Disinfecting Robot with Ultraviolet Lights
(Controllers / Arduino)
The main objective of this system is
to develop a disinfecting robot with
the help of arduino uno, where PIR
sensor to detect motion of person
and ultrasonic sensor to detect
obstacle in its path and UV light is
used to kill COVID-19.
TEMBMA2852
This project is used for pandemic
bus service for safety measure.
Initially passenger need to register
for e-bus pass card. Whenever they
Intelligent Covid-19 Pandemic Bus Service with
entered into the bus, they need to
Safety Measure
swipe their card then their location is
(Controllers / NodeMCU)
sent to cloud server. Based on the
distance of travel, the fare is
deducted from their e-bus pass
card.
TEMBMA2853
This project is used for pandemic
bus service for safety measure.
Initially passenger need to register
for e-bus pass card. Whenever they
Intelligent Covid-19 Pandemic Bus Service with
entered into the bus, they need to
Safety Measure
swipe their card then their location is
(Controllers / Arduino)
sent to cloud server. Based on the
distance of travel, the fare is
deducted from their e-bus pass
card.
TEMBMA2845
TEMBMA2858
Surveillance Monitoring With Deep Learning
Using Esp32
(Controllers / Arduino)
The main objective of this project is
to create a surveillance monitoring
system using deep learning
algorithms, the person in the video
is been identified and the alert sent
to the user and the buzzer gets on.
TEMBMA2859
IoT-BBMS: Internet Of Things-Based Baby
Monitoring System For Smart Cradle
(Controllers / Raspberry pi)
The main objective of this project is
to keep monitoring of babies
condition. Now a days parents are
so busy that they don’t have enough
time to take care of the babies so by
( Page 30 )
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using this they can monitor their
baby condition from anywhere.
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Forest Monitoring By Hierarchical Wireless
Sensor Network
(Controllers / PIC16F77A)
The main objective of this project is
to save the forest areas from fire
accidents because forests are
important for human survival and
social development. This system will
update information to the official
mobile by sending an SMS if any
fire accident occurs or if any toxic
gas is present or if anyone comes to
cut down the trees
Forest Monitoring By Hierarchical Wireless
Sensor Network
(Controllers / ARM7)
The main objective of this project is
to save the forest areas from fire
accidents because forests are
important for human survival and
social development. This system will
update information to the official
mobile by sending an SMS if any
fire accident occurs or if any toxic
gas is present or if anyone comes to
cut down the trees
TEMBMA2865
Smart Door Camera with Facial Recognition
Feature and Thermal Screening
(Controllers / Raspberry pi)
The main objective of this project is
to identify the symptoms of covid-19
by measuring the body temperature
of a person. By this, our system can
save the people from the spread of
covid-19
TEMBMA2868
Vehicle Theft Detector with Remote Engine
Locking
(Controllers / ARM7)
The main objective of this project is
to detect vehicle theft and
continuously track latitude and
longitude by mobile application
IoT Assisted MQTT for Waste Management in
Smart Cities
(Controllers / Raspberry pi)
The main objective of this project is
to create a smart waste
management system which can give
alert whenever the bin is full and/or
is releasing any toxic gases by
sending an SMS to the owner and
can also update the information on
level of waste in bin to an IOT
platform.
Vehicle black box system With IoT
(Controllers / ARM7)
The main objective of this project is
to detect accidents and gives an
immediate alert to the hospitals
and/or to the police by sending an
email through an IoT platform. This
system also consists of a voice
module circuit which records audio
when an accident is happened.
TEMBMA2861
TEMBMA2862
TEMBMA2872
TEMBMA2875
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Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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TEMBMA2882
IoT Based Farming Robot Using WSN
(Controllers / Raspberry pi)
The main objective of this project is
to help the farmer to reduce the
human effort by automatic process
using Robot
Crowd Detection Camera to Prevent Covid-19
(Controllers / Raspberry pi)
The main objective of this project is
to detect physical distancing
violations in streets and gives alert
to the concerned authorities in order
to reduce the spread of COVID-19.
If any crowd is detected, then it will
immediately generates an alert.
Home Quarantine Guard Using Face
Recognition
(Controllers / Raspberry pi)
The main objective of this project is
to create security in our daily life
through technology. Face
recognition using deep learning
technique has been used to perform
efficient door access control system.
Raspberry Pi Based Smart Wi-Fi Doorbell
(Controllers / Raspberry pi)
The main objective of the project is
to use the system which is
composed of the Doorbell interfaced
with Raspberry pi, whoever press
the doorbell, the camera gets
triggered and capture their face and
it is sent to owner through mail. The
opening/closing of door can be done
through a third party server.
Raspberry Pi-Android based Smart Parking
System using Web Server
The main objective of this project is
to create a smart parking system
which detects and finds a parking
location for consumer’s vehicle and
displays the information in an IoT
platform. This smart parking feature
enables user to find a parking
location and a free slot in that
parking space.
Raspberry Pi Based Vehicle Number Plate
Recognition Using OCR
(Controllers / Raspberry pi)
The main objective of this project is
to build a Raspberry Pi based
Vehicle Number Plate Recognition
system using OCR. The image of
the Number plate is captured and is
processed to extract the vehicle
number with Raspberry pi and
whenever the vehicle is detected
then the data will be send to the
cloud finally.
TEMBMA2883
TEMBMA2885
TEMBMA2886
TEMBMA2889
TEMBMA2892
TEMBMA2896
Multi-Directional Rotating Dumping Trailer
(Controllers / ARM7)
( Page 32 )
Website: www.takeoffprojects.com
Modern 3 ways dropping dumper’
has been conceived by observing
the difficulty in unloading the
materials. The survey in this regards
in several automobile garages,
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revealed the facts that mostly some
difficult methods were adopted in
unloading the materials from the
trailer
Development Of Data Acquisition Robot For
Toxic Environmental Monitoring Using WSN
(Controllers / Arduino)
The main objective of the project is
to develop and implement Data
Acquisition Robot for industrial
applications that detect the
damages inside the oil pipe which
cannot be detected by human
beings as there is very heavy
temperature, pressure and toxic
gases inside it.
Development Of Data Acquisition Robot For
Toxic Environmental Monitoring Using WSN
(Controllers / ARM7)
The main objective of the project is
to develop and implement Data
Acquisition Robot for industrial
applications that detect the
damages inside the oil pipe which
cannot be detected by human
beings as there is very heavy
temperature, pressure and toxic
gases inside it.
Anti-Theft technology of museum cultural
relics based on internet of things
(Controllers / ARM7)
This project proposes a museum
anti-theft scheme based on the
Internet of Things (IoT) technology,
which identifies whether the cultural
relics are within the safe range
through the passive RFID
readers/writers.
Vehicle and license authentication using finger
print
(Controllers / Arduino)
The main objective of the project is
to authenticate license using
fingerprint and if the person places
his finger on the sensor then the
device tell us whether they had a
license or not. This can be done by
interlinking the vehicle details with
the IoT
TEMBMA2913
Heart Attack and Alcohol Detection Sensor
Monitoring in Smart Transportation System
using Internet of Things
(Controllers / PIC16F77A)
The main objective of this project is
to create a heartbeat monitoring and
heart attack detection system using
IoT. The user may set the high as
well as low levels of heart beat limit.
After setting these limits, the system
starts monitoring and as soon as
patient heart beat goes above a
certain limit, the system sends an
alert.
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Page 33 )TEMBMA2914
Heart Attack and Alcohol Detection Sensor
Monitoring in Smart Transportation System
using Internet of Things
The main objective of this project is
to create
a heartbeat
monitoring and
Email:
info@takeoffprojects.com
heart attack detection system using
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TEMBMA2897
TEMBMA2898
TEMBMA2905
TEMBMA2907
Website: www.takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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(Controllers / ARM7)
IoT. The user may set the high as
well as low levels of heart beat limit.
After setting these limits, the system
starts monitoring and as soon as
patient heart beat goes above a
certain limit, the system sends an
alert.
TEMBMA2917
Multi-sensor Obstacle Detection System via
Model-based State-Feedback Control in Smart
Cane Design for the Visually Challenged
(Controllers / Arduino)
The main objective of this title is to
use a multi-sensor obstacle
detection system for a smart cane
which is proposed via model based
state-feedback control strategy to
regulate the detection angle of the
sensors and minimize the false
alerts to the user
TEMBMA2919
IOT Based Street Lighting And Traffic
Management System
(Controllers / NodeMCU)
The main purpose of this project is
to invent an intelligent system which
can make decisions for luminous
control (ON/OFF/DIM) considering
the light intensity
TEMBMA2924
Data Transmission over sound
(Controllers / Arduino)
The main objective of the project is
to transmit data over sound, where
data-over-sound enables the
exchange of data between any
devices with a pre-existing
Ultrasonic through sound waves
TEMBMA2931
Automatic Fault Detection and Location of
Transmission Lines using IoT
(Controllers / Arduino)
The main objective is to find the
fault in the transmission lines and
alerting the authorization through
IOT that at which wire the fault
occurred along with its location
TEMBMA2936
Bird Feeder and Poultry Conditioning
monitoring using Embedded system
(Controllers / Arduino)
The main objective of this project is
to design an automatic bird feeder
that feeds the birds in time which
reduces the work for farmer to feed
the birds
TEMBMA2945
Student Attendance Management System
Based on RFID over web server
(Controllers / NodeMCU)
The main objective of this project is
to create an RFID system in this
application area to detect the
presence and absence of the
student data which is to be
transmitted wirelessly by mobile
device, called a tag, which is read
by an RFID reader.
TEMBMA2947
Student Attendance Management System
Based on RFID over web server
(Controllers / ARM7)
The main objective of this project is
to create an RFID system in this
application area to detect the
presence and absence of the
student data which is to be
( Page 34 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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transmitted wirelessly by mobile
device, called a tag, which is read
by an RFID reader.
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TEMBMA2738
TEMBMA2738
TEMBMA2741
TEMBMA2745
TEMBMA2746
TEMBMA2747
Technological advances in LPG sector
(Controllers / Raspberry pi)
The main objective of the project is
to identify gas leakage, gas level
limit in a cylinder and also based on
its cylinder weight, the system alerts
the owner to book a cylinder through
an app
Technological advances in LPG sector
(Controllers / Raspberry pi)
The main objective of the project is
to identify gas leakage, gas level
limit in a cylinder and also based on
its cylinder weight, the system alerts
the owner to book a cylinder through
an app
Fire Detection and Prevention System Using
Machine Learning
(Controllers / Raspberry pi)
The main objective of this system is
to identify the fire accidents using
machine learning and gives an alert
SMS to fire station along with
buzzer alert and also tries to prevent
the fire by sprinkling water using dc
pump.
Raspberry Pi Based Vehicle Number Plate
Recognition Using OCR
(Controllers / Raspberry pi)
The main objective of this project is
to build a Raspberry Pi based
Vehicle Number Plate Recognition
system using OCR. The image of
the Number plate is captured and is
processed to extract the vehicle
number with Raspberry pi and
whenever the vehicle is detected
then the data will be send to the
cloud finally.
Advanced Traffic Violation Control and Penalty
System with Web Server
(Controllers / Raspberry pi)
The main objective of this project is
to create an intelligent traffic
violation detection and traffic flow
analysis system to monitor and
measure red light jumping.This
system is based upon RFID
technology for identification of
vehicles on the road and OpenCV,
IoT for charging the vehicle for
jumping red light.
Multi-Directional Rotating Dumping Trailer
(Controllers / NodeMCU)
Modern 3 ways dropping dumper’
has been conceived by observing
the difficulty in unloading the
materials. The survey in this regards
in several automobile garages,
revealed the facts that mostly some
difficult methods were adopted in
unloading the materials from the
( Page 35 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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trailer
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304
TEMBMA2752
Solar Powered Automated Multi-Tasking
Agricultural Robot
(Controllers / PIC16F77A)
The main objective of this project is
to minimize the labor and to
increase the speed and accuracy of
the work through multi-tasking ability
of Agriculture robot which are
identification of field temperature,
fire incidents occurred in the field,
and intruder detection
TEMBMA2756
Child Safety Monitoring System Based on IoT
(Controllers / PIC16F77A)
The objective of this project is to
provide safety and tracking facility to
parents and to locate and monitor
the child
Ultrasonic Spectacles and Waist-belt for
Visually Impaired and Blind Persons
(Controllers / PIC16F77A)
The main objective of the project is
mainly intended to design a voice
based alerting system for the blind
people based on ultrasonic distance
for obstacle detection and voice
circuit for voice based
announcements. The advantage of
this device is voice based
announcement for easy navigation
TEMBMA2762
Ultrasonic Spectacles and Waist-belt for
Visually Impaired and Blind Persons
(Controllers / Raspberry pi)
The main objective of the project is
mainly intended to design a voice
based alerting system for the blind
people based on ultrasonic distance
for obstacle detection and voice
circuit for voice based
announcements. The advantage of
this device is voice based
announcement for easy navigation
TEMBMA2767
The main objective is switching of
street lights in the evening when
there is dark using solar energy
Junction Street Light System Automatic Control
stored but focuses on switching only
Using Renewable Energy Resource
when any object/vehicle/public
(Controllers / NodeMCU)
passes by , by using sensors and
then is automatically switched on
when they are passing.
TEMBMA2768
The main objective is switching of
street lights in the evening when
there is dark using solar energy
Junction Street Light System Automatic Control
stored but focuses on switching only
Using Renewable Energy Resource
when any object/vehicle/public
(Controllers / Arduino)
passes by , by using sensors and
then is automatically switched on
when they are passing.
TEMBMA2760
Intelligent Monitoring System for NICU
(Neonatal Intensive Care Unit)
Website: www.takeoffprojects.com
( Page 36 )
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TEMBMA2771
The main
of this project is
Email:objective
info@takeoffprojects.com
to take care of a neonatal by
Phone: +91 9030333433, +91 8776681444
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(Controllers / Raspberry pi)
monitoring baby's health
parameters. This incubator system
will provide a facility to monitor the
baby's health from anywhere
through an IoT platform. Moreover,
the doctors, guardians and nurses
get an immediate alert in emergency
cases.
Robotic Arm for inspection, cleaning and
painting of tanks on ships to save on time, cost
and avoid accidents
(Controllers / Arduino)
The main objective of the project is
to minimize the labor for cleaning,
inspection and painting of tanks on
ships in time using Robotic arm and
also to alert officials during leakage,
to avoid accidents
The Smart Mailbox with Motion Controlled
Security Camera
(Controllers / Raspberry pi)
The main objective of this project is
to design a smart mailbox that can
gives an alert when a person places
a courier in the mailbox. This
system will identify the presence of
a person and then activates the
camera automatically which will
capture the image and sends it to
the owner via an email.
TEMBMA2780
Design and implementation of a vehicle to
vehicle communication system using Li-Fi
technology
(Controllers / Arduino)
The main objective of the project is
to implement Vehicle to vehicle
communication in order to reduce
vehicle's accidents by Li-Fi
technoogy. The proposed use of
Li-Fi technology comprises mainly
light-emitting diode (LED) bulbs as
means of connectivity by sending
data through light spectrum as an
optical wireless medium for signal
propagation.
TEMBMA2781
High protection bank locker security system
using live image and voice authentication
(Controllers / Raspberry pi)
The main objective of this project is
to provide security to bank lockers
by capturing live images and
identifying voice notes.
TEMBMA2782
The main objective of the project is
to design and develop a surveillance
robot that can reduce the casualties
IoT Based Smart Multi Application Surveillance
in the war field, where it acts as
Robot
surveillance robot to capture the
(Controllers / Arduino)
intruders surrounding information
before the intruder is attacked by
the soldiers
TEMBMA2772
TEMBMA2774
TEMBMA2783
( Page 37 )
The main objective of the project is
IoT Based Smart Multi Application Surveillance
to design and develop a surveillance
Robot
robot that can reduce the casualties
(Controllers / PIC16F77A)
in the war field, where it acts as
Email: info@takeoffprojects.com
Website: www.takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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surveillance robot to capture the
intruders surrounding information
before the intruder is attacked by
the soldiers
Air Pollution Monitoring System Using
Waspmote Gases Sensor Board in Wireless
Sensor Network
(Controllers / PIC16F77A)
The main objective of this project is
to monitor and analyze the level of
air pollution at certain location and
inform the results to the user in
graphical form through IOT.
Low-Cost Contact Thermometry for Screening
and Monitoring During the COVID-19
Pandemic
(Controllers / NodeMCU)
The main objective of the project is
to use a low-cost, contact
thermometer solution that is based
on a silicon band gap temperature
sensor to allow personal screening
that is described using a
Proof-of-Concept solution for
pregnant women and women infants
for self-monitoring
Automated Smart Sericulture For
Enhancement Of Silk Production Using
Embedded System
(Controllers / NodeMCU)
The main objective of this project is
to minimize manual invention of the
farmer, by automating the process
of silkworm rearing unit. This system
can monitor and control temperature
and humidity of silkworm rearing
unit and in turn is used to increase
the production of silk.
Automated Smart Sericulture For
Enhancement Of Silk Production Using
Embedded System
(Controllers / Arduino)
The main objective of this project is
to minimize manual invention of the
farmer, by automating the process
of silkworm rearing unit. This system
can monitor and control temperature
and humidity of silkworm rearing
unit and in turn is used to increase
the production of silk.
TEMBMA2799
Automated Smart Sericulture For
Enhancement Of Silk Production Using
Embedded System
(Controllers / Raspberry pi)
The main objective of this project is
to minimize manual invention of the
farmer, by automating the process
of silkworm rearing unit. This system
can monitor and control temperature
and humidity of silkworm rearing
unit and in turn is used to increase
the production of silk.
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TEMBMA2802
Monitoring & Controlling of Substation Using
IoT in Distribution Power Grid
(Controllers / Arduino)
The main objective of this project is
to monitor the voltage, current,
frequency and the temperature
readings from the substation
through IoT
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TEMBMA2803
Embedded based real time monitoring and
detection of bacterial contamination in drinking
The main objective of the project is
to determine whether the water has
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TEMBMA2788
TEMBMA2794
TEMBMA2797
TEMBMA2798
( Page 38 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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water
(Controllers / Arduino)
been contaminated or if any bacteria
is in it, with the help of pH and the
data will be sent through cloud.
319
TEMBMA2725
Raspberry Pi Based Road Side Detection And
Tracking
(Domains / Artificial Intelligence)
In this project, we are able to detect
the tracks using opencv and
raspberry pi. By this we can make a
self-controlled car that follows the
lane. Here we are using raspberry pi
and a camera for detecting lanes
and the frame will be displayed on
the monitor.
320
TEMBMI2206
Automatic Exhaust Fan control couple to Gas
Leak Detection
The main objective of this project is
to turn on fan immediately after
detecting the gas leakage
321
TEMBMA2728
Oil Spills Detection on Sea Surface by using
Sentinel–1 SAR Images
(Domains / Embedded with Matlab)
Identification of oil spills on the
surface of the sea using SAR
images for detection of oil pollution
322
TEMBMA2728
Oil Spills Detection on Sea Surface by using
Sentinel–1 SAR Images
(Domains / Embedded with Matlab)
Identification of oil spills on the
surface of the sea using SAR
images for detection of oil pollution
323
TEMBMA2733
Machine Learning-based Surveillance System
for Detection of Bike Riders without Helmets
and Triple Rides
(Domains / Embedded with Matlab)
A machine learning based
surveillance system which can able
to detect the persons without helmet
and/or people who are going on a
triple rides
324
TEMBPG895
Oil Spills Detection on Sea Surface by using
Sentinel–1 SAR Images
(Others / Embedded with Matlab)
Identification of oil spills on the
surface of the sea using SAR
images for detection of oil pollution
325
TEMBPG895
Oil Spills Detection on Sea Surface by using
Sentinel–1 SAR Images
(Others / Embedded with Matlab)
Identification of oil spills on the
surface of the sea using SAR
images for detection of oil pollution
Design and Development Of Agri-Bot For
Automatic Ploughing, Seeding And Watering
(Domains / Robotics)
The main objective of this project is
to develop Agri-Bot for automatic
ploughing, seeding and watering to
reduce the man power and for
controlling, uploading data by using
a mobile app.
Raspberry Pi Based Vehicle Number Plate
Recognition Using OCR
(Domains / OpenCV)
The main objective of this project is
to build a Raspberry Pi based
Vehicle Number Plate Recognition
system using OCR. The image of
the Number plate is captured and is
processed to extract the vehicle
number with Raspberry pi and
whenever the vehicle is detected
then the data will be send to the
cloud finally.
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TEMBMA2721
TEMBMA2729
( Page 39 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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TEMBMA2730
Advanced Traffic Violation Control and Penalty
System with Web Server
(Domains / OpenCV)
The main objective of this project is
to create an intelligent traffic
violation detection and traffic flow
analysis system to monitor and
measure red light jumping.This
system is based upon RFID
technology for identification of
vehicles on the road and OpenCV,
IoT for charging the vehicle for
jumping red light.
TEMBPG889
UV Sterilization Robot
(Controllers / 8051)
The main objective of this project is
to develop robot which is used for
sterilization by attaching UV light to
it
Multi-Directional Rotating Dumping Trailer
(Domains / Mechatronics)
Modern 3 ways dropping dumper’
has been conceived by observing
the difficulty in unloading the
materials. The survey in this regards
in several automobile garages,
revealed the facts that mostly some
difficult methods were adopted in
unloading the materials from the
trailer
TEMBMA2732
Solar Powered Automated Multi-Tasking
Agricultural Robot
(Domains / Renewable)
The main objective of this project is
to minimize the labor and to
increase the speed and accuracy of
the work through multi-tasking ability
of Agriculture robot which are
identification of field temperature,
fire incidents occurred in the field,
and intruder detection
TEMBMA2544
Child Safety Monitoring System Based on IoT
(Domains / WSN)
The objective of this project is to
provide safety and tracking facility to
parents and to locate and monitor
the child
TEMBMA2546
Ultrasonic Spectacles and Waist-belt for
Visually Impaired and Blind Persons
(Domains / WSN)
The main objective of the project is
mainly intended to design a voice
based alerting system for the blind
people based on ultrasonic distance
for obstacle detection and voice
circuit for voice based
announcements. The advantage of
this device is voice based
announcement for easy navigation
TEMBPG891
A Glove that Translates Sign Language into
Text and Speech
(Domains / Deep Learning)
The main objective of this project is
to translate Signs of fingers into text
and speech to which flex sensors
are attached
TEMBMA2731
( Page 40 )
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TEMBMA2712
Email: info@takeoffprojects.com
Junction Street Light System Automatic Control The main objective is switching of
Website: www.takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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TEMBMA2717
TEMBPG893
Project Name
Objective
Using Renewable Energy Resource
(Domains / Renewable)
street lights in the evening when
there is dark using solar energy
stored but focuses on switching only
when any object/vehicle/public
passes by , by using sensors and
then is automatically switched on
when they are passing.
Intelligent Monitoring System for NICU
(Neonatal Intensive Care Unit)
(Domains / Biomedical)
The main objective of this project is
to take care of a neonatal by
monitoring baby's health
parameters. This incubator system
will provide a facility to monitor the
baby's health from anywhere
through an IoT platform. Moreover,
the doctors, guardians and nurses
get an immediate alert in emergency
cases.
The objective of this project is to
control the position of a solar panel
in accordance with the motion of
Analysis and Testing of Dual Axis Solar Tracker
sun. A solar tracker is a mechanical
for a Standalone PV System
system that tilts the photovoltaic
(Domains / Renewable)
panel into the direction of the sun to
maximize the efficiency of the panel.
Technological advances in LPG sector
(Domains / Industrial Automation)
The main objective of the project is
to identify gas leakage, gas level
limit in a cylinder and also based on
its cylinder weight, the system alerts
the owner to book a cylinder through
an app
Technological advances in LPG sector
(Domains / Industrial Automation)
The main objective of the project is
to identify gas leakage, gas level
limit in a cylinder and also based on
its cylinder weight, the system alerts
the owner to book a cylinder through
an app
TEMBMI07
Electricity Generation from Speed Breakers
Objective is to utilize the energy that
is wasted on
speed breakers by vehicles during
traffic and harness it to generate
power which can be stored and
used to electrify the premises.
Generating electricity by speed
breakers is an innovative and useful
concept.
TEMBMI35
Microcontroller Based Greenhouse Monitoring
and Controlling System
The main objective of this project is
to monitor Green house parameters
like Temperature, light etc and also
to control them
TEMBMA2715
TEMBMA2715
( Page 41 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Latest Titles
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TEMBMI68
Project Name
Objective
Auto Electronic School Bell
The main objective of this project is
to Ring(Bell) the Buzzer
automatically based on Time set
using RTC module
343
TEMBMI70
Advanced Wireless Power Transfer System
The main objective of this project is
to transfer power wirelessly using
Wireless power transmission power
coils which are placed very close to
each other
344
TEMBMA2205
Wireless Control System for Dc Motor to
Position a Dish Antenna Using Microcomputer
The main objective of this project is
to control the dc motor to give
position to Dish antenna
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348
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350
The main objective of the project is
to monitor vehicle speed and if
vehicle exceeds speed limit, then
the vehicle's image will be captured
and forward to concern officials by
using IoT technology
TEMBMA2541
Development & Implementation of Smart
Vehicle Over Speeding Detector using
IoT
(Domains / Image Processing)
TEMBMA2557
High protection bank locker security system
using live image and voice authentication
(Domains / Image Processing)
The main objective of this project is
to provide security to bank lockers
by capturing live images and
identifying voice notes.
Garbage Collector Robot
(Domains / Robotics)
The main objective of the project is
to design and implement a robotic
device that collects garbage lying on
corridors, large halls or even a
house
TEMBMA2574
Fire Detection and Prevention System Using
Machine Learning
(Domains / Machine Learning)
The main objective of this system is
to identify the fire accidents using
machine learning and gives an alert
SMS to fire station along with
buzzer alert and also tries to prevent
the fire by sprinkling water using dc
pump.
TEMBMA2581
Monitoring & Controlling of Substation Using
IoT in Distribution Power Grid
(Domains / Electrical)
The main objective of this project is
to monitor the voltage, current,
frequency and the temperature
readings from the substation
through IoT
Smart Electronic Voting Machine Using
Raspberry Pi with Face Recognition
(Domains / IOT)
The main objective of the project is
to use a smart electronic voting
system that eliminates fault voting in
which validation can be done in two
stages i.e., aadhar, finger print
and/or facial recognition
TEMBMA2569
TEMBMA2590
( Page 42 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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Objective
Solar Powered Automated Multi-Tasking
Agricultural Robot
(Domains / Robotics)
The main objective of this project is
to minimize the labor and to
increase the speed and accuracy of
the work through multi-tasking ability
of Agriculture robot which are
identification of field temperature,
fire incidents occurred in the field,
and intruder detection
TEMBMA2601
Solar Powered Automated Multi-Tasking
Agricultural Robot
(Domains / Renewable)
The main objective of this project is
to minimize the labor and to
increase the speed and accuracy of
the work through multi-tasking ability
of Agriculture robot which are
identification of field temperature,
fire incidents occurred in the field,
and intruder detection
TEMBMA2606
The main objective of this project is
being connected to the health care
system through IoT, where doctors
Raspberry Pi-Android Based Comatose Patient
can improve the diagnosis accuracy
Monitoring System Using Web Server
as they are getting all the necessary
(Domains / IOT)
patient data at hand. In a word, this
project allows monitoring patient
continuously and remotely.
TEMBMA2600
Smart AI pothole detector
(Domains / IOT)
The main objective of this project is
to detect potholes in a simple way,
inform that to the maintenance and
solve the problem and finally make
the transport easier.
IoT Based Organic Farming by Using
Aquaponics Method
(Domains / IOT)
The main objective of this system is
to develop an Internet of Things
based aquaponics monitoring
system which measures and
displays parameters like pH level,
water level, humidity, temperature,
through an IOT platform.
TEMBMA2622
Automatic Pathway for Emergency Vehicle
(Domains / IOT)
The main objective of this system is
to control the traffic signals and
achieving the task in order that the
ambulance would be able to cross
all the traffic junctions without
waiting.
TEMBMA2625
This project is used for pandemic
bus service for safety measure.
Initially passenger need to register
Intelligent Covid-19 Pandemic Bus Service with
for e-bus pass card. Whenever they
Safety Measure
entered into the bus, they need to
(Domains / IOT)
swipe their card then their location is
sent to cloud server. Based on the
distance of travel, the fare is
TEMBMA2610
TEMBMA2618
( Page 43 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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deducted from their e-bus pass
card.
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364
Vehicle Safety and Accident Detection System
Using IoT
(Domains / IOT)
The main objective of the project is
to collect crash recorder of the
vehicle movements before, during
and after a crash, through which an
accident can be recognized. When
an accident is occured, immediately
the location will be sent to the
hospital.
Surveillance Monitoring With Deep Learning
Using Esp32
(Domains / IOT)
The main objective of this project is
to create a surveillance monitoring
system using deep learning
algorithms, the person in the video
is been identified and the alert sent
to the user and the buzzer gets on.
TEMBMA2634
IoT-BBMS: Internet Of Things-Based Baby
Monitoring System For Smart Cradle
(Domains / IOT)
The main objective of this project is
to keep monitoring of babies
condition. Now a days parents are
so busy that they don’t have enough
time to take care of the babies so by
using this they can monitor their
baby condition from anywhere.
TEMBMA2639
Authorized Covid-19 Entry using Face Mask
Detection & Automatic Sanitizer Dispenses &
UV Sanitization
(Domains / Image Processing)
The main objective of this project is
to save the lives of people from sick
or covid-19 infected patients and
hence to reduce the spread of
covid-19 by using this system.
TEMBMA2646
IoT Based Farming Robot Using WSN
(Domains / Robotics)
The main objective of this project is
to help the farmer to reduce the
human effort by automatic process
using Robot
Crowd Detection Camera to Prevent Covid-19
(Domains / Image Processing)
The main objective of this project is
to detect physical distancing
violations in streets and gives alert
to the concerned authorities in order
to reduce the spread of COVID-19.
If any crowd is detected, then it will
immediately generates an alert.
Home Quarantine Guard Using Face
Recognition
(Domains / Image Processing)
The main objective of this project is
to create security in our daily life
through technology. Face
recognition using deep learning
technique has been used to perform
efficient door access control system.
Raspberry Pi Based Smart Wi-Fi Doorbell
(Domains / IOT)
The main objective of the project is
to use the system which is
composed
the Doorbell interfaced
Email:of
info@takeoffprojects.com
TEMBMA2627
TEMBMA2631
TEMBMA2647
TEMBMA2652
365
TEMBMA2653
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with Raspberry pi, whoever press
the doorbell, the camera gets
triggered and capture their face and
it is sent to owner through mail. The
opening/closing of door can be done
through a third party server.
366
367
368
369
370
Raspberry Pi Based Smart CCTV Surveillance
System
(Domains / IOT)
The main objective of this project is
to monitor the areas where it’s
installed and send notifications to
the owner through SMS when an
intruder enters and captures image
of that person. And also sends the
captured image to the owner’s mail.
Raspberry Pi-Android based Smart Parking
System using Web Server
(Domains / IOT)
The main objective of this project is
to create a smart parking system
which detects and finds a parking
location for consumer’s vehicle and
displays the information in an IoT
platform. This smart parking feature
enables user to find a parking
location and a free slot in that
parking space.
TEMBMA2664
Advanced Traffic Violation Control and Penalty
System with Web Server
(Domains / IOT)
The main objective of this project is
to create an intelligent traffic
violation detection and traffic flow
analysis system to monitor and
measure red light jumping.This
system is based upon RFID
technology for identification of
vehicles on the road and OpenCV,
IoT for charging the vehicle for
jumping red light.
TEMBMA2668
The main objective of this project is
being connected to the health care
system through IoT, where doctors
Raspberry Pi-Android Based Comatose Patient
can improve the diagnosis accuracy
Monitoring System Using Web Server
as they are getting all the necessary
(Domains / IOT)
patient data at hand. In a word, this
project allows monitoring patient
continuously and remotely.
TEMBMA2654
TEMBMA2661
TEMBMA2672
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Page 45 )TEMBMA2685
Development Of Data Acquisition Robot For
Toxic Environmental Monitoring Using WSN
(Domains / Robotics)
The main objective of the project is
to develop and implement Data
Acquisition Robot for industrial
applications that detect the
damages inside the oil pipe which
cannot be detected by human
beings as there is very heavy
temperature, pressure and toxic
gases inside it.
Design of Piezoelectricity Harvester using
The main
of the project is
Email:objective
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Footwear
(Domains / Renewable)
to Harvest mechanical energy from
human movement is an appropriate
approach for acquiring
environment-friendly electrical
energy.
The main objective of this concept is
to control home appliances from any
where in the world using alexa voice
services.
372
TEMBMA2688
Arduino-based Amazon's Alexa-controlled
home automation
(Domains / IOT)
373
TEMBMA2696
Oil Spills Detection on Sea Surface by using
Sentinel–1 SAR Images
(Others / Embedded with Matlab)
Identification of oil spills on the
surface of the sea using SAR
images for detection of oil pollution
374
TEMBMA2696
Oil Spills Detection on Sea Surface by using
Sentinel–1 SAR Images
(Others / Embedded with Matlab)
Identification of oil spills on the
surface of the sea using SAR
images for detection of oil pollution
TEMBMA2697
Automatic Fault Detection and Location of
Transmission Lines using IoT
(Domains / Electrical)
The main objective is to find the
fault in the transmission lines and
alerting the authorization through
IOT that at which wire the fault
occurred along with its location
Improvement in effectiveness of substation
Earthing
(Domains / Electrical)
The main objective of the project is
to calculate maximum fault current,
grid resistance, grid current, safe
touch and step voltages, ground
potential rise, as well as expected
touch and step voltage levels for the
proper design of grounding grid.
Smart Helmet Wiper
(Controllers / ARM7)
The main theme is to design a
helmet that is integrated with a
circuit to sense the rain and
automatically starts to wipe the
helmets eye shield
Smart Robots For Collision Avoidance Using
Neural Networks
(Controllers / Arduino)
The main objective of this project is
to avoid accidents and collisions,
where it works spontaneously when
any obstacle or any vehicle comes
near to another vehicle and it
controls the speed of the vehicle.
375
376
377
378
TEMBMA2706
TEMBMA2823
TEMBMA2834
379
TEMBMA2835
Smart Robots For Collision Avoidance Using
Neural Networks
(Controllers / ARM7)
The main objective of this project is
to avoid accidents and collisions,
where it works spontaneously when
any obstacle or any vehicle comes
near to another vehicle and it
controls the speed of the vehicle.
380
TEMBMA2839
Asset Tracking System For Logistics By Using
NB-IOT
(Controllers / Arduino)
The main objective of this project is
to track the assets in a room where
they have placed when importing
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into the industry. The tracking of
assets can be done with the help of
Bluetooth communication.
The main objective of this project is
to control home appliances using IR
sensor
381
TEMBMA1709
IR based home automation using arduino
382
TEMBMA2953
Voice Based Hot Cold-water Dispenser System The main objective of this project is
Using Raspberry Pi
to dispense hot and cold water
(Controllers / Raspberry pi)
using Heater as a component
TEMBMA1657
Solar Based Automatic Irrigation Robot for
Farm Monitoring
(Controllers / Arduino)
This project “smart management of
street lights for energy conservation
using iot” is a cost effective,
practical, ecofriendly and the safest
way to save energy and this system
the light status information can be
accessed from anytime and
anywhere. It clearly tackles the two
problems that world is facing today,
saving of energy and also disposal
of incandescent lamps, very
efficiently.
TEMBMA2047
Data Transmission Through Sound Waves
(Controllers / Arduino)
The main aim of our project is to
transmit data through sound waves.
We are using ultrasonic sensor for
transmitting data.
383
384
385
TEMBMA118
Wireless Digital Traffic Signs Of The Future
(Controllers / Raspberry pi)
The main objective of this project is
to identify a traffic sign which is then
wirelessly transmitted to a client
receiver residing in the vehicle. The
client device is usually a smart
phone or a car heads-up display. It
can also be displayed on a PC in a
car using terminal software.
386
TEMBMA988
Secure Fingerprint Bank Locker With Image
Capture
(Domains / Image Processing)
The main objective of this project is
to Open and close Bank locker
using secure fingerprint
Raspberry Pi Based Car Door Safety System
With Wireless Alert
(Controllers / Raspberry pi)
This project presents a car door
safety system which has two major
features that are sense when car
door is opened and alert when the
car crash detected. The car door
safety system which this project
presented is based on popular
microcontrollers and sensors, it is
easy to build, integrate and low cost.
It transmit alert to configured SIM
via GSM/GPRS module and also
data updated in server when the
door opened and crash detected.
387
TEMBMA1282
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Iot Based Liquid Level Monitor Using
Raspberry Pi
The main aim of this system is to
monitor the water level at rural
areas so that they help in detecting
the wastage of water and measures
can be taken to avoid unnecessary
overflowing of water in the areas
where monitoring is a difficult task.
TEMBMA1575
Raspberry Pi Based Automatic Gas Cylinder
Booking Over Iot
The main aim of this system is to
help the illiterate people to
automatically book the gas cylinder
whenever the gas is becoming
empty.
TEMBMA1577
The main aim of this system is to
secure property in the bank by using
Arduino Based Secure Fingerprint Bank Locker
face validation and fingerprint
With Image Capture
validation. By this it is more
secured.
TEMBMA1601
Voice Controlled Home Automation Using
Raspberry Pi
(Controllers / Raspberry pi)
This project covers most important
feature, in which it could provide the
complete smart home environment.
The voice controlled home
automation using Raspberry Pi is
proposed for the benefit of easy use
and control of devices by elderly
and disabled people.
TEMBMA1622
The main objective of this project is
to identify the drowsiness state of
Drivers Drowsiness Detection Using Raspberry
the driver and generates an alert
Pi and Webcam
immediately to wake up the driver
(Controllers / Raspberry pi)
so that we can able to prevent road
accidents.
TEMBMA1623
The main theme of this project is to
avoid accidents by detecting
Drunk And Drive Detection with Vehicle Ignition whether the person is drunk or not
Lock using Raspberry Pi
and if is drunk, the engine will
(Controllers / Raspberry pi)
automatically stops. By the time the
drivers starts the ignition lock, this
system will starts to work.
TEMBMA1649
Navigation System for Visually Impaired
People by Using Raspberry Pi
(Controllers / Raspberry pi)
Blind people facing lot of difficulties
to lead their life alone. So by using
this system blind people can survive
easily with voice commands without
persons help.
Face Recognition System Using Raspberry Pi
(Controllers / Raspberry pi)
The main objective of this project is
to create security in our daily life
through technology. Face
recognition using deep learning
technique been used to perform
efficient door access control system.
TEMBMA1574
TEMBMA1650
( Page 48 )
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Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Latest Titles
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Project Code
TEMBMA1662
TEMBMA1711
TEMBMA1720
Project Name
Objective
Solar Based Automatic Irrigation Robot for
Farm Monitoring
(Domains / Android)
This project “smart management of
street lights for energy conservation
using iot” is a cost effective,
practical, ecofriendly and the safest
way to save energy and this system
the light status information can be
accessed from anytime and
anywhere. It clearly tackles the two
problems that world is facing today,
saving of energy and also disposal
of incandescent lamps, very
efficiently.
Iot Based Railway Track Fault Detection By
Using Raspberry Pi
(Controllers / Raspberry pi)
The main objective of this project is
to create a railway track fault
detection which automatically
detects the faulty rail track without
any human intervention. In the
proposed system, we are using
Ultrasonic sensors will have the
benefit of monitoring tracks
continuously to detect cracks
without human intervention.
IOT Based Garbage Monitoring System Using
Raspberry Pi
(Controllers / Raspberry pi)
The system works with the help of
Raspberry Pi and ultrasonic sensor
for identifying level of garbage in
garbage bin, gas sensor to identify
toxins, moisture sensor to identify
whether the dry and wet is mixed or
not. The collected information is
sent through cloud.
399
TEMBMA1740
Surveillance System Using Raspberry Pi
(Controllers / Raspberry pi)
The main objective of this project is
to monitor the areas where it’s
installed and send notifications to
the owner through SMS when an
intruder enters and captures image
of that person. And also alerts the
user through GSM.
400
TEMBMA2014
Smart Mirror Based On Raspberry Pi
(Controllers / Raspberry pi)
The main objective of this project is
to detect thief when nobody is at
home
TEMBRE19_885
Data Transmission Through Sound Waves
The main aim of our project is to
transmit data through sound waves.
We are using ultrasonic sensor for
transmitting data.
TEMBMA2075
Intelligent Traffic Signal Control System for
Ambulance Using IOT
(Controllers / NodeMCU)
The main objective of this system is
to control the traffic signals so that
the ambulance would be able to
cross all the traffic junctions without
waiting.
401
402
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Phone: +91 9030333433, +91 8776681444
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404
405
406
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Objective
AI based fire detection and control system
(Domains / Artificial Intelligence)
The main objective of this project is
to create a Fire alarm and
prevention system which is a
real-time monitoring system that
detects the presence of smoke/ fire
in the air and it has ability to
remotely send an alert when a fire is
detected.
Implementation of Vision Based Object
Tracking Robot
(Domains / Image Processing)
The main objective of the project is
to make the use of opencv mobile
application for acquiring images and
instructions from pc or mobile to
perform physical movement.
Controlling process has been made
much more accurate at the cost of
programming complexities.
TEMBMA2117
Automatic Railway Gate Controlling System
The main objective of this project is
to avoid railway accidents
happening at unattended railway
gates using Arduino
TEMBMA2199
IOT Based Traffic Light Control System For
Ambulance
(Domains / Android)
The main objective of this system is
to control the traffic signals so that
the ambulance would be able to
cross all the traffic junctions without
waiting.
TEMBMA2097
TEMBMA2107
407
TEMBMA2166
Underground Cable Fault Distance Locator
Using IOT
(Domains / Electrical)
The main theme of this project is to
find the underground fault detection
using arduino uno with the help of
current sensing circuit and
uploading the data to an IoT
platform.
408
TEMBMI109
Density Based Traffic Signal System
The main objective of this project is
to monitor the traffics lights by using
RFID technology
TEMBMI206
An Rfid Based Smart Evm System For
Reducing Electoral Frauds
The main objective of this project is
to design EVM system using RFID
technology for preventing Electoral
Frauds
410
TEMBRE19_47
Pillsense: Designing A Medication Adherence
Monitoring System Using Pill Bottle-mounted
Wireless Sensors
(Domains / Biomedical)
The main objective of this project is
to build a system which reminds pills
and monitor continuously by using
RTC module
411
TEMBRE19_512
Secure Fingerprint Bank Locker With Image
Capture
(Controllers / Raspberry pi)
The main objective of this project is
to Open and close Bank locker
using secure fingerprint
412
TEMBMA1637
Novel Wearable Sensor Device For
Continuous Monitoring Of Cardiac Activity
The main objective of this project is
to monitor blood pressure and
409
( Page 50 )
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414
Project Code
TEMBMA1640
TEMBRE19_511
Project Name
Objective
During Sleep
(Domains / WSN)
temperature continuously through a
wearable device
Novel Wearable Sensor Device For
Continuous Monitoring Of Cardiac Activity
During Sleep
(Domains / Biomedical)
The main objective of this project is
to monitor blood pressure and
temperature continuously through a
wearable device
Raspberry Pi Based Vehicle Starter On Face
Detection
(Domains / Image Processing)
This project is embedded
automotive security system
involving face recognition. The
system can be used to reduce the
increased vehicle theft which will
give shock when an intruder tried to
start the engine.
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TEMBMA3388
Robotic Bomb Detection and Disposal
Application using Arduino
(Domains / WSN)
The main objective of this project is
to detect the Bomb using Metal
detector and to take away bomb
from that location
TEMBMA3394
Design of Smart Walking Stick Combined with
Home Automation for Blind People
(Domains / WSN)
The main objective of this project is
to design a smart blind stick which
can act as Blind stick and home
automation as well
3
TEMBMA3360
Facial Recognition Smart Glasses for Visually
Impaired People
(Domains / Arduino+Python)
The main objective of this project is
to give support for visually impaired
people by adding face recognition in
the system
4
TEMBMA3367
Fire Detection and Control System Using
Arduino and Webcam
(Domains / Arduino+Python)
The main objective of this project is
to detect the fire using Webcamera
and control it through Pump motor
TEMBMA3374
High Protection Voice Identification Based
Bank Locker Security System
(Domains / Arduino+Python)
The main objective of this project is
to provide high protection to bank
locker through Voice identification
and face recognition
6
TEMBMA3380
Virtual Fencing Using Yolo Framework in
Agriculture Fields
(Domains / Arduino+Python)
The main objective of this project is
to Monitor Agriculture field through
Technological Advancement like
YOLO framework
7
TEMBMA3381
Vehicle Seat Vacancy Identification Using
Image Processing Technique
(Domains / Arduino+Python)
TEMBMA3393
The main objective of this project is
Development and Implementation of Automatic
to control Trolley using MEMS
Trolley System for Disabled, Aged and Nursing
sensor and to scan the item using
using Arduino
RFID so that it will be useful for
(Domains / Robotics)
Disabled people
TEMBMA3389
IoT Based Crop Protection System During
Rainy Season
(Domains / IOT)
The main objective of this project is
to monitor temperature and
humidity, soil status using Soil
Moisture sensor, rainfall detection
using Rain Drop sensor and to
upload values to server
TEMBMA3390
Internet of Things - Enabled Smart Shoes for
Blind People
(Domains / IOT)
The main objective of this project is
to detect obstacle, pothole, heat
using sensors and upload the
parameters to server along with
power storage using Piezo sensors
TEMBMA3391
Gas Leakage with Auto Ventilation and Smart
Management System Using IoT
(Domains / IOT)
The main objective of this project is
to provide Ventilation when gas and
fire are detected and upload the
data to server
1
2
5
8
9
10
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( Page 52 )
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Phone: +91 9030333433, +91 8776681444
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TEMBMA3392
Driver’s Safety Management System for
Commercial Purposes using IoT
(Domains / IOT)
The main objective of this project is
to detect multiple parameters like
Driver Drowsiness, Alcohol
detection and Accident detection by
integrating all these sensors to a
controller
TEMBMA3377
A Prototype of an Arduino-based Protection
System to Overcome Voltage Fluctuations
(Domains / Embedded applications)
The main objective of this project is
to protect the Electrical system from
Over voltages as well as Under
voltages by Turning OFF the Load
connected to the system
TEMBMA3218
MedRobo - Medicine Delivering and Patient
Parameter Monitoring Robot
(Domains / Robotics)
The main objective of this project is
to reduce the human-human contact
and to measure Vital health
parameters using Robot
TEMBMA3240
Automated Robot for Seeding and
Transplantation of Rice and Wheat Crops
(Domains / Robotics)
The main objective of this project is
to develop a Robot which can be
used for Seeding and
transplantation through possible
arrangements
Solar Based Wheel Chair For Disabled
Peoples
(Domains / Robotics)
The main objective of this project is
to assist disabled people by
controlling their wheelchairs through
hand gestures. MEMS sensor is
such a sensor which able to detect
the position & it is attached to the
hand
TEMBMA3247
Women Safety Night Surveillance Robot using
Raspberry pi
(Domains / Robotics)
The main objective of this project is
to provide security for women during
night times by giving a buzzer alert if
any odd sound is detected by the
sound sensor and to send Mail alert
with Live location of the women
captured by a Camera
TEMBMA3224
Smart Warehouse Monitoring System using
IOT
(Domains / IOT)
The main objective of this project is
to monitor Warehouse by measuring
parameters like light, Temperature
etc. and uploading data to server.
19
TEMBMA3276
Secure Home Entry Using Raspberry Pi with
Notification via Telegram
(Domains / IOT)
The main objective of this project is
to allow Authorized persons into
home and capture Image of
Unauthorized person, sending
through Telegram
20
TEMBMA3255
IOT Flood Monitoring & Alerting System
(Domains / IOT)
The main objective of this project is
to monitor Floods by getting sensors
data on IoT platform
21
TEMBMA3303
Ultrawide Band Radar System For Through
The main objective of this project is
12
13
14
15
16
17
18
Project Code
TEMBMA3245
( Page 53 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
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Objective
Wall Human Vital Signs Detection
(Domains / Embedded applications)
to detect human signs using Radar
sensor
TEMBMA3243
Automatic Contactless Switch for Smart Home
(Domains / Embedded applications)
The main objective of this project is
to build smart Home in this
pandemic situation by controlling
without contact to any device
TEMBMA3222
Automated Cultivation System for Plants &
Mushrooms using Raspberry Pi
(Domains / Embedded applications)
The main objective of this project is
to build automatic Cultivation
system for Plants & Mushrooms
using Raspberry Pi
TEMBMA3217
Smart Cane for Visually Impaired Person
(Domains / Embedded applications)
The main objective of this project is
to build a smart cane for Visually
Impaired people to travel outside
their homes Independently
TEMBMA3236
Fall Detection of Riders using Inertial Sensors:
A Smart Helmet
(Domains / Embedded applications)
The main objective of this project is
to provide Smart Helmet which
detects Falling of Riders and make
them Alert
TEMBMA3264
Block-Matching Methods to Help Navigating
Visually Impaired People using Raspberry PI
Platform
(Domains / Embedded applications)
The main objective of this project is
to Help Visually Impaired People by
navigating their Location using
Raspberry Pi processor through
GPS
TEMBMA3267
Timeline Driven Dynamic Vehicle Speed
Control System for Next Generation ITS
System
(Domains / Embedded applications)
The main objective of this project is
to Control the Vehicle speed in
prescribed Time period by using
Zigbee Technology
TEMBMA3271
Fully Automated Progressive Productive
Monitoring and Hazardous Detection System
for Smart Poultry Farming
(Domains / Embedded applications)
The main objective of this project is
to monitor Temperature, Light
Intensity, Gas levels in Poultry for
fully Automated system
29
TEMBMA3277
LED Advertising Board Based on IOT
E-Circular Notification for Students Through
WIFI
(Domains / Embedded applications)
The main objective of this project is
to develop an Advertising board for
displaying notifications in different
places
30
TEMBMA3305
Biometric Based Exam Gate Authentication
System with SMS Alert
(Domains / Embedded applications)
The main objective of this project is
to open and close gate using
Biometric Authentication
31
TEMBMA3212
Smart Fish Aquaculture Monitoring System
with Water Color Identification Using Mobile
Camera
(Domains / OpenCV)
The main objective of this project is
to identify the color of water when
pH is acidic in nature by capturing
image using mobile camera
32
TEMBMA3249
COVID Care Health Monitoring System
(Domains / Biomedical)
The main objective of this project is
to monitor health of patient during
Covid situation
22
23
24
25
26
27
28
Project Code
( Page 54 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
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Project Code
Project Name
Objective
TEMBMA3250
Implementation of Security in Wireless Body
Area in Sensor Networks
(Domains / Biomedical)
The main objective of this project is
to secure ourselves during this
COVID by monitoring Temperature
of patient using Adafruit server
34
TEMBMA3225
A Novel Hybrid Biometric Electronic Voting
System: Integrating Finger Print and Face
Recognition
(Domains / OpenCV)
The main objective of this project is
to Integrate Fingerprint Technology
and Face Recognition in Electronic
Voting System
35
TEMBMI2233
Remote Control Robotic Car
The main objective of this project is
to control Robotic Car by moving in
all four directions using a Remote
36
TEMBMA3016
Borewell Child Rescue
(Domains / WSN)
The main objective of this project is
to Rescue Child from Borewell by
measuring distance of child from
ground level
37
TEMBMA3009
Blind Stick
(Controllers / Arduino)
38
TEMBMA3015
Smart Medicine Reminder Box
(Controllers / Arduino)
The main objective of this project is
to Remind patients to take Medicine
in set time using RTC module
39
TEMBMA3252
Highly Compact Device Modelling and
Notification System for Outdoor Patient
Monitoring System
(Domains / Biomedical)
The main objective of this project is
to provide best model for getting
health notification from a patient in
outdoor
40
TEMBMA3336
Tracking and Monitoring System for Reliable
Commodity Delivery
(Domains / Embedded applications)
41
TEMBMA3335
IoT Based Industrial Security Control and
Monitoring System
(Domains / IOT)
42
TEMBMA3333
Solar Power Monitoring Using IoT
(Domains / Renewable)
43
TEMBMA3332
Smart Device for Blind
(Domains / OpenCV)
44
TEMBMA3334
ESP32-CAM Motion Sensor Security Camera
(Domains / Embedded applications)
45
TEMBMA3331
Sensor based Solar Tracker System using
Electronic Circuits for Moisture Detection and
Auto-Irrigation
(Domains / Embedded applications)
46
TEMBMA3329
IOT based Vehicle System for Physically
Challenged People
(Domains / IOT)
33
( Page 55 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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TEMBMA3328
Speaking System for Mute People Using Hand
Gestures
(Domains / Embedded applications)
48
TEMBMA3327
An IOT BasedRemote HRV Monitoring System
for Hypertensive
(Domains / Biomedical)
49
TEMBMA3324
IOT based Water Over Flow Indicator
(Domains / IOT)
50
TEMBMA3320
Voice Operated Intelligent Fire Extinguisher
Vehicles
(Domains / WSN)
51
TEMBMA3322
Stephen Hawking Wheel Chair Model
Controlled by MEMS Motion
(Domains / Robotics)
52
TEMBMA3321
Smart GPS Tracker Using IoT Device
(Domains / IOT)
53
TEMBMA3319
Arduino based Traffic Light Control System for
Emergency Vehicle Using Radio Frequency
(Domains / WSN)
The main objective of this project is
to know the parking slot status in
any parking places which makes an
user to find the parking slots easily
through wireless sensor network
54
TEMBMA3318
Smart Vehicle Parking System Using RFID
(Domains / WSN)
55
TEMBMA3317
Infant Cradle Monitoring System Using IoT
(Domains / IOT)
56
TEMBMA3315
Speaking System for Dumb and Deaf People
Using Emergency Location Sharing
(Domains / Embedded applications)
57
TEMBMA3313
Multiple Transformers Oil Temperature
Monitoring with Automatic Circuit Breaker with
SMS Based Alerts
(Domains / Embedded applications)
58
TEMBMA3312
IoT Based Smart Garbage Monitoring System
And Domestic Care
(Domains / IOT)
59
TEMBMA3311
Vehicle Speed Violation Auto Salary Debit
Using RFID
(Domains / WSN)
TEMBMA3021
Device To Check Harmful Chemicals In Fruits
And Vegetables
(Controllers / Arduino)
60
( Page 56 )
Website: www.takeoffprojects.com
The main objective of this project is
to Check harmful Chemicals in fruits
and vegetables by using Gas
sensors and sending message
alerts to registered mobile number
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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61
TEMBMA3248
The main objective of this project is
Power Generation using Piezo Electric Material to Generate electric power from
(Domains / Electrical)
Piezoelectric material which gives
certain voltage as output
62
TEMBMA3022
Advanced Laser Security System
(Controllers / Arduino)
63
64
65
66
67
68
69
TEMBMA2979
Objective
Medical Remote Monitoring of Multiple
Physiological Parameters Based on Wireless
Embedded Internet
(Domains / IOT)
In view of the current situation, that
physiological parameter monitoring
systems can only achieve local
monitoring, and the
multi-physiological parameter
monitors are large, expensive, and
disadvantageous to remote
monitoring. The main objective of
this system is to monitor the health
condition of patients from anywhere.
TEMBMA2538
Smart Soldier Strap
(Domains / WSN)
The main objective of this project is
to monitor the health conditions of a
soldier. Heartbeat and body
temperature of every soldier will be
monitored. This technology can be
helpful to provide the accurate
location of missing soldier in critical
condition and overcome the
drawback of soldiers missing in
action.
TEMBMA2983
Embedded Based Vehicle Speed Control
System Using Wireless Technology
(Domains / WSN)
The main objective of this project is
to alert driver to control the speed of
vehicle in critical zones like schools,
hospitals etc.
TEMBMA2982
Child in Safety with Localization Awareness
(Domains / WSN)
The main objective of this project is
to give safety to child by sending
their location for continuous
monitoring
TEMBMA3093
IOT Based Smart Museum using Bluetooth
Low Energy
(Domains / WSN)
The main objective of this project is
to share knowledge about historical
arts to visitors by using BLE
technology
TEMBMA3161
Examination Room Guide Using RFID
(Domains / WSN)
The main objective of this project is
to guide the student at the
examination centers for searching
the examination room by using
RFID card as hall ticket.
TEMBMA2684
Renewable Energy Based Wireless Power
Transfer
(Domains / Electrical)
( Page 57 )
Website: www.takeoffprojects.com
The main objective of this project is
wireless power transfer (WPT) using
renewable source i.e. solar energy.
The principle behind WPT is
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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Objective
inductive coupling wherein an
electric field is generated thus
transmitting power from transmitter
to receiver
70
71
72
Pibot: The Raspberry Pi Controlled
Multi-Environmental Robot For Surveillance &
Live Streaming
(Controllers / Raspberry pi)
The main objective of the project is
to build a robot that is able to
capture live stream, moves to
different rooms and identifies the
environmental conditions and finally
sending the same data to cloud.
TEMBMA2813
IOT: A Novel Strategy for Biometric Voting
system
(Controllers / Raspberry pi)
The main objective of the project is
to propose a novel strategy, in which
the validation of voting is done
based on fingerprint of voter and
GPS location where he utilized vote
will send to a server
TEMBMA2785
The main objective of the project is
to design and develop a surveillance
robot that can reduce the casualties
IoT Based Smart Multi Application Surveillance
in the war field, where it acts as
Robot
surveillance robot to capture the
(Controllers / Raspberry pi)
intruders surrounding information
before the intruder is attacked by
the soldiers
TEMBMA2818
The main objective of the project is
to monitor vehicle speed and if
vehicle exceeds speed limit, then
the vehicle's image will be captured
and forward to concern officials by
using IoT technology
73
TEMBMA2779
Development & Implementation of Smart
Vehicle Over Speeding Detector using
IoT
(Controllers / Raspberry pi)
74
TEMBMA2754
Density-based traffic light control using
OpenCV
(Controllers / Raspberry pi)
The objective of this project is to
monitor and control the traffic
signals on road based on density.
Design and Development Of Agri-Bot For
Automatic Ploughing, Seeding And Watering
(Controllers / Raspberry pi)
The main objective of this project is
to develop Agri-Bot for automatic
ploughing, seeding and watering to
reduce the man power and for
controlling, uploading data by using
a mobile app.
Design and Development Of Agri-Bot For
Automatic Ploughing, Seeding And Watering
(Domains / Robotics)
The main objective of this project is
to develop Agri-Bot for automatic
ploughing, seeding and watering to
reduce the man power and for
controlling, uploading data by using
a mobile app.
75
76
TEMBMA2744
TEMBMA2743
( Page 58 )
Email: info@takeoffprojects.com
77
TEMBMA2890
Advanced Traffic Violation Control and Penalty The main objective of this project is
Website: www.takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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Objective
System with Web Server
(Controllers / Arduino)
to create an intelligent traffic
violation detection and traffic flow
analysis system to monitor and
measure red light jumping.This
system is based upon RFID
technology for identification of
vehicles on the road and OpenCV,
IoT for charging the vehicle for
jumping red light.
TEMBMA2942
Device to check for harmful chemicals in
vegetables and fruits
(Controllers / Arduino)
The main objective of the project is
to develop a device that would
identify and measure the amount of
harmful chemicals present on the
skin and inside the vegetables and
fruits
TEMBMA2837
The main objective of this project is
to monitor and manage processes
remotely and change production
IoT Based Smart Factory Management System
plans quickly. Moreover, if any
(Controllers / Arduino)
emergency cases occurred buzzer
gets ON to alert and SMS will be
sent to take an immediate action.
TEMBMA2879
IoT Based Farming Robot Using WSN
(Controllers / Arduino)
The main objective of this project is
to help the farmer to reduce the
human effort by automatic process
using Robot
Design and Development Of Agri-Bot For
Automatic Ploughing, Seeding And Watering
(Controllers / Arduino)
The main objective of this project is
to develop Agri-Bot for automatic
ploughing, seeding and watering to
reduce the man power and for
controlling, uploading data by using
a mobile app.
IoT Based Organic Farming by Using
Aquaponics Method
(Controllers / Arduino)
The main objective of this system is
to develop an Internet of Things
based aquaponics monitoring
system which measures and
displays parameters like pH level,
water level, humidity, temperature,
through an IOT platform.
TEMBMA2877
TEMBMA2841
83
TEMBMA2826
Solar Powered Automated Multi-Tasking
Agricultural Robot
(Controllers / Arduino)
The main objective of this project is
to minimize the labor and to
increase the speed and accuracy of
the work through multi-tasking ability
of Agriculture robot which are
identification of field temperature,
fire incidents occurred in the field,
and intruder detection
84
TEMBMA2824
Machine Learning-based Surveillance System
for Detection of Bike Riders without Helmets
A machine learning based
surveillance system which can able
( Page 59 )
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Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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Objective
and Triple Rides
(Controllers / Arduino)
to detect the persons without helmet
and/or people who are going on a
triple rides
TEMBMA2811
IOT: A Novel Strategy for Biometric Voting
system
(Controllers / Arduino)
The main objective of the project is
to propose a novel strategy, in which
the validation of voting is done
based on fingerprint of voter and
GPS location where he utilized vote
will send to a server
TEMBMA2800
COVID-19 Fencing System & Contact
Traceability
(Controllers / Arduino)
The main objective of this project is
to trace the location of the people,
who entered into the COVID-19
contaminated area and sends the
same to higher officials
TEMBMA2800
COVID-19 Fencing System & Contact
Traceability
(Controllers / Arduino)
The main objective of this project is
to trace the location of the people,
who entered into the COVID-19
contaminated area and sends the
same to higher officials
Solar Dryer Alarm for the safety of food
(Controllers / Arduino)
The main objective of the project is
to design a system for automatic
temperature conditioning, for drying
of fruits and vegetables based on
the product and alerting after
completion of the process
Multi-Directional Rotating Dumping Trailer
(Controllers / Arduino)
Modern 3 ways dropping dumper’
has been conceived by observing
the difficulty in unloading the
materials. The survey in this regards
in several automobile garages,
revealed the facts that mostly some
difficult methods were adopted in
unloading the materials from the
trailer
TEMBMA2740
Fire Detection and Prevention System Using
Machine Learning
(Controllers / Arduino)
The main objective of this system is
to identify the fire accidents using
machine learning and gives an alert
SMS to fire station along with
buzzer alert and also tries to prevent
the fire by sprinkling water using dc
pump.
TEMBMA2838
The main objective of this project is
to monitor and manage processes
remotely and change production
IoT Based Smart Factory Management System
plans quickly. Moreover, if any
(Controllers / Raspberry pi)
emergency cases occurred buzzer
gets ON to alert and SMS will be
sent to take an immediate action.
TEMBMA2773
TEMBMA2748
( Page 60 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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TEMBMA2836
TEMBMA2096
TEMBMA2948
TEMBMA2918
TEMBMA2915
Project Name
Objective
Smart Robots For Collision Avoidance Using
Neural Networks
(Controllers / Raspberry pi)
The main objective of this project is
to avoid accidents and collisions,
where it works spontaneously when
any obstacle or any vehicle comes
near to another vehicle and it
controls the speed of the vehicle.
AI based fire detection and control system
(Controllers / Raspberry pi)
The main objective of this project is
to create a Fire alarm and
prevention system which is a
real-time monitoring system that
detects the presence of smoke/ fire
in the air and it has ability to
remotely send an alert when a fire is
detected.
Student Attendance Management System
Based on RFID over web server
(Controllers / Raspberry pi)
The main objective of this project is
to create an RFID system in this
application area to detect the
presence and absence of the
student data which is to be
transmitted wirelessly by mobile
device, called a tag, which is read
by an RFID reader.
Multi-sensor Obstacle Detection System via
Model-based State-Feedback Control in Smart
Cane Design for the Visually Challenged
(Controllers / Raspberry pi)
The main objective of this title is to
use a multi-sensor obstacle
detection system for a smart cane
which is proposed via model based
state-feedback control strategy to
regulate the detection angle of the
sensors and minimize the false
alerts to the user
Heart Attack and Alcohol Detection Sensor
Monitoring in Smart Transportation System
using Internet of Things
(Controllers / Raspberry pi)
The main objective of this project is
to create a heartbeat monitoring and
heart attack detection system using
IoT. The user may set the high as
well as low levels of heart beat limit.
After setting these limits, the system
starts monitoring and as soon as
patient heart beat goes above a
certain limit, the system sends an
alert.
The main objective of the project is
to authenticate license using
fingerprint and if the person places
his finger on the sensor then the
device tell us whether they had a
license or not. This can be done by
interlinking the vehicle details with
the IoT
97
TEMBMA2908
Vehicle and license authentication using finger
print
(Controllers / Raspberry pi)
98
TEMBMA2884
Raspberry Pi Based Covid -19 Ventilator and
Health Monitoring Device
( Page 61 )
Website: www.takeoffprojects.com
The main objective of this system is
to make ventilation and health
Email: info@takeoffprojects.com
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Objective
(Controllers / Raspberry pi)
monitoring using the Raspberry Pi, it
will able to monitor our health and
provide information about our heart
rate and temperature.
TEMBMA2869
Vehicle Theft Detector with Remote Engine
Locking
(Controllers / Raspberry pi)
The main objective of this project is
to detect vehicle theft and
continuously track latitude and
longitude by mobile application
TEMBMA2866
Authorized Covid-19 Entry using Face Mask
Detection & Automatic Sanitizer Dispenses &
UV Sanitization
(Controllers / Raspberry pi)
The main objective of this project is
to save the lives of people from sick
or covid-19 infected patients and
hence to reduce the spread of
covid-19 by using this system.
TEMBMA2854
This project is used for pandemic
bus service for safety measure.
Initially passenger need to register
for e-bus pass card. Whenever they
Intelligent Covid-19 Pandemic Bus Service with
entered into the bus, they need to
Safety Measure
swipe their card then their location is
(Controllers / Raspberry pi)
sent to cloud server. Based on the
distance of travel, the fare is
deducted from their e-bus pass
card.
TEMBMA2691
Advanced Smart Energy Saving System for
Modern Railway Station Platform
(Domains / IOT)
The main objective of this project is
non-emergency equipment in public
building, during non-working hours
4am- 8am there is no need of power
and hence power can be saved for
modern railway station platform.
TEMBMA3306
IOT Based Biometric Attendence Using
Arduino
(Domains / IOT)
The main objective of this project is
to use Biometric Authentication for
attendance management and also
uploading the same data to server
Student Attendance Management System
Based on RFID over web server
(Domains / IOT)
The main objective of this project is
to create an RFID system in this
application area to detect the
presence and absence of the
student data which is to be
transmitted wirelessly by mobile
device, called a tag, which is read
by an RFID reader.
Smart Management of Street lights for Energy
Conservation using IoT
(Domains / IOT)
The main objective of the project is
to conserve energy using IoT for
smart management of street lights
which is a cost effective, practical,
ecofriendly and the safest way to
save energy and in this system the
light status information can be
accessed from anytime and
TEMBMA2551
TEMBMA2607
( Page 62 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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anywhere.
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107
108
109
110
TEMBMA3208
TEMBMA2676
TEMBMA2638
TEMBMA2602
TEMBMA2575
IOT based Automated Hydroponic Vertical
Hydroponics Farming
(Domains / IOT)
The main objective of this project is
to build a system with Vertical
Hydroponics farming which is
necessary to fulfill future needs
Vehicle and license authentication using finger
print
(Domains / Embedded applications)
The main objective of the project is
to authenticate license using
fingerprint and if the person places
his finger on the sensor then the
device tell us whether they had a
license or not. This can be done by
interlinking the vehicle details with
the IoT
Smart Door Camera with Facial Recognition
Feature and Thermal Screening
(Domains / Embedded applications)
The main objective of this project is
to identify the symptoms of covid-19
by measuring the body temperature
of a person. By this, our system can
save the people from the spread of
covid-19
Real Time Application for Vehicle Anti-Theft
Detection and Protection with Shock Using
Facial Recognition and IoT Notification
(Domains / Embedded applications)
The main objective of the project is
to take decision and automatically
control the motion of the following
vehicle through a collision
avoidance system consisting of
arduino that is implemented to warn
the driver using a buzzer.
Low-Cost Contact Thermometry for Screening
and Monitoring During the COVID-19
Pandemic
(Domains / Embedded applications)
The main objective of the project is
to use a low-cost, contact
thermometer solution that is based
on a silicon band gap temperature
sensor to allow personal screening
that is described using a
Proof-of-Concept solution for
pregnant women and women infants
for self-monitoring
The main objective of the project is
to implement Vehicle to vehicle
communication in order to reduce
vehicle's accidents by Li-Fi
technoogy. The proposed use of
Li-Fi technology comprises mainly
light-emitting diode (LED) bulbs as
means of connectivity by sending
data through light spectrum as an
optical wireless medium for signal
propagation.
The objective of this project is to
monitor and control the traffic
signals on road based on density.
111
TEMBMA2555
Design and implementation of a vehicle to
vehicle communication system using Li-Fi
technology
(Domains / Embedded applications)
112
TEMBMA2543
Density-based traffic light control using
OpenCV
(Domains / Embedded applications)
( Page 63 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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TEMBMA3074
RFID and Face Recognition based Smart
Attendance System
(Domains / Embedded applications)
The main objective of this project is
to maintain attendance details of the
students using RFID and face
recognition
TEMBMA3084
Dry Hand Washing Machine by Fog
Disinfection to Save Water
(Domains / Embedded applications)
The main objective of this project is
to develop a machine for dry hand
washing by Fog disinfection to save
water
TEMBMA3183
Smart Speaking Glove
(Domains / Embedded applications)
The main objective of this project is
to help physically disabled people to
communicate with normal people by
using Smart glove
116
TEMBMA3105
MIDI Controller using Arduino
(Domains / Embedded applications)
The main objective of this project is
to work with digital music production
by designing our own DAW(Digital
Audio Workstation)
117
TEMBMA3196
Bio-Feedback Hand Glove
(Domains / Embedded applications)
The main objective of this project is
to monitor health parameters by
attaching sensors on hand glove
TEMBMA2554
Design and implementation of a vehicle to
vehicle communication system using Li-Fi
technology
(Domains / WSN)
The main objective of the project is
to implement Vehicle to vehicle
communication in order to reduce
vehicle's accidents by Li-Fi
technoogy. The proposed use of
Li-Fi technology comprises mainly
light-emitting diode (LED) bulbs as
means of connectivity by sending
data through light spectrum as an
optical wireless medium for signal
propagation.
TEMBMA2564
Air Pollution Monitoring System Using
Waspmote Gases Sensor Board in Wireless
Sensor Network
(Domains / WSN)
The main objective of this project is
to monitor and analyze the level of
air pollution at certain location and
inform the results to the user in
graphical form through IOT.
TEMBMA2566
Traffic Management by Monitoring Weather
Parameters and Pollutants Remotely using
Raspberry Pi
(Domains / WSN)
The main objective of the project is
to measure few weather parameters
at a dense location with heavy traffic
and provide the corresponding live
data by the stand-alone IoT system
121
TEMBMA2587
Transmission of Data, Audio Signal and Text
Using Li-Fi
(Domains / WSN)
The main objective of the project is
to send an audio signal from mobile
to the speaker with the help of
wireless LiFi technology
122
TEMBMA2609
Smart AI pothole detector
(Domains / WSN)
The main objective of this project is
to detect potholes in a simple way,
inform that to the maintenance and
113
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115
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119
120
( Page 64 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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solve the problem and finally make
the transport easier.
123
124
125
126
127
128
Automatic Pill Reminder For Easy Supervision
(Domains / Biomedical)
The main objective of the project is
to supervise patient easily by
Automatic Pill Reminder. Automatic
pill reminder and dispenser setup
that can alleviate irregularities in
taking prescribed dosage of
medicine at the right time dictated
by the medical practitioner and
switching from approaches that
predominantly dependent on human
memory to automation with easy
supervision is a good sign.
TEMBMA2648
Raspberry Pi Based Covid -19 Ventilator and
Health Monitoring Device
(Domains / Biomedical)
The main objective of this system is
to make ventilation and health
monitoring using the Raspberry Pi, it
will able to monitor our health and
provide information about our heart
rate and temperature.
TEMBMA2667
The main objective of this project is
being connected to the health care
system through IoT, where doctors
Raspberry Pi-Android Based Comatose Patient
can improve the diagnosis accuracy
Monitoring System Using Web Server
as they are getting all the necessary
(Domains / Biomedical)
patient data at hand. In a word, this
project allows monitoring patient
continuously and remotely.
TEMBMA2605
The main objective of this project is
being connected to the health care
system through IoT, where doctors
Raspberry Pi-Android Based Comatose Patient
can improve the diagnosis accuracy
Monitoring System Using Web Server
as they are getting all the necessary
(Domains / Biomedical)
patient data at hand. In a word, this
project allows monitoring patient
continuously and remotely.
TEMBMA2665
Raspberry Pi Based Vehicle Number Plate
Recognition Using OCR
(Domains / OpenCV)
The main objective of this project is
to build a Raspberry Pi based
Vehicle Number Plate Recognition
system using OCR. The image of
the Number plate is captured and is
processed to extract the vehicle
number with Raspberry pi and
whenever the vehicle is detected
then the data will be send to the
cloud finally.
TEMBMA3118
Vehicle and License Authentication using Face
Recognition
(Domains / OpenCV)
The main objective of this project is
to simplify the driving license
authentication system by making it a
digitalized version.
TEMBMA2680
( Page 65 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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TEMBMA3099
Raspberry Pi Asssisted Face Recognition
System
(Domains / OpenCV)
The main objective of this project is
to design a system which recognize
face by using the dataset, created
earlier
Driver Drowsiness Detection
(Domains / OpenCV)
The main objective of this project is
to detect the Drowsiness of a driver
by numerical calculations like
distance between lips and eyes in
Python using Camera
Smart Glasses for Blind
(Domains / OpenCV)
The main objective of this project is
to help blind people to identify the
object in front of them without
depending on anyone. This system
gives an audio feedback to the
person.
Smart Electronic Voting Machine with Face
Recognition using Raspberry Pi
(Domains / OpenCV)
The main objective of this project is
to eliminate the fraudulent votes that
are happening during the election
procedure and to provide a highly
secured data transfer to IOT which
produces results who is in the lead
for every minute after voting with the
help of this smart EVM system.
Object Recognition & Location Tracking
(Domains / OpenCV)
The main objective of this project is
to avoid accidents by identifying
person or any animal on roads and
to track the vehicle whenever we
want
Smart Electronic Voting Machine Using
Raspberry Pi with Face Recognition
(Domains / OpenCV)
The main objective of the project is
to use a smart electronic voting
system that eliminates fault voting in
which validation can be done in two
stages i.e., aadhar, finger print
and/or facial recognition
Raspberry Pi-Android based Smart Parking
System using Web Server
(Domains / OpenCV)
The main objective of this project is
to create a smart parking system
which detects and finds a parking
location for consumer’s vehicle and
displays the information in an IoT
platform. This smart parking feature
enables user to find a parking
location and a free slot in that
parking space.
Smart Bag for Women Safety
(Domains / IOT)
The main objective is to design a
smart bag which provides security
for women since women are not
safe in many locations. Women
harassment is increasing in an
alarming rate. To ensure women
TEMBMA3123
TEMBMA3142
TEMBMA3100
TEMBMA3091
TEMBMA2589
TEMBMA2660
TEMBMA2977
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safety this system established.
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IOT Based Wireless Sensor Network for Air
Pollution Monitoring
(Domains / IOT)
The main theme of this project is to
monitor the air quality parameters
like dust density, temperature and
CO2 content present in the
surrounding of this device; from
anywhere through an IOT platform.
Smart Farming System using IoT for Efficient
Crop Growth
(Domains / IOT)
The main objective of this project is
to overcome limitations of gardening
about supplying of water to plants
automatically and also need to
observe light intensity and humidity.
This helps to plants to grow healthy
when we are giving sufficient water
to it.
TEMBMA2963
A Comparative Study of LoRa and IEEE
802.15.4-based IoT Deployments inside
School Buildings
(Domains / IOT)
By providing information on
environmental and equipment
criteria, the Internet of Things offers
major possibilities for ecological
efficiency and enhancement of
comfort for the occupants of smart
buildings. by using sensors can the
real time data efficiently.
TEMBMA2962
IoT-Enabled Shipping Container with
Environmental Monitoring and Location
Tracking
(Domains / IOT)
The main objective of this project is
to monitor the environmental
parameters using sensors and
uploading to an IOT platform along
with its GPS location.
TEMBMA2960
Hardware Root Of Trust for IoT Security In
Smart Home Systems
(Domains / IOT)
The main objective of this project is
to improve security and privacy,
authentication in Smart home
system using IOT implementation.
An IoT-Based Intelligent System for Real-Time
Parking Monitoring and Automatic Billing
(Domains / IOT)
The main objective of this project is
to use a sensor system which allows
real-time parking occupancy
monitoring along with parking
payment. A smart parking feature
which enables a user to find a
parking location and a free slot in
that parking space through mobile
app.
Development of congestion level based
dynamic traffic management system using IoT
(Domains / IOT)
The main objective of this project is
to make the traffic signaling system
automatic, by providing the vehicle
density measurement intelligence to
the system. So that there should not
be any difficulties in traffic handling.
TEMBMA2969
TEMBMA2967
TEMBMA2958
TEMBMA2970
( Page 67 )
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TEMBPG922
TEMBMA2980
( Page 68 )
Project Name
Objective
Helmet for Road Accident Detection
(Domains / WSN)
motor vehicles, the frequency of
accidents is on the rise. A major
portion of the fatalities occur
because the person was either not
wearing a helmet, or his accident
was not reported in time, and he
could not be saved because of the
delayed admittance to a hospital, or
because he was riding while drunk.
We propose mechanisms that can
detect if one is wearing the helmet,
detect accidents, and detect
whether the person has
over-consumed alcohol. This will
ensure the holistic safety of the rider
at all times.
Design & Implementation of IoT Based Smart
Helmet for Road Accident Detection
(Domains / IOT)
With the growing number of 2-wheel
motor vehicles, the frequency of
accidents is on the rise. A major
portion of the fatalities occur
because the person was either not
wearing a helmet, or his accident
was not reported in time, and he
could not be saved because of the
delayed admittance to a hospital, or
because he was riding while drunk.
We propose mechanisms that can
detect if one is wearing the helmet,
detect accidents, and detect
whether the person has
over-consumed alcohol. This will
ensure the holistic safety of the rider
at all times.
Design & Implementation of IoT Based Smart
Helmet for Road Accident Detection
(Domains / WSN)
With the growing number of 2-wheel
motor vehicles, the frequency of
accidents is on the rise. A major
portion of the fatalities occur
because the person was either not
wearing a helmet, or his accident
was not reported in time, and he
could not be saved because of the
delayed admittance to a hospital, or
because he was riding while drunk.
We propose mechanisms that can
detect if one is wearing the helmet,
detect accidents, and detect
whether the person has
over-consumed alcohol. This will
ensure the holistic safety of the rider
at all times.
Email: info@takeoffprojects.com
Website: www.takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Design & Implementation of IoT Based Smart
With the growing number of 2-wheel
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portion of the fatalities occur
because the person was either not
wearing a helmet, or his accident
was not reported in time, and he
could not be saved because of the
delayed admittance to a hospital, or
because he was riding while drunk.
We propose mechanisms that can
detect if one is wearing the helmet,
detect accidents, and detect
whether the person has
over-consumed alcohol. This will
ensure the holistic safety of the rider
at all times.
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TEMBMA3310
An Efficient Smart Irrigation System for Solar
System by Using PIC &GSM
(Controllers / PIC16F77A)
149
TEMBMA3307
IOT Based Notice Board Using Scrolling
Display
(Domains / IOT)
150
TEMBMA3301
IoT Based Controlling of Hybrid Energy System
Using ESP8266
(Domains / IOT)
151
TEMBMA3295
IoT Based Antenna Positioning System
(Domains / IOT)
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TEMBMA2603
TEMBMA2599
TEMBMA2577
Driver Behavior Monitoring and Warning with
Dangerous Driving Detection Based on the
Internet of Vehicles
(Domains / IOT)
The main objective of the project is
to avoid accidents on the roads that
are caused by drivers behavior. It
keeps monitoring of driving
behavior, and recognizes located
lane lines and warns the other
nearby vehicles using IoV
communication
IOT Based Smart Helmets for Construction
Workers
(Domains / IOT)
The main objective is to design a
smart flexible helmets for
construction workers to monitor their
health condition and to identify their
rotation or orientation with respect to
gravity with the help of gyroscope
sensor and sends the data to cloud
Automated Smart Sericulture For
Enhancement Of Silk Production Using
Embedded System
(Domains / IOT)
The main objective of this project is
to minimize manual invention of the
farmer, by automating the process
of silkworm rearing unit. This system
can monitor and control temperature
and humidity of silkworm rearing
unit and in turn is used to increase
the production of silk.
( Page 69 )
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TEMBMA2567
Traffic Management by Monitoring Weather
Parameters and Pollutants Remotely using
Raspberry Pi
(Domains / IOT)
The main objective of the project is
to measure few weather parameters
at a dense location with heavy traffic
and provide the corresponding live
data by the stand-alone IoT system
TEMBMA2565
Air Pollution Monitoring System Using
Waspmote Gases Sensor Board in Wireless
Sensor Network
(Domains / IOT)
The main objective of this project is
to monitor and analyze the level of
air pollution at certain location and
inform the results to the user in
graphical form through IOT.
TEMBMA2559
The main objective of the project is
to design and develop a surveillance
robot that can reduce the casualties
IoT Based Smart Multi Application Surveillance
in the war field, where it acts as
Robot
surveillance robot to capture the
(Domains / IOT)
intruders surrounding information
before the intruder is attacked by
the soldiers
TEMBMA2597
Smart Helmet Wiper
(Domains / WSN)
The main theme is to design a
helmet that is integrated with a
circuit to sense the rain and
automatically starts to wipe the
helmets eye shield
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TEMBMA2583
Design for visually impaired to work at Industry
using RFID technology
(Domains / WSN)
The main objective of the project is
to provide navigation through a
voice system to direct visually
impaired to his table in the
office/industry rather than
depending on others with the help of
RFID technology.
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TEMBMA2568
Development of a shoe-based dementia
patient tracking and rescue system
(Domains / WSN)
The objective of this project is to
track and rescue the dementia
patient using shoes.
TEMBMA2556
High protection bank locker security system
using live image and voice authentication
(Domains / OpenCV)
The main objective of this project is
to provide security to bank lockers
by capturing live images and
identifying voice notes.
TEMBMA2595
Computer Vision Based Vehicle Detection for
Toll Collection System Using Embedded Linux
(Domains / OpenCV)
The electronic toll collection system
allows the vehicle drivers to pass
the toll tax booths without stopping
at the toll booths.
Gesture Vocalizer for Dumb People Using
OpenCV, Python
(Domains / OpenCV)
This project proposes a
camera-based assistive sign
detection and processing some
functions to make the speaker to
speak using Raspberry Pi. Normally
in deaf and dumb schools they are
using sign language for their
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TEMBMA2658
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communication, likewise here
Raspberry Pi is trained with 6 to 7
Gesture recognitions.
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Advanced Traffic Violation Control and Penalty
System with Web Server
(Domains / OpenCV)
The main objective of this project is
to create an intelligent traffic
violation detection and traffic flow
analysis system to monitor and
measure red light jumping.This
system is based upon RFID
technology for identification of
vehicles on the road and OpenCV,
IoT for charging the vehicle for
jumping red light.
TEMBMA2687
Data Transmission over sound
(Domains / WSN)
The main objective of the project is
to transmit data over sound, where
data-over-sound enables the
exchange of data between any
devices with a pre-existing
Ultrasonic through sound waves
TEMBMA2686
Investigation into Unconscious Driver's Posture
Change and Body Injury Affected by Motorized
Seat-Belt Pretension in Full-Frontal Collision
with Automatic Emergency Braking
(Domains / WSN)
when emergency braking the
vehicle the driver effected by
seat-belt tightening the driver it
causes injury to the driver.so, that
seat-belts are set with different
pre-tightening levels, and different
initial speeds are set for each level.
Heart Attack and Alcohol Detection Sensor
Monitoring in Smart Transportation System
using Internet of Things
(Domains / WSN)
The main objective of this project is
to create a heartbeat monitoring and
heart attack detection system using
IoT. The user may set the high as
well as low levels of heart beat limit.
After setting these limits, the system
starts monitoring and as soon as
patient heart beat goes above a
certain limit, the system sends an
alert.
Anti-Theft technology of museum cultural
relics based on internet of things
(Domains / WSN)
This project proposes a museum
anti-theft scheme based on the
Internet of Things (IoT) technology,
which identifies whether the cultural
relics are within the safe range
through the passive RFID
readers/writers.
Advanced Traffic Violation Control and Penalty
System with Web Server
(Domains / WSN)
The main objective of this project is
to create an intelligent traffic
violation detection and traffic flow
analysis system to monitor and
measure red light jumping.This
system is based upon RFID
technology for identification of
TEMBMA2663
TEMBMA2679
TEMBMA2675
TEMBMA2662
( Page 71 )
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vehicles on the road and OpenCV,
IoT for charging the vehicle for
jumping red light.
TEMBMA2643
Vehicle black box system With IoT
(Domains / WSN)
The main objective of this project is
to detect accidents and gives an
immediate alert to the hospitals
and/or to the police by sending an
email through an IoT platform. This
system also consists of a voice
module circuit which records audio
when an accident is happened.
TEMBMA2640
Vehicle Theft Detector with Remote Engine
Locking
(Domains / WSN)
The main objective of this project is
to detect vehicle theft and
continuously track latitude and
longitude by mobile application
Forest Monitoring By Hierarchical Wireless
Sensor Network
(Domains / WSN)
The main objective of this project is
to save the forest areas from fire
accidents because forests are
important for human survival and
social development. This system will
update information to the official
mobile by sending an SMS if any
fire accident occurs or if any toxic
gas is present or if anyone comes to
cut down the trees
TEMBMA2626
Vehicle Safety and Accident Detection System
Using IoT
(Domains / WSN)
The main objective of the project is
to collect crash recorder of the
vehicle movements before, during
and after a crash, through which an
accident can be recognized. When
an accident is occured, immediately
the location will be sent to the
hospital.
TEMBMA2624
This project is used for pandemic
bus service for safety measure.
Initially passenger need to register
for e-bus pass card. Whenever they
Intelligent Covid-19 Pandemic Bus Service with
entered into the bus, they need to
Safety Measure
swipe their card then their location is
(Domains / WSN)
sent to cloud server. Based on the
distance of travel, the fare is
deducted from their e-bus pass
card.
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TEMBMA3164
Movement Sensed Automatic Door Opening
System for Buses on Emergency Doors
(Domains / Embedded applications)
The main objective of this project is
to open emergency door
automatically when abnormal
movement is sensed
176
TEMBMA3186
Smart Water Quality Monitoring using IOT
(Domains / IOT)
The main objective of this project is
to monitor parameters like turbidity,
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TEMBMA2635
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temperature and pH of water and
upload these data to the server
TEMBMA3187
Agriculture Robot using NodeMCU
(Domains / Robotics)
The main objective of this project is
to control robot using an application
in the mobile
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TEMBMA3193
Solar Panel Automated Multi-Tasking
Agricultural Robot
(Domains / Robotics)
The main objective of this project is
to design a robot which gives
information about soil moisture
content and environment
parameters
179
TEMBMA3109
Urban Waste Segregation using Robotic Arm
and IOT
(Domains / IOT)
The main objective of this project is
to monitor garbage bin without man
for segregating urban waste.
TEMBMA3073
Design of Smart Energy Meter using IOT
(Domains / Electrical)
The main objective of this project is
to reduce the theft of power with the
help of energy meter which is
integrated one in such a way that
when our meter of energy is
tampers then it can send the
message alert to the user
181
TEMBMA3072
Automatic Fire Detection with Water Sprinkle
(Domains / Embedded applications)
The main objective of this project is
to give security system that is
applicable anywhere and by anyone
due to any fire accidents.
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TEMBMA3199
IOT based Industrial Fault Monitoring System
using Arduino
(Domains / IOT)
The main objective of this project is
to monitor faults in industries and
uploading monitored data to server
183
TEMBMA3198
IOT based Border Alert System for Fisherman
using GPS
(Domains / IOT)
The main objective of this project is
to alert fisherman using IOT and
send GPS location
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TEMBMA3197
Human Tracking Robot
The main objective of this project is
to develop robotic vehicle that
moves in the earthquake prone area
and detects human
185
TEMBMA3195
Water Quality Monitoring System using IOT
(Domains / IOT)
The main objective of this project is
to monitor pH and turbidity values of
water for checking the water quality
186
TEMBMA3172
Vision based Parking System Using Raspberry
Pi
(Domains / Embedded applications)
The main objective of this to
monitor and signalize the state of
availability of each single parking
space and allows to check the
availability of parking space and
book a parking slot accordingly.
187
TEMBMA3159
Energy Monitoring and Control Using IOT
Systems
(Domains / IOT)
The main objective of this project is
to control and monitor the
appliances by Adafruit server
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TEMBMA3114
An Agent Based IOT System for Intelligent
Energy Monitoring in Buildings
(Domains / IOT)
The main objective of this project is
to save the power and to design for
monitoring and controlling the
industrial loads like 10W and 200W
bulb by using the monitoring
parameters like current, temperature
and gas.
189
TEMBMA3191
RF Based Spy Robot
(Domains / Robotics)
The main objective of this project is
to capture activities during night
time to detect any unwanted activity
for evidence purposes
190
TEMBMA3189
Face Recognition for Embedded System based The main objective of this project is
on Optimized Triplet Loss Neural Networks
to recognize the face by using the
(Domains / OpenCV)
dataset created earlier
TEMBMA3188
Automatic Traffic Control using Image
Processing and Ambulance Detection using
RFID
(Domains / Embedded applications)
The main objective of this project is
to capture images on four sides of
traffic junction and detect density of
traffic using Image processing
Smart Helmet Detection Accident and Alcohol
Detection Using GPS & GSM
(Domains / Embedded applications)
The main objective of this project is
to find the vehicle where it is and
locate the vehicle by means of
sending a message using a system
which is placed inside of vehicle
system
Arduino Control Landmine Detection Robot
(Domains / Robotics)
The main objective of this project is
to detect the landmine using robot
by using the sensor like ultrasonic
sensor, metal detector and give alert
to the user.
TEMBMA3163
Design and Implementation of Automatic
Power Supply from Four Different Sources
Using Micro Controller
(Domains / Electrical)
The main objective of this project is
to provide continuous power supply
to a load, by selecting the supply
from any of the four sources namely
solar, wind, main and piezo
automatically in case if one the
source is absent.
TEMBMA3162
Detection of Fuse Blown in Distribution
Transformer and Information Passing to
System Using GSM
(Domains / Electrical)
The main objective of this project is
to make a system that automatically
detect fuse blown of distribution
transformer and inform the central
station about the causes of fuse
blown.
TEMBMA3157
IOT Based Distribution Transformer Health
Monitoring System
(Domains / IOT)
The main objective of this project is
to monitor the oil & temperature of
multiple transformers continuously
and protects them from overheating.
Home Based Solar Powered EV Charger
The main objective of this project is
Email: info@takeoffprojects.com
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TEMBMA3146
TEMBMA3165
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TEMBMA3154
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Objective
(Domains / Electrical)
design a Solar Powered Electric
Vehicle Charger using sunlight as its
ultimate power. It has in-built solar
panel which converts the solar
energy to electrical energy.
The main objective of this project is
to develop an induction motor
protection system for protecting the
motors from any damages occurring
from single phasing, over current
and over voltage.
198
TEMBMA3149
Protection of Three Phase Induction Motor
Using Embedded Systems
(Domains / Electrical)
199
TEMBMA3182
Security IOT platform for industrial control
systems
(Domains / IOT)
200
TEMBMA3181
IOT based Agriculture Robot Using Neural
Networks
(Domains / Robotics)
The main objective of this project is
to reduce the burden of farmers by
using an Agricultural Robot
201
TEMBMA3178
Efficient Energy Management System with
Smart Grid
(Domains / Electrical)
The main objective of this project is
to monitor power for smart grid
using IOT
202
TEMBMA3177
Hand Gesture Recognition System
(Domains / Embedded applications)
The main objective of this project is
to help for dumb people to convey
information or command by using
artificial speaking mouth.
203
TEMBMA3175
Smart Door Unlock by Using Face Recognition
and Voice Command
(Domains / OpenCV)
The main objective of this project is
to give safety at every common
places like home, public places.
204
TEMBMA3173
IOT based Artificial Intelligent Protection
Device
(Domains / IOT)
The main objective of this project is
to safeguard women and to give
alert when they are in danger
TEMBMA3171
Smart Robot for Collision Avoidance Using
Neural Networks
(Domains / Robotics)
The main objective of this project is
to protect the robot from any
physical damages. This project
proposes robotic vehicle that has an
intelligence built in it such that it
directs itself whenever an obstacle
comes in its path.
TEMBMA3169
Smart Glass for Blind People and Partially
Blind
(Domains / OpenCV)
The main objective of this project is
to help the blind people for reading
the document or papers (text should
be converted into speech) by using
smart glasses.
TEMBMA3160
Vehical Theft Detection and Engine Locking
Based on IOT Using Raspberry Pi
(Domains / IOT)
The main objective of this to notify
the vehicle owner, when the vehicle
is moved/theft from the parking area
and to monitor the movement of the
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Objective
vehicle in real time.
208
TEMBMA3158
IOT Based Real Time Remote Health
Controlling System
(Domains / IOT)
The main objective of this project is
to send mail alert to dearest ones
about health parameters
209
TEMBMA3156
Voice Control Based IOT Home Automation
Using Google Assistant and Raspberry Pi
(Domains / Android)
The main objective of this project is
to control home appliance by using
Google assistant
TEMBMA3153
Robot Controlling with Voice
(Domains / Robotics)
The main objective of this project is
to control robot through voice
commands received via Bluetooth
App.
TEMBMA3152
Unauthorized Vehicle Detection without
Camera
(Domains / OpenCV)
The main objective of this project is
to identify and detect the
unauthorized vehicle passing
through the respective
establishment.
TEMBMA3151
Automatic Theft Detection Using Raspberry Pi
and Alerting to Owners via Mail
(Domains / Embedded applications)
The main objective of this project is
to identify the authorized users of
the vehicles and only authorized
users are allowed to use the vehicle.
Light Flow Robot Car with Raspberry Pi
(Domains / Robotics)
The main objective of this project is
to implement the light following and
control the movement of the robot
by proper tuning of the control
parameters and thus achieve better
performance.
Wheel Chair Controlling Without Hand
(Domains / Robotics)
The main objective of this project is
to design for handicapped people
just with the tilt of his/her hand they
are able to move from one place to
other without taking any help.
TEMBMA3139
An Efficient Smart Irrigation System for Solar
System by using PIC & GSM
(Domains / Renewable)
The main objective of this project is
to keep measure on food security
and the aim of automatic irrigation
control system is to minimize the
efforts of the human operator
(gardener) in irrigation activities.
TEMBMA3137
Monitoring System For Coal Mine Safety
Based On Wireless Sensor Network
(Domains / WSN)
The main objective of this project is
to improve the level of monitoring
production safety and reduce
accident in the coal mines
TEMBMA3136
Maximum Power Tracking and Battery, LED
Controlling for PV Systems
(Domains / Electrical)
The main objective of this project is
to develop a novel three-point
weight comparison method that
avoids the oscillation problem of the
perturbation and observation
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TEMBMA3150
TEMBMA3138
( Page 76 )
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algorithm which is often employed to
track the maximum power point
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TEMBMA3135
Smart Meter for Power Factor Enhancement in
Real Time
(Domains / Electrical)
The main objective of this project is
to design to minimize penalty for
industrial units by using automatic
power factor correction unit.
TEMBMA3134
IOT Based Health Monitoring System for
Comatose Patients using Raspberry Pi
(Domains / Biomedical)
The main objective of this project is
to design for continuous monitoring
and recording of patient data without
human intervention.
TEMBMA3133
An Advanced System for Monitoring &
Controlling Agricultural Parameters for More
Productivity
(Domains / Embedded applications)
The main objective of this project is
to develop of a smart sensor based
environment monitoring system, in
remote villages especially for crop
fields
Automatic Electronic Toll Collection System
using RFID
(Domains / WSN)
The main objective of this project is
to reduce traffic in toll gates. In this
project we have implemented a
RFID based Vehicle identification
with toll collection system and
automatic gate open in tolls.
TEMBMA3128
IOT Based Prepaid Energy Meter
(Domains / Electrical)
The main objective of our project is
to design and develop an intelligent
energy metering system that can
efficiently control the amount of
electricity consumed by the user.
TEMBMA3127
Accident Prevention System in Hilly Areas
(Domains / Embedded applications)
The main objective of this project is
to reducing the risk of driving vehicle
in the terrain region with hairpin
bends and steep curves.
TEMBMA3119
IOT Based Smart Energy Meter Monitoring
with Theft Detection
(Domains / Electrical)
The main objective of this project is
to reduce the loss of power and
revenue due to power thefts and
other illegal activities.
TEMBMA3117
Detection of Containments in Portable Water
using Multiple Server Based on IOT
(Domains / IOT)
The main goal of this project is to
develop a wireless water quality
monitoring system that monitors the
water conditions continuously by
using monitoring parameters like PH
sensor, temperature sensor, water
sensor and turbidity sensor.
TEMBMA3116
IOT Based Human Wearable Device for Self
Security and Health Monitoring System
(Domains / IOT)
The main objective of this project is
to provide security to women so that
they never feel helpless while facing
such social challenges.
TEMBMA3131
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Smart Waste Management System using Node The main
of this project is
Email:objective
info@takeoffprojects.com
Website: www.takeoffprojects.com
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MCU
(Domains / IOT)
to detect the level of garbage and
this system will show the current
status of the garbage in a mobile
application and will give the analysis
of garbage collected on basis of its
level and smell.
TEMBMA3113
IOT Based Dual Axis Solar Tracking with
Power Monitoring
(Domains / Renewable)
The main objective of this project is
to track solar panel according to
sunlight by using LDRs and shifts
the solar panel direction according
to sunlight and here also we will
monitor the weather condition
surrounding to it by using DHT11
and rain sensor.
229
TEMBMA3111
IOT Based Wireless Sensor Network for Air
Pollution Monitoring System
(Domains / WSN)
The main objective of this project is
to monitor the pollution level in the
air by using the monitoring
parameters such as MQ2 sensor,
MQ135 sensor and DHT11 sensor.
230
TEMBMA3110
Smart Parking System using IOT
(Domains / Embedded applications)
The main objective of this project is
to automize the vehicle park for
allowing the vehicles into the park.
TEMBMA3108
Bus Ticketing System using RFID, GPS &
GSM Modules
(Domains / WSN)
The main objective of this project is
to identify the person automatically
and the fare based on the distance
travelled is deducted automatically.
TEMBMA3103
IOT Based Power Theft Detection
(Domains / Electrical)
The main objective of this project is
the usage of the electrical power
without any contract with the
supplier
TEMBMA3098
Design and Implementation of Automatic Door
Unlocking Systems by using GSM Module and
Arduino
(Domains / Embedded applications)
The main objective of this project is
to give safety at every common
places like home, public places
TEMBMA3097
Dual Axis Solar Tracking System with Weather
Sensor
(Domains / Renewable)
The main objective of this project is
to design a very precise solar
tracker which moves along two
axes, where in all four directions
four LDRs are placed.
Remote Health Monitoring using Variable
Sensors
(Domains / Biomedical)
The main objective of this project is
to develop a reliable patient
monitoring system so that the
healthcare professionals can
monitor their patients, who are
either hospitalized or at home with
the view of ensuring patients are
cared for better.
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232
233
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235
Project Code
TEMBMA3094
( Page 78 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
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Project Name
Objective
TEMBMA3087
The main objective of this project is
to monitor & control food quality
Supervision on Food Quality using IOT System parameters such as temperature,
(Domains / IOT)
humidity and light and at the same
time alert the stakeholders when the
food is spoiled.
Continuous Blood Pressure Measurement
Platform: A Wearable System Based on
Multidimensional Perception Data
(Domains / Biomedical)
The main objective of this project is
to develop a reliable patient
monitoring system so that the
healthcare professionals can
monitor their patients, who are
either hospitalized or at home with
the view of ensuring patients are
cared for better.
TEMBMA3125
Smart Voting System Using IOT & PHP with
SMS Alert
(Domains / IOT)
The main objective of this project is
to eliminate the fraudulent votes that
are happening during the election
procedure and to provide a highly
secured data transfer to IOT which
produces results who is in the lead
for every minute after voting with the
help of this smart EVM system.
239
TEMBMA3088
Device to Cheek Harmful Chemicals in
Vegetables and Fruits
(Domains / WSN)
The main objective of this project is
to ensure food safety at every stage
of the supply chain and to check
harmful gases in vegetables and
fruits, if any
240
TEMBMA3049
Hand Motion Controlled Robotic Vehicle
(Domains / Mechatronics)
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TEMBMA3075
TEMBMA3050
( 242
Page 79 )TEMBMA3051
Voice Controlled Robotic Vehicle
(Domains / Mechatronics)
Fire Fighting Robot
(Domains / Mechatronics)
Website: www.takeoffprojects.com
The goal of this article is to provide
an equipment circuit that enables
individuals to use their voice to
control robots or other home
machinery. The smartphone is
nowadays are growing into more
and more powerful devices, which
have the capacity to interact with
other appliances through Bluetooth,
wifi, etc. Bluetooth being a cheap
mode of communication, provide a
powerful mode of connection. All our
research and projects about
controlling devices using voice pay
off and finally leads us to the
conclusion that Yes, it is possible for
human beings to control their day to
day appliances just by their voice.
The paper not only presents a
Email: implementation
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successful
of a fire
fighting robot but also presents
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addition of better features that
makes it a more practically usable
robot in real time scenarios where
acknowledging fire type is important
in order to further avoid fire and by
using this when the fire detects then
automatically water will sprinkle so
that can reduce the amount of fire.
243
TEMBMA3052
Obstacle Avoidance Robotic Vehicle
(Domains / Mechatronics)
244
TEMBMA3053
Solar Powered Agriculture Robot
(Domains / Mechatronics)
245
TEMBMA3054
Garbage Collection Robot Using Wireless
Communication
(Domains / Mechatronics)
246
TEMBMA3057
Design of Rescue Robot and Pipeline
Inspection Using Zigbee
(Domains / Mechatronics)
The main objective of this project is
to develop rescue robot for the child
who fell in borehole. An IP camera
is used to get audio and video on to
PC through Zigbee transceivers and
Robot can be controlled through
commands given from PC
The main objective of this project is
to present a lawnmower which is
enabled with Bluetooth and
controlling through the commands
given via Bluetooth Serial
communication.
247
TEMBMA3059
Arduino Operated Robotic Lawnmower Power
by Solar Energy
(Domains / Mechatronics)
248
TEMBMA3062
Design of Microcontroller Based Edge Avoider
Robot
(Domains / Mechatronics)
249
TEMBMA2995
The main theme of this project is to
monitor the air quality parameters
Air Quality Monitoring System Using Raspberry
like dust density, temperature and
Pi
CO2 content present in the
(Controllers / Raspberry pi)
surrounding of this device; from
anywhere through an IOT platform.
250
TEMBMI2217
Manless Railway Gate
251
TEMBMA1576
Motion Based Door Opener With Metal
Detector
252
TEMBMA2140
IOT Based Students Attendance System Using
RFID Using NodeMCU
(Domains / IOT)
253
TEMBMA2552
Advanced IOT-based Real-Time Earthquake
Detector early warning system using WSN in
IoTUbidots
( Page 80 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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(Domains / WSN)
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255
TEMBMA2553
TEMBMA2562
Advanced IOT-based Real-Time Earthquake
Detector early warning system using WSN in
IoTUbidots
(Domains / IOT)
An IoT-based Smart Monitoring System for
Vehicles
(Domains / IOT)
The main objective of this project is
used to monitor the vehicle by using
IoT which displayed the parameters
alcohol level, smoke level, distance
of object for black spot detection,
rain intensity and light intensity
through Wi-Fi. If any violation
detected sending emergency
information to the concern officials.
while driving to far places via cars,
there might be animals that are
killed unexpectedly without any
intentions. The system helps detect
animals on roads while travelling
and alerts drivers. It also helps in
villages to detect any wild animals
entered and alert officials
256
TEMBMA2570
Animal Detection Using Ai
(Domains / Artificial Intelligence)
257
TEMBMA2620
Cattle Health Monitoring Application Using ML
(Domains / IOT)
258
TEMBMA2621
Cattle Health Monitoring Application Using ML
(Domains / Machine Learning)
259
TEMBMA2650
Eye motion controlled wheelchair
(Domains / Robotics)
TEMBMA2656
Design of Raspberry pi Web-Based Energy
Monitoring System for Residential Electricity
Consumption
(Domains / WSN)
261
TEMBMA2657
Design of Raspberry pi Web-Based Energy
Monitoring System for Residential Electricity
Consumption
(Domains / IOT)
262
TEMBMA2690
Automatic fall detection and monitoring for
older people using wireless communication
(Domains / WSN)
The main objective of this project is
fall detection and rescue them
Immediately.
263
TEMBMA2702
Cable/wire internal fault detector to diagnose
the internal damage of wire and cables
(Others / Embedded with Matlab)
To detect the internal fault/damage
in a wire or cables and to intimate
officials to reduce risk in its
surroundings.
264
TEMBMA2940
Improvement in effectiveness of substation
Earthing
(Controllers / Arduino)
The main objective of the project is
to calculate maximum fault current,
grid resistance, grid current, safe
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260
( Page 81 )
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touch and step voltages, ground
potential rise, as well as expected
touch and step voltage levels for the
proper design of grounding grid.
265
266
TEMBMA2939
TEMBMA2949
Solution for decreasing peanut production due
to climatic changes
(Controllers / Arduino)
The main objective is to analyse the
climate changes in the field and
updating the farmer to make peanut
production only in that particular
climatic condition
Overcoming Supply Chain Challenges in
Agriculture with Digital Technologies
(Controllers / Arduino)
From the comprehensive literature
assessment, it is concluded that the
safety, quality and associated
economic benefits in sustainable
agri-food supply chains can be
achieved through innovation,
supply chain collaboration,
elimination of uncertainties,
introducing global supply chain
practices
into lean and green initiatives. An
integrated supply chain with the aim
of bringing excellence and
professionalism in decision making
can considerably improve the
effectiveness of agri-food sector.
Although SCM is a more generic
term applicable in all sectors; but
seasonality, variability,
perishability, traceability and
small-scale production are the
concerns that distinguish the
agri-food
supply chains from others.
Int J Supply Oper Manage (IJSOM)
737
In the above context, the managers
in agri-food sector need to develop
a thorough supply chain
responsiveness focusing on skill
building and information required for
meeting the emerging
challenges. Further, the regulations
and public policies also have a
considerable role in
influencing agri-food supply chains.
Finally, the research methodological
approaches revealed in
the reviewed studies can also assist
Indian agri-food supply chains to
attain a level of
competitiveness and leanness.
( Page 82 )
Email: info@takeoffprojects.com
Heart Attack and Alcohol Detection Sensor
The main objective of this project is
267
TEMBMA2912
Monitoring in Smart Transportation System
to create a heartbeat monitoring and
Website: www.takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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269
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Objective
using Internet of Things
(Controllers / Arduino)
heart attack detection system using
IoT. The user may set the high as
well as low levels of heart beat limit.
After setting these limits, the system
starts monitoring and as soon as
patient heart beat goes above a
certain limit, the system sends an
alert.
Anti-Theft technology of museum cultural
relics based on internet of things
(Controllers / Arduino)
This project proposes a museum
anti-theft scheme based on the
Internet of Things (IoT) technology,
which identifies whether the cultural
relics are within the safe range
through the passive RFID
readers/writers.
Vehicle black box system With IoT
(Controllers / Arduino)
The main objective of this project is
to detect accidents and gives an
immediate alert to the hospitals
and/or to the police by sending an
email through an IoT platform. This
system also consists of a voice
module circuit which records audio
when an accident is happened.
Autonomous vehicle avoidance system using
LIDAR
(Controllers / Raspberry pi)
The main objective of the project is
to implement autonomous vehicle
system which gives a solid solution
to many problems in an efficient
manner, which uses a Raspberry Pi
and a LIDAR module for indoor
navigation
Raspberry Pi Based Smart CCTV Surveillance
System
(Controllers / Raspberry pi)
The main objective of this project is
to monitor the areas where it’s
installed and send notifications to
the owner through SMS when an
intruder enters and captures image
of that person. And also sends the
captured image to the owner’s mail.
TEMBMA2899
Development Of Data Acquisition Robot For
Toxic Environmental Monitoring Using WSN
(Controllers / Raspberry pi)
The main objective of the project is
to develop and implement Data
Acquisition Robot for industrial
applications that detect the
damages inside the oil pipe which
cannot be detected by human
beings as there is very heavy
temperature, pressure and toxic
gases inside it.
TEMBMA2876
Vehicle black box system With IoT
(Controllers / Raspberry pi)
TEMBMA2904
TEMBMA2873
TEMBMA2911
TEMBMA2887
( Page 83 )
Website: www.takeoffprojects.com
The main objective of this project is
to detect accidents and gives an
immediate alert to the hospitals
and/or to the police by sending an
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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email through an IoT platform. This
system also consists of a voice
module circuit which records audio
when an accident is happened.
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276
277
278
279
Low-Cost Contact Thermometry for Screening
and Monitoring During the COVID-19
Pandemic
(Controllers / Raspberry pi)
The main objective of the project is
to use a low-cost, contact
thermometer solution that is based
on a silicon band gap temperature
sensor to allow personal screening
that is described using a
Proof-of-Concept solution for
pregnant women and women infants
for self-monitoring
TEMBMA2827
Solar Powered Automated Multi-Tasking
Agricultural Robot
(Controllers / Raspberry pi)
The main objective of this project is
to minimize the labor and to
increase the speed and accuracy of
the work through multi-tasking ability
of Agriculture robot which are
identification of field temperature,
fire incidents occurred in the field,
and intruder detection
TEMBMA2700
Smart gardening(A homegrown irrigation
system)
(Domains / WSN)
The main aim is to design a smart
gardening system for home grown
plants which reduces wastage of
water and able to allow the efficient
amount of water to the plants.
TEMBMA3096
The main objective of this project is
to design a monitoring system for
the elderly people and the victims of
Design of a Monitoring System Using Pill Bottle
chronicle diseases, who need to
Mounted Wireless Sensors
take the medicines timely without
(Domains / Biomedical)
missing and are suffering from
dementia, which is forgetting things
in their daily routine.
TEMBMA2796
TEMBMA3300
TEMBMA2636
Non Invasive NIR Blood Glucose Sensor
(Domains / Biomedical)
Driver State Analysis Using AI to Avoid
Accidents
(Domains / Machine Learning)
( Page 84 )
Website: www.takeoffprojects.com
The main objective of this project is
to design a portable noninvasive
blood glucose monitoring device.
The device should be able to detect
glucose level in blood using red led.
In addition, it can determine glucose
level and displaying the glucose
level on the LCD screen.
The main objective of this project is
to reduce the road accidents and to
save the people life by alerting the
driver by analyzing his state by
using eye aspect ratio and yawn
detection.
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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Objective
The main objective of this project is
to reduce the road accidents and to
save the people life by alerting the
driver by analyzing his state by
using eye aspect ratio and yawn
detection.
280
TEMBMA2636
Driver State Analysis Using AI to Avoid
Accidents
(Domains / Machine Learning)
281
TEMBMI2235
Sound pollution monitoring system
282
TEMBMI2234
Rat Trap Using Laser
283
TEMBMA3293
IoT based Patient Health Monitoring System
Using ESP32
(Domains / IOT)
284
TEMBPG923
Automatic Barricade System in Railways
(Domains / Embedded applications)
285
TEMBMA2734
Oil Spills Detection on Sea Surface by using
Sentinel–1 SAR Images
(Controllers / Arduino)
Identification of oil spills on the
surface of the sea using SAR
images for detection of oil pollution
286
TEMBMA2734
Oil Spills Detection on Sea Surface by using
Sentinel–1 SAR Images
(Controllers / Arduino)
Identification of oil spills on the
surface of the sea using SAR
images for detection of oil pollution
TEMBMA2849
Automatic Pathway for Emergency Vehicle
(Controllers / NodeMCU)
The main objective of this system is
to control the traffic signals and
achieving the task in order that the
ambulance would be able to cross
all the traffic junctions without
waiting.
TEMBMA2935
Bird Feeder and Poultry Conditioning
monitoring using Embedded system
(Controllers / NodeMCU)
The main objective of this project is
to design an automatic bird feeder
that feeds the birds in time which
reduces the work for farmer to feed
the birds
TEMBMA2921
The objective is to generate
electricity by the wind turbine,
through which battery gets charged.
Design of wind power generation system using
It supplies power to information
IOT
system which transmits the data of
(Controllers / NodeMCU)
wind speed and wind direction from
the remote location to the web
server through GPRS network
TEMBMA2761
The main objective of the project is
mainly intended to design a voice
based alerting system for the blind
people based on ultrasonic distance
for obstacle detection and voice
circuit for voice based
announcements. The advantage of
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290
Ultrasonic Spectacles and Waist-belt for
Visually Impaired and Blind Persons
(Controllers / ARM7)
( Page 85 )
Website: www.takeoffprojects.com
The main objective of this project is
to monitor Patient health parameters
like Temperature Heart beat using
ESP32 controller
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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this device is voice based
announcement for easy navigation
291
292
293
294
295
296
297
IoT Based Organic Farming by Using
Aquaponics Method
(Controllers / ARM7)
The main objective of this system is
to develop an Internet of Things
based aquaponics monitoring
system which measures and
displays parameters like pH level,
water level, humidity, temperature,
through an IOT platform.
Solar Powered Automated Multi-Tasking
Agricultural Robot
(Controllers / ARM7)
The main objective of this project is
to minimize the labor and to
increase the speed and accuracy of
the work through multi-tasking ability
of Agriculture robot which are
identification of field temperature,
fire incidents occurred in the field,
and intruder detection
IOT: A Novel Strategy for Biometric Voting
system
(Controllers / ARM7)
The main objective of the project is
to propose a novel strategy, in which
the validation of voting is done
based on fingerprint of voter and
GPS location where he utilized vote
will send to a server
TEMBMA2807
Design for visually impaired to work at Industry
using RFID technology
(Controllers / ARM7)
The main objective of the project is
to provide navigation through a
voice system to direct visually
impaired to his table in the
office/industry rather than
depending on others with the help of
RFID technology.
TEMBMA2789
Air Pollution Monitoring System Using
Waspmote Gases Sensor Board in Wireless
Sensor Network
(Controllers / ARM7)
The main objective of this project is
to monitor and analyze the level of
air pollution at certain location and
inform the results to the user in
graphical form through IOT.
TEMBMA2784
The main objective of the project is
to design and develop a surveillance
robot that can reduce the casualties
IoT Based Smart Multi Application Surveillance
in the war field, where it acts as
Robot
surveillance robot to capture the
(Controllers / ARM7)
intruders surrounding information
before the intruder is attacked by
the soldiers
TEMBMA2843
TEMBMA2753
TEMBMA2812
TEMBMA2777
Smart Soldier Strap
(Controllers / ARM7)
( Page 86 )
Website: www.takeoffprojects.com
The main objective of this project is
to monitor the health conditions of a
soldier. Heartbeat and body
temperature of every soldier will be
monitored. This technology can be
helpful to provide the accurate
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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Objective
location of missing soldier in critical
condition and overcome the
drawback of soldiers missing in
action.
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299
300
301
302
303
TEMBMA2770
TEMBMA2765
TEMBMA2822
TEMBMA2764
TEMBMA2806
TEMBMA2776
Intelligent Monitoring System for NICU
(Neonatal Intensive Care Unit)
(Controllers / ARM7)
The main objective of this project is
to take care of a neonatal by
monitoring baby's health
parameters. This incubator system
will provide a facility to monitor the
baby's health from anywhere
through an IoT platform. Moreover,
the doctors, guardians and nurses
get an immediate alert in emergency
cases.
Water Level Monitoring And Dam Gate Control
Using IOT
(Controllers / ARM7)
The main objective of this project is
to monitor the water level and to
control the dam gate using IOT
without human involving. Here we
are trying to reduce the man power
by including IOT controlled dam
gate opening/ closing.
Smart Helmet Wiper
(Controllers / PIC16F77A)
The main theme is to design a
helmet that is integrated with a
circuit to sense the rain and
automatically starts to wipe the
helmets eye shield
Water Level Monitoring And Dam Gate Control
Using IOT
(Controllers / PIC16F77A)
The main objective of this project is
to monitor the water level and to
control the dam gate using IOT
without human involving. Here we
are trying to reduce the man power
by including IOT controlled dam
gate opening/ closing.
Design for visually impaired to work at Industry
using RFID technology
(Controllers / PIC16F77A)
The main objective of the project is
to provide navigation through a
voice system to direct visually
impaired to his table in the
office/industry rather than
depending on others with the help of
RFID technology.
Smart Soldier Strap
(Controllers / PIC16F77A)
The main objective of this project is
to monitor the health conditions of a
soldier. Heartbeat and body
temperature of every soldier will be
monitored. This technology can be
helpful to provide the accurate
location of missing soldier in critical
condition and overcome the
drawback of soldiers missing in
action.
( Page 87 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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306
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Objective
Disinfecting Robot with Ultraviolet Lights
(Controllers / PIC16F77A)
The main objective of this system is
to develop a disinfecting robot with
the help of arduino uno, where PIR
sensor to detect motion of person
and ultrasonic sensor to detect
obstacle in its path and UV light is
used to kill COVID-19.
TEMBMA2874
Vehicle black box system With IoT
(Controllers / PIC16F77A)
The main objective of this project is
to detect accidents and gives an
immediate alert to the hospitals
and/or to the police by sending an
email through an IoT platform. This
system also consists of a voice
module circuit which records audio
when an accident is happened.
TEMBMA2880
IoT Based Farming Robot Using WSN
(Controllers / PIC16F77A)
The main objective of this project is
to help the farmer to reduce the
human effort by automatic process
using Robot
TEMBMA2881
IoT Based Farming Robot Using WSN
(Controllers / ARM7)
The main objective of this project is
to help the farmer to reduce the
human effort by automatic process
using Robot
Vehicle Safety and Accident Detection System
Using IoT
(Controllers / ARM7)
The main objective of the project is
to collect crash recorder of the
vehicle movements before, during
and after a crash, through which an
accident can be recognized. When
an accident is occured, immediately
the location will be sent to the
hospital.
TEMBMA2848
Disinfecting Robot with Ultraviolet Lights
(Controllers / ARM7)
The main objective of this system is
to develop a disinfecting robot with
the help of arduino uno, where PIR
sensor to detect motion of person
and ultrasonic sensor to detect
obstacle in its path and UV light is
used to kill COVID-19.
TEMBMA2757
Child Safety Monitoring System Based on IoT
(Controllers / ARM7)
The objective of this project is to
provide safety and tracking facility to
parents and to locate and monitor
the child
Anti-Theft technology of museum cultural
relics based on internet of things
(Controllers / Raspberry pi)
This project proposes a museum
anti-theft scheme based on the
Internet of Things (IoT) technology,
which identifies whether the cultural
relics are within the safe range
through the passive RFID
readers/writers.
TEMBMA2847
TEMBMA2856
TEMBMA2906
( Page 88 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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TEMBMA2901
Camouflage Technique Based Multifunctional
Army Robot
(Controllers / Raspberry pi)
The main objective of the project is
to minimize the number of human
losses in military operations, sting
operations, terrorist attacks and
many such operations which results
in human death by Camouflage
Robot. So this system can reduce
human burden and human losses.
313
TEMBMA2894
Missing People Identification System IoT
(Controllers / Raspberry pi)
The main objective of the project is
to identify missing people using an
IoT based system
TEMBMA2888
Gesture Vocalizer for Dumb People Using
OpenCV, Python
(Controllers / Raspberry pi)
This project proposes a
camera-based assistive sign
detection and processing some
functions to make the speaker to
speak using Raspberry Pi. Normally
in deaf and dumb schools they are
using sign language for their
communication, likewise here
Raspberry Pi is trained with 6 to 7
Gesture recognitions.
TEMBMA2950
Tongue controlled speaking robot for
paralyzed/physically handicapped persons
(Controllers / Arduino)
The main objective oft this project is
By using wireless technology. The
User
he will control the robot based on
tongue movements of the patient
Automatic Pathway for Emergency Vehicle
(Controllers / Arduino)
The main objective of this system is
to control the traffic signals and
achieving the task in order that the
ambulance would be able to cross
all the traffic junctions without
waiting.
Smart Helmet Wiper
(Controllers / Arduino)
The main theme is to design a
helmet that is integrated with a
circuit to sense the rain and
automatically starts to wipe the
helmets eye shield
TEMBMA2763
Water Level Monitoring And Dam Gate Control
Using IOT
(Controllers / Arduino)
The main objective of this project is
to monitor the water level and to
control the dam gate using IOT
without human involving. Here we
are trying to reduce the man power
by including IOT controlled dam
gate opening/ closing.
TEMBMA2946
Student Attendance Management System
Based on RFID over web server
(Controllers / Arduino)
The main objective of this project is
to create an RFID system in this
application area to detect the
presence and absence of the
student data which is to be
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TEMBMA2850
TEMBMA2821
( Page 89 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
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transmitted wirelessly by mobile
device, called a tag, which is read
by an RFID reader.
TEMBMA2937
Parking vehicle detection using android
application
(Controllers / Arduino)
Presence of a vehicle in a parking
slot is been identified and the no.of
empty parking slots are to displayed
in the mobile app.
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TEMBMA2932
Reducing Water supply in Textile Dyeing
rationalizing Water supply in Textile Dyeing
(Controllers / Arduino)
The main Objective is to reduce the
wastage of water in textile industry
with the help of embedded system
by storing the water based on its
color and reusing it.
322
TEMBMA2930
Oil Spills Detection on Sea Surface by using
Sentinel–1 SAR Images
(Controllers / Arduino)
Identification of oil spills on the
surface of the sea using SAR
images for detection of oil pollution
323
TEMBMA2930
Oil Spills Detection on Sea Surface by using
Sentinel–1 SAR Images
(Controllers / Arduino)
Identification of oil spills on the
surface of the sea using SAR
images for detection of oil pollution
Controlling applications with hand gestures
using sixth sense
(Controllers / Arduino)
The main objective is to design a
wearable system that identifies hand
gestures with the help of
accelerometer. Based on the
generated signal we will control the
appliances.
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TEMBMA2928
TEMBMA2927
The main objective of the project is
to implement RFID and GPS based
RFID and GPS Combination Approach
Fisher Boat tracking. The boat
Implementation in Fisher Boat Tracking System location can be traced and RFID
(Controllers / Arduino)
tags of UID numbers are obtained.
TEMBMA2926
Advanced Smart Energy Saving System for
Modern Railway Station Platform
(Controllers / Arduino)
The main objective of this project is
non-emergency equipment in public
building, during non-working hours
4am- 8am there is no need of power
and hence power can be saved for
modern railway station platform.
TEMBMA2925
Arduino-based Amazon's Alexa-controlled
home automation
(Controllers / Arduino)
The main objective of this concept is
to control home appliances from any
where in the world using alexa voice
services.
Design of Piezoelectricity Harvester using
Footwear
(Controllers / Arduino)
The main objective of the project is
to Harvest mechanical energy from
human movement is an appropriate
approach for acquiring
environment-friendly electrical
energy.
TEMBMA2923
( Page 90 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
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TEMBMA2922
The objective is to generate
electricity by the wind turbine,
through which battery gets charged.
Design of wind power generation system using
It supplies power to information
IOT
system which transmits the data of
(Controllers / Arduino)
wind speed and wind direction from
the remote location to the web
server through GPRS network
TEMBMA2920
IOT Based Street Lighting And Traffic
Management System
(Controllers / Arduino)
The main purpose of this project is
to invent an intelligent system which
can make decisions for luminous
control (ON/OFF/DIM) considering
the light intensity
Automatic Pill Reminder For Easy Supervision
(Controllers / Arduino)
The main objective of the project is
to supervise patient easily by
Automatic Pill Reminder. Automatic
pill reminder and dispenser setup
that can alleviate irregularities in
taking prescribed dosage of
medicine at the right time dictated
by the medical practitioner and
switching from approaches that
predominantly dependent on human
memory to automation with easy
supervision is a good sign.
Autonomous vehicle avoidance system using
LIDAR
(Controllers / Arduino)
The main objective of the project is
to implement autonomous vehicle
system which gives a solid solution
to many problems in an efficient
manner, which uses a Raspberry Pi
and a LIDAR module for indoor
navigation
Camouflage Technique Based Multifunctional
Army Robot
(Controllers / Arduino)
The main objective of the project is
to minimize the number of human
losses in military operations, sting
operations, terrorist attacks and
many such operations which results
in human death by Camouflage
Robot. So this system can reduce
human burden and human losses.
TEMBMA2871
IoT Assisted MQTT for Waste Management in
Smart Cities
(Controllers / Arduino)
The main objective of this project is
to create a smart waste
management system which can give
alert whenever the bin is full and/or
is releasing any toxic gases by
sending an SMS to the owner and
can also update the information on
level of waste in bin to an IOT
platform.
( 335
Page 91 )TEMBMA2870
Hand Gesture Based Home Automation Using
Email:objective
info@takeoffprojects.com
The main
of this project is
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TEMBMA2916
TEMBMA2910
TEMBMA2900
Website: www.takeoffprojects.com
Objective
Phone: +91 9030333433, +91 8776681444
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TEMBMA2867
TEMBMA2860
TEMBMA2820
TEMBMA2855
TEMBMA2809
TEMBMA2805
Project Name
Objective
Leap Motion
(Controllers / Arduino)
to control the electronic appliances
by using hand gesture moments
which can be helpful for disabled
people who cannot walk or for old
people who cannot go to switch box
to turn the light ON.
Vehicle Theft Detector with Remote Engine
Locking
(Controllers / Arduino)
The main objective of this project is
to detect vehicle theft and
continuously track latitude and
longitude by mobile application
Forest Monitoring By Hierarchical Wireless
Sensor Network
(Controllers / Arduino)
The main objective of this project is
to save the forest areas from fire
accidents because forests are
important for human survival and
social development. This system will
update information to the official
mobile by sending an SMS if any
fire accident occurs or if any toxic
gas is present or if anyone comes to
cut down the trees
Low cost robotic agent design for disabled and
COVID-19 affected people
(Controllers / Arduino)
The main objective of the project is
to design a robot to monitor the
temperature and heart pulse rate of
a COVID-19 affected people and to
serve them food which can also be
used for disabled people
Vehicle Safety and Accident Detection System
Using IoT
(Controllers / Arduino)
The main objective of the project is
to collect crash recorder of the
vehicle movements before, during
and after a crash, through which an
accident can be recognized. When
an accident is occured, immediately
the location will be sent to the
hospital.
Elegant home with power saving, security,
safety, remote controlling and auto control of
water tank motor
(Controllers / Arduino)
The main objective of this project is
to provide fully loaded security,
safety and automated/manually
controlled motors for pumping water
into the house. A camera also been
used to detect the burglar if any
entered and alerts the owner
Design for visually impaired to work at Industry
using RFID technology
(Controllers / Arduino)
The main objective of the project is
to provide navigation through a
voice system to direct visually
impaired to his table in the
office/industry rather than
depending on others with the help of
RFID technology.
( Page 92 )
Email: info@takeoffprojects.com
342
TEMBMA2795
Low-Cost Contact Thermometry for Screening The main objective of the project is
Website: www.takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
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TEMBMA2787
TEMBMA2778
Project Name
Objective
and Monitoring During the COVID-19
Pandemic
(Controllers / Arduino)
to use a low-cost, contact
thermometer solution that is based
on a silicon band gap temperature
sensor to allow personal screening
that is described using a
Proof-of-Concept solution for
pregnant women and women infants
for self-monitoring
Air Pollution Monitoring System Using
Waspmote Gases Sensor Board in Wireless
Sensor Network
(Controllers / Arduino)
The main objective of this project is
to monitor and analyze the level of
air pollution at certain location and
inform the results to the user in
graphical form through IOT.
Development & Implementation of Smart
Vehicle Over Speeding Detector using
IoT
(Controllers / Arduino)
The main objective of the project is
to monitor vehicle speed and if
vehicle exceeds speed limit, then
the vehicle's image will be captured
and forward to concern officials by
using IoT technology
TEMBMA2759
Ultrasonic Spectacles and Waist-belt for
Visually Impaired and Blind Persons
(Controllers / Arduino)
The main objective of the project is
mainly intended to design a voice
based alerting system for the blind
people based on ultrasonic distance
for obstacle detection and voice
circuit for voice based
announcements. The advantage of
this device is voice based
announcement for easy navigation
TEMBMA2735
Machine Learning-based Surveillance System
for Detection of Bike Riders without Helmets
and Triple Rides
(Controllers / Arduino)
A machine learning based
surveillance system which can able
to detect the persons without helmet
and/or people who are going on a
triple rides
TEMBMA2769
Intelligent Monitoring System for NICU
(Neonatal Intensive Care Unit)
(Controllers / Arduino)
The main objective of this project is
to take care of a neonatal by
monitoring baby's health
parameters. This incubator system
will provide a facility to monitor the
baby's health from anywhere
through an IoT platform. Moreover,
the doctors, guardians and nurses
get an immediate alert in emergency
cases.
TEMBMA2755
Child Safety Monitoring System Based on IoT
(Controllers / Arduino)
The objective of this project is to
provide safety and tracking facility to
parents and to locate and monitor
the child
( Page 93 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
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Objective
TEMBMA2751
Solar Powered Automated Multi-Tasking
Agricultural Robot
(Controllers / Arduino)
The main objective of this project is
to minimize the labor and to
increase the speed and accuracy of
the work through multi-tasking ability
of Agriculture robot which are
identification of field temperature,
fire incidents occurred in the field,
and intruder detection
350
TEMBMA2742
Machine Learning-based Surveillance System
for Detection of Bike Riders without Helmets
and Triple Rides
(Controllers / Arduino)
A machine learning based
surveillance system which can able
to detect the persons without helmet
and/or people who are going on a
triple rides
351
TEMBMA3046
Automatic Waste Segregation System
(Domains / Mechatronics)
TEMBMA2683
The objective is to generate
electricity by the wind turbine,
through which battery gets charged.
Design of wind power generation system using
It supplies power to information
IOT
system which transmits the data of
(Domains / IOT)
wind speed and wind direction from
the remote location to the web
server through GPRS network
TEMBMA2682
IOT Based Street Lighting And Traffic
Management System
(Domains / IOT)
The main purpose of this project is
to invent an intelligent system which
can make decisions for luminous
control (ON/OFF/DIM) considering
the light intensity
349
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353
Project Code
354
TEMBMA2677
Smart water controller in metro water supply
lines
(Domains / IOT)
The main objective of the project is
to avoid water leakage problem in
water supply networks as unwanted
water leakage due to leaky pipe
lines and beneath the underground
pipelines is always pertaining in
drinking water supply networks.
355
TEMBMA2669
Missing People Identification System IoT
(Domains / IOT)
The main objective of the project is
to identify missing people using an
IoT based system
Fully Automated Attendance System with
Jetson Nano
(Domains / IOT)
The main objective of the project is
to develop an automated
attendance systems prototype which
can provides high level of
authentication by embedding face
recognition and this data will be
uploaded to an IoT platform.
356
TEMBMA2616
357
TEMBMA2612
( Page 94 )
The main objective of this project is
IoT Based Smart Factory Management System
to monitor and manage processes
(Domains / IOT)
remotely and change production
Email: info@takeoffprojects.com
Website: www.takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
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Objective
plans quickly. Moreover, if any
emergency cases occurred buzzer
gets ON to alert and SMS will be
sent to take an immediate action.
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361
IOT: A Novel Strategy for Biometric Voting
system
(Domains / IOT)
The main objective of the project is
to propose a novel strategy, in which
the validation of voting is done
based on fingerprint of voter and
GPS location where he utilized vote
will send to a server
TEMBMA2584
Elegant home with power saving, security,
safety, remote controlling and auto control of
water tank motor
(Domains / IOT)
The main objective of this project is
to provide fully loaded security,
safety and automated/manually
controlled motors for pumping water
into the house. A camera also been
used to detect the burglar if any
entered and alerts the owner
TEMBMA2580
Monitoring & Controlling of Substation Using
IoT in Distribution Power Grid
(Domains / IOT)
The main objective of this project is
to monitor the voltage, current,
frequency and the temperature
readings from the substation
through IoT
TEMBMA2588
TEMBMA2608
Overcoming Supply Chain Challenges in
Agriculture with Digital Technologies
(Domains / WSN)
( Page 95 )
Website: www.takeoffprojects.com
From the comprehensive literature
assessment, it is concluded that the
safety, quality and associated
economic benefits in sustainable
agri-food supply chains can be
achieved through innovation,
supply chain collaboration,
elimination of uncertainties,
introducing global supply chain
practices
into lean and green initiatives. An
integrated supply chain with the aim
of bringing excellence and
professionalism in decision making
can considerably improve the
effectiveness of agri-food sector.
Although SCM is a more generic
term applicable in all sectors; but
seasonality, variability,
perishability, traceability and
small-scale production are the
concerns that distinguish the
agri-food
supply chains from others.
Int J Supply Oper Manage (IJSOM)
737
In theEmail:
aboveinfo@takeoffprojects.com
context, the managers
in agri-food sector need to develop
Phone:
+91 9030333433,
+91 8776681444
a thorough
supply chain
Embedded-Trendy Titles
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building and information required for
meeting the emerging
challenges. Further, the regulations
and public policies also have a
considerable role in
influencing agri-food supply chains.
Finally, the research methodological
approaches revealed in
the reviewed studies can also assist
Indian agri-food supply chains to
attain a level of
competitiveness and leanness.
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The main objective of this project is
to create an RFID system in this
application area to detect the
presence and absence of the
student data which is to be
transmitted wirelessly by mobile
device, called a tag, which is read
by an RFID reader.
TEMBMA2550
Student Attendance Management System
Based on RFID over web server
(Domains / WSN)
TEMBMA2710
The main objective of the is to
Device to measure Steroid content in Milk/Meat analyze the milk pH, conductivity,
Products
temperature and odor in small
(Domains / WSN)
diaries to determine the purity of the
milk.
TEMBMA2863
Forest Monitoring By Hierarchical Wireless
Sensor Network
(Controllers / Raspberry pi)
The main objective of this project is
to save the forest areas from fire
accidents because forests are
important for human survival and
social development. This system will
update information to the official
mobile by sending an SMS if any
fire accident occurs or if any toxic
gas is present or if anyone comes to
cut down the trees
Vehicle Safety and Accident Detection System
Using IoT
(Controllers / Raspberry pi)
The main objective of the project is
to collect crash recorder of the
vehicle movements before, during
and after a crash, through which an
accident can be recognized. When
an accident is occured, immediately
the location will be sent to the
hospital.
Real Time Application for Vehicle Anti-Theft
Detection and Protection with Shock Using
Facial Recognition and IoT Notification
(Controllers / Raspberry pi)
The main objective of the project is
to take decision and automatically
control the motion of the following
vehicle through a collision
avoidance system consisting of
arduino that is implemented to warn
the driver using a buzzer.
TEMBMA2857
TEMBMA2828
( Page 96 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
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Project Name
Objective
TEMBMA2819
Computer Vision Based Vehicle Detection for
Toll Collection System Using Embedded Linux
(Controllers / Raspberry pi)
The electronic toll collection system
allows the vehicle drivers to pass
the toll tax booths without stopping
at the toll booths.
TEMBMA2808
Design for visually impaired to work at Industry
using RFID technology
(Controllers / Raspberry pi)
The main objective of the project is
to provide navigation through a
voice system to direct visually
impaired to his table in the
office/industry rather than
depending on others with the help of
RFID technology.
TEMBMA2791
Traffic Management by Monitoring Weather
Parameters and Pollutants Remotely using
Raspberry Pi
(Controllers / Raspberry pi)
The main objective of the project is
to measure few weather parameters
at a dense location with heavy traffic
and provide the corresponding live
data by the stand-alone IoT system
TEMBMA2790
Air Pollution Monitoring System Using
Waspmote Gases Sensor Board in Wireless
Sensor Network
(Controllers / Raspberry pi)
The main objective of this project is
to monitor and analyze the level of
air pollution at certain location and
inform the results to the user in
graphical form through IOT.
TEMBMA2766
Water Level Monitoring And Dam Gate Control
Using IOT
(Controllers / Raspberry pi)
The main objective of this project is
to monitor the water level and to
control the dam gate using IOT
without human involving. Here we
are trying to reduce the man power
by including IOT controlled dam
gate opening/ closing.
372
TEMBMA2758
Child Safety Monitoring System Based on IoT
(Controllers / Raspberry pi)
The objective of this project is to
provide safety and tracking facility to
parents and to locate and monitor
the child
373
TEMBMA2991
Object Detection with Voice Over Using
Raspberrypi
(Controllers / Raspberry pi)
374
TEMBMA3042
Solar Vacuum Cleaner & Floor Cleaner Robot
(Domains / Mechatronics)
375
TEMBMI2218
Women cab security system
376
TEMBMA2655
IoT Based Restaurant Menu Ordering System
(Others / Android)
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TEMBMA2548
Implementation of greenhouse monitoring
using Python on Raspberry Pi
(Domains / WSN)
( Page 97 )
Website: www.takeoffprojects.com
The main aim of this project is to
design a simple, low cost system to
monitor the value of environmental
parameter and they are
continuously updated and controlled
in order to achieve optimum plant
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
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growth.
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TEMBMA2938
A smart monitor system that measures
industrial machine pressure and vibration
(Controllers / Arduino)
The main objective of the project is
to monitor mechanical pressure and
the vibration of an industrial
machine with the help of an
embedded system and IoT.
TEMBMA2938
A smart monitor system that measures
industrial machine pressure and vibration
(Controllers / Arduino)
The main objective of the project is
to monitor mechanical pressure and
the vibration of an industrial
machine with the help of an
embedded system and IoT.
The main objective of the project is
to develop an automated
attendance systems prototype which
can provides high level of
authentication by embedding face
recognition and this data will be
uploaded to an IoT platform.
380
TEMBMA2617
Fully Automated Attendance System with
Jetson Nano
(Domains / Image Processing)
381
TEMBMA1708
RF Controlled Robot Using 8051
382
TEMBMA2952
Voice Based Hot Cold-water Dispenser System The main objective of this project is
Using Raspberry Pi
to dispense hot and cold water
(Controllers / Arduino)
using Heater as a component
383
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386
Design & Implementation of An Automated
Reminder Medicine Box For Old People And
Hospital
(Controllers / Arduino)
The main aim of the project is to
develop a smart medicine remainder
box that is used to remind our loved
ones to take medicines on time.
This can be used by an individual, it
can remind upto three pills taking
time.
TEMBMA1763
Medicine Reminder and Monitoring System for
Secure Health using IOT
(Domains / IOT)
The main objective of the project is
to develop a smart medicine
reminder box that is used to remind
our loved ones to take medicines on
time. This can be used by an
individual and it can remind up to
three pills taking time and SMS is
sent through GSM.
TEMBMA2076
Intelligent Traffic Signal Control System for
Ambulance Using IOT
(Domains / IOT)
The main objective of this system is
to control the traffic signals so that
the ambulance would be able to
cross all the traffic junctions without
waiting.
TEMBMA1770
The main objective of this system is
The High Security Smart Helmet Using Internet to design a helmet that provides
of Things
safety to motorcyclist or to any bike
(Domains / IOT)
rider by preventing drunk and drive.
It detects accident and alert the
TEMBMA2092
( Page 98 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
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Objective
guardian about accident and engine
doesnot get started if alcohol is
detected.
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391
Smart Waste Management System Using
NodeMCU
(Domains / IOT)
The main objective of the project is
to maintain the level of cleanliness
in the city and to create an
environment which is better for living
as this system constantly check the
level of the garbage in the dustbins
which are placed in various parts of
the city. If a particular dustbin has
reached the maximum level, then
the employees are informed and
they can immediately take certain
actions to empty it as soon as
possible.
TEMBMA2216
Smart Waste Management System Using
NodeMCU
(Domains / WSN)
The main objective of the project is
to maintain the level of cleanliness
in the city and to create an
environment which is better for living
as this system constantly check the
level of the garbage in the dustbins
which are placed in various parts of
the city. If a particular dustbin has
reached the maximum level, then
the employees are informed and
they can immediately take certain
actions to empty it as soon as
possible.
TEMBMA1537
Arduino Based High Protection Voice
Identification Based Bank Locker Security
System With Live Image Authentication
(Domains / WSN)
The main objective of the project is
providing security for people
property which can be accessed
through face authentication and
through voice commands from
google assistant.
TEMBMA1866
Advanced IOT Based Combined Remote
Health Monitoring, Home Automation and
Alarm System
(Domains / WSN)
The main objective of the project is
health parameter monitoring,
medicine time reminding and an
automated home system. This
system will remind the patient when
it’s time to take pills through an
SMS, email and a voice message
and can monitor the health
parameters and updates the data to
the doctor or patient via an SMS.
TEMBMA2093
Design & Implementation of An Automated
Reminder Medicine Box For Old People And
Hospital
(Domains / WSN)
The main aim of the project is to
develop a smart medicine remainder
box that is used to remind our loved
ones to take medicines on time.
This can be used by an individual, it
can remind upto three pills taking
TEMBMA2214
( Page 99 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
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Project Name
Objective
time.
The main objective of this project is
to detect thief when nobody is at
home
392
TEMBMA423
Smart Mirror Based On Raspberry Pi
(Controllers / Raspberry pi)
393
TEMBMA1914
Iot Based Indoor Air Pollution Monitoring Using
Raspberry Pi
(Domains / WSN)
394
TEMBMA258
Fingerprint Based Exam Hall Authentication
(Controllers / Arduino)
395
TEMBMA360
Wireless Operated War Field Land Rover That
Alerts On Sensing Planted Land Mines
(Domains / Mechatronics)
396
TEMBMA601
Driver Behavior Assessment Based On
Loosely Coupled Gps/ins Integration In Harsh
Environment
(Controllers / Arduino)
397
TEMBMA691
A Blind Navigation System Using Rfid For
Indoor & Outdoor Environments
(Domains / WSN)
398
TEMBMA693
A Blind Navigation System Using Rfid For
Indoor & Outdoor Environments
(Controllers / ARM7)
399
400
401
402
403
The main objective of this system is
we can reuse wastages and can
easily know how much amount of
wastages we are reusing in our day
to day life by getting message to the
pre-registered mobile number as
points.
TEMBMA709
Development Of Reverse Vending Machine
(rvm) Framework For Implementation To A
Standard Recycle Bin
(Controllers / ARM7)
TEMBMA716
Automatic Monitoring And Control Of Vehicle
Entry/exit In Forest Area With Raspberry-pi,
Python And Open Cv
(Controllers / Raspberry pi)
TEMBMA717
Automatic Monitoring And Control Of Vehicle
Entry/exit In Forest Area With Raspberry-pi,
Python And Open Cv
(Domains / WSN)
TEMBMA722
High Protection Voice Identification Based
Bank Locker Security System With Live Image
Authentication
(Domains / WSN)
TEMBMA726
High Protection Voice Identification Based
Bank Locker Security System With Live Image
Authentication
(Controllers / ARM7)
( Page 100 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
404
TEMBMA742
Integrated System For Regional Navigator And
Seasons Management
(Domains / WSN)
405
TEMBMA744
System Of Detection And Scanning Bar Codes
From Raspberry Pi Web Camera
(Domains / WSN)
406
TEMBMA750
Efficient Smart Emergency Response System
For Fire Hazards Using Iot
(Domains / WSN)
407
TEMBMA754
A Review On Night Vision Robot Patrolling And
Monitoring System
(Controllers / Arduino)
408
TEMBMA759
A Review On Night Vision Robot Patrolling And
Monitoring System
(Controllers / ARM7)
409
TEMBMA760
Iot Based Digital Signage Board Using
Raspberry Pi 3
(Controllers / Raspberry pi)
410
TEMBMA766
Real Time Position Tracking System Using
Google Maps Api V3
(Controllers / Arduino)
411
TEMBMA768
Real Time Position Tracking System Using
Google Maps Api V3
(Controllers / NodeMCU)
TEMBMA771
Real Time Monitoring & Analyzation Of
Hazardous Parameters In Underground Coal
Mines Using Intelligent Helmet System
(Controllers / Arduino)
TEMBMA772
Real Time Monitoring & Analyzation Of
Hazardous Parameters In Underground Coal
Mines Using Intelligent Helmet System
(Domains / WSN)
TEMBMA773
Real Time Monitoring & Analyzation Of
Hazardous Parameters In Underground Coal
Mines Using Intelligent Helmet System
(Controllers / NodeMCU)
415
TEMBMA774
Real Time Monitoring & Analyzation Of
Hazardous Parameters In Underground Coal
Mines Using Intelligent Helmet System
(Controllers / ARM7)
416
TEMBMA940
Voice Based Hot Cold-water Dispenser System The main objective of this project is
Using Raspberry Pi
to dispense hot and cold water
(Controllers / Raspberry pi)
using Heater as a component
412
413
414
( Page 101 )
Website: www.takeoffprojects.com
Objective
The main objective of this project is
to scan the bar code labels on the
grocery items or other and send the
data or link through GSM along with
the IOT Platform.
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
TEMBMA1514
A Blind Navigation System Using Rfid For
Indoor & Outdoor Environments Using
Raspberry Pi
(Controllers / Raspberry pi)
418
TEMBMA1560
The main objective of this system is
to design a helmet that provides
safety to motorcyclist or any bike
The High Security Smart Helmet Using Internet rider to prevent drink and drive. It
Of Things With Raspberry Pi
detects accident and alert the
(Controllers / Raspberry pi)
guardian about accident and
prevents drunk and driving by not
starting the engine if alcohol
detected.
419
TEMBMA1563
Voice Based Hot Cold-water Dispenser System
Using Arduino
420
TEMBMA1568
Smart Charger Monitoring System Using
Raspberry Pi
(Controllers / Raspberry pi)
421
TEMBMA1569
Raspberry Pi Based Under Pipe, Traveling
Robot To Detect Gas Line Leakage And
Address Navigation To Cloud Over Iot
(Controllers / Raspberry pi)
422
TEMBMA1604
IOT Based Weather Monitoring System Using
Raspberry Pi
(Controllers / Raspberry pi)
423
TEMBMA1606
Hand Gesture Controlled Wheel Chair
(Controllers / Raspberry pi)
424
TEMBMA1607
Object Tracking Robot
(Controllers / Arduino)
417
425
426
TEMBMA1609
TEMBMA1658
Objective
Reader For Visually Impaired People Using
Raspberry Pi
(Controllers / Raspberry pi)
The main objective of this project is
to navigate visually impaired people
in an indoor environment with the
help of raspberry pi by identifying
the objects that are present in his
path and guiding him through
speech via headphones.
Solar Based Automatic Irrigation Robot for
Farm Monitoring
(Domains / WSN)
This project “smart management of
street lights for energy conservation
using iot” is a cost effective,
practical, ecofriendly and the safest
way to save energy and this system
the light status information can be
accessed from anytime and
anywhere. It clearly tackles the two
problems that world is facing today,
saving of energy and also disposal
of incandescent lamps, very
( Page 102 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
efficiently.
This project gives a special idea
which makes motor cycle driver
safer than before. It is a way to stop
starting of vehicles without wearing
helmets or even if the driver is
drunk. In addition, it has a great
feature of detecting accidents and
informs it to specific people via SMS
with location.
427
TEMBMA1713
Smart Helmet with Accident Detection
(Controllers / Arduino)
428
TEMBMA1721
A Smart Helmet for Air Quality and Hazardous
Event Detection for the Mining Industry
(Controllers / Arduino)
429
TEMBMA1723
A Smart Helmet for Air Quality and Hazardous
Event Detection for the Mining Industry
(Domains / WSN)
430
TEMBMA1729
Developing Fish Feeder System Using
Raspberry Pi
(Domains / WSN)
431
TEMBMA1749
Power Factor Correction for Both Leading and
Lagging Loads Using Compensation Method
(Controllers / Arduino)
432
TEMBMA1764
Medicine Reminder and Monitoring System for
Secure Health using IOT
(Domains / WSN)
433
TEMBMA1777
Smart City Platform Development For An
Automated Waste Collection System
(Domains / WSN)
434
TEMBMA1783
Under Pipe, Traveling Robot To Detect Gas
Line Leakage And Address Navigation To
Cloud Over Iot
(Domains / WSN)
435
TEMBMA1812
Novel Parking Management System, For Smart
Cities, To Save Fuel, Time, And Money
(Controllers / Arduino)
436
TEMBMA1814
Novel Parking Management System, For Smart
Cities, To Save Fuel, Time, And Money
(Domains / WSN)
437
TEMBMA1819
( Page 103 )
The main objective of the project is
to develop a smart medicine
reminder box that is used to remind
our loved ones to take medicines on
time. This can be used by an
individual and it can remind up to
three pills taking time and SMS is
sent through GSM.
Optimized Sensor Based Smart System For
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
Efficient Monitoring Grain Storage Using
Raspberry Pi
(Controllers / Raspberry pi)
438
TEMBMA1836
Heartbeat Monitoring and Voice Based Alerting
System for High and Low Heart Rate
(Domains / Biomedical)
439
TEMBMA1906
Gsm Based Digital Fuel Meter And Fuel Theft
Detection Using PIC Microcontroller
(Domains / Industrial Automation)
440
TEMBRE19_865
Iot Based Indoor Air Pollution Monitoring Using
Raspberry Pi
(Domains / Industrial Automation)
441
TEMBMA1948
Rfid Based Secure Smart School Bus System
Using Raspberry Pi
(Domains / WSN)
442
TEMBMA1951
Rfid Based Secure Smart School Bus System
Using Raspberry Pi
(Domains / Industrial Automation)
443
TEMBMA1953
Design Of Arduino Based Real Time Health
Monitoring System Using Wi-fi Technology
(Domains / WSN)
444
TEMBMA1971
Iot Based Indoor Air Pollution Monitoring Using
Arduino
(Domains / Industrial Automation)
445
TEMBMA1975
Protection Of Power Transformer Using
Arduino
(Domains / Industrial Automation)
446
TEMBMA1987
Smart Energy Meter For Advanced Metering
And Billing System Using Arduino
(Domains / WSN)
TEMBMA2023
Wireless Operated War Field Land Rover That
Alerts On Sensing Planted Land Mines Using
Raspberry Pi
(Domains / WSN)
448
TEMBMA2026
Wireless Operated War Field Land Rover That
Alerts On Sensing Planted Land Mines Using
Raspberry Pi
(Domains / Android)
449
TEMBRE19_874
Smart Shopping System Using RFID
(Controllers / Arduino)
450
TEMBRE19_877
Smart Crop Protection System From Animal
Attacks
(Domains / WSN)
447
( Page 104 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
451
TEMBMA2039
The Smart Floor Cleaner Using Arduino
(Controllers / Arduino)
452
TEMBMA2043
IOT based Feedback System For public
sectors
(Controllers / Arduino)
TEMBMA2050
Password Based Distribution Panel and Circuit
Breaker Operation for the Safety of Lineman
during Maintenance Work
(Controllers / Arduino)
454
TEMBMA2052
Password Based Distribution Panel and Circuit
Breaker Operation for the Safety of Lineman
during Maintenance Work
(Domains / Industrial Automation)
455
TEMBMA2056
Implementation of Network Weather Report
System Through Network State Observation
(Domains / WSN)
456
TEMBMA2060
Design and Analysis Of A Smart Blind Stick
For Visual Impairment
(Controllers / Arduino)
457
TEMBMA2109
Street Light Controller System Using IOT
(Controllers / NodeMCU)
458
TEMBMA2136
IOT Based Students Attendance System Using
RFID Using NodeMCU
(Controllers / NodeMCU)
459
TEMBMA2141
IOT Based Students Attendance System Using
RFID Using NodeMCU
(Domains / NodeMCU)
460
TEMBMA2144
Smart Crop Protection System with Mail Alert
Using NodeMCU
(Domains / WSN)
461
TEMBMA2147
Smart Crop Protection System with Mail Alert
Using NodeMCU
(Domains / NodeMCU)
453
Objective
The main objective of this project is
to identify a traffic sign which is then
wirelessly transmitted to a client
receiver residing in the vehicle. The
client device is usually a smart
phone or a car heads-up display. It
can also be displayed on a PC in a
car using terminal software.
462
TEMBMA2154
Wireless Digital Traffic Signs of the Future
Using OpenCV
(Domains / Electrical)
463
TEMBMA2185
Arduino and GSM Based Smart Energy Meter
for Advanced Metering and Billing System
(Controllers / Arduino)
( Page 105 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
464
TEMBMA2186
Arduino and GSM Based Smart Energy Meter
for Advanced Metering and Billing System
(Domains / Electrical)
465
TEMBMA2187
Arduino and GSM Based Smart Energy Meter
for Advanced Metering and Billing System
(Domains / Industrial Automation)
This System monitors the changes
happening over the environment
and provides enough ways for the
users to access the information from
anywhere through cloud. The
humidity sensor will monitor and
gives the details about the changes
happening over the climate. The
LDR and pressure sensor are used
for monitoring the pollution over
environment. The Monitored
condition will be updated to a third
party server.
466
TEMBMA2195
Weather Monitoring System Using IOT
467
TEMBMA2206
Smart Irrigation Using NodeMCU
(Controllers / NodeMCU)
468
TEMBMA2211
Smart Irrigation Using NodeMCU
(Domains / Android)
469
TMMAIN17
LiFi Communication of Text Audio And Image
(Domains / Image Processing)
470
471
472
Smart Healthcare Patient Data Privacy and
Security system using IOT
(Domains / Biomedical)
The main objective of the project is
to create a heartbeat monitoring and
temperature detection system using
Raspberry Pi. The user may set the
high level of heart beat limit as well
as low level. After setting these
limits, the system starts monitoring
and as soon as patient heart beat
goes above a certain limit, the
system sends an alert. The data is
uploaded to server continuously.
TEMBMA2098
AI based fire detection and control system
(Domains / Image Processing)
The main objective of this project is
to create a Fire alarm and
prevention system which is a
real-time monitoring system that
detects the presence of smoke/ fire
in the air and it has ability to
remotely send an alert when a fire is
detected.
TEMBMA2167
The main theme of this project is to
Three Phase Fault Analysis with Auto Reset for
find the faults that was occurring in
Temporary Fault and Trip for Permanent Fault
the three phase transmission lines
(Domains / Electrical)
with the help of arduino and
TEMBMA2155
( Page 106 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
displaying the same on the LCD
screen.
473
474
475
476
477
Voice Control 230v Lamp Dimmer with 10
Level of Intensity Control Using Android App
(Domains / Electrical)
The main objective of this project is
to control the light intensity of the
bulb with the help of android
application through Bluetooth
module.
Smart Waste Management System Using
NodeMCU
(Controllers / NodeMCU)
The main objective of the project is
to maintain the level of cleanliness
in the city and to create an
environment which is better for living
as this system constantly check the
level of the garbage in the dustbins
which are placed in various parts of
the city. If a particular dustbin has
reached the maximum level, then
the employees are informed and
they can immediately take certain
actions to empty it as soon as
possible.
TEMBMA2213
Smart Waste Management System Using
NodeMCU
(Controllers / NodeMCU)
The main objective of the project is
to maintain the level of cleanliness
in the city and to create an
environment which is better for living
as this system constantly check the
level of the garbage in the dustbins
which are placed in various parts of
the city. If a particular dustbin has
reached the maximum level, then
the employees are informed and
they can immediately take certain
actions to empty it as soon as
possible.
TEMBMA2198
IOT Based Traffic Light Control System For
Ambulance
(Controllers / NodeMCU)
The main objective of this system is
to control the traffic signals so that
the ambulance would be able to
cross all the traffic junctions without
waiting.
Weather Monitoring System Using IOT
(Controllers / NodeMCU)
This System monitors the changes
happening over the environment
and provides enough ways for the
users to access the information from
anywhere through cloud. The
humidity sensor will monitor and
gives the details about the changes
happening over the climate. The
LDR and pressure sensor are used
for monitoring the pollution over
environment. The Monitored
condition will be updated to a third
party server.
TEMBMA2156
TEMBMA2951
TEMBMA2193
( Page 107 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
478
TEMBMA454
A Sewer Sensor Monitoring System Based On
Embedded System
(Controllers / ARM7)
TEMBMA1818
Raspberry Pi Based Sewer Sensor Monitoring
Based On Embedded System
(Controllers / Raspberry pi)
The main objective this system is to
save the health of drainage workers
by measuring the pollution and
temperature. Also to avoid the
blockages.
TEMBMA1880
System of Detection and Scanning Bar Codes
from Raspberry Pi Web Camera
(Controllers / Raspberry pi)
The main objective of this project is
to scan the bar code labels on the
grocery items or other and send the
data or link through GSM along with
the IOT Platform.
TEMBMA1271
Raspberry Pi Based Implementation And
Recent Progress In Cloud-based Smart Home
Automation Systems
(Controllers / Raspberry pi)
This project covers most important
feature, in which it could provide the
complete smart home environment.
The cloud controlled home
automation using Raspberry Pi is
proposed for the benefit of easy use
and control of devices by elderly
and disabled people.
TEMBMA605
Driver Behavior Assessment Based On
Loosely Coupled Gps/ins Integration In Harsh
Environment
(Controllers / Raspberry pi)
TEMBMA1963
An Indoor Autonomous Guided Vehicle Based
On Electromagnetic Tracking And Positioning
I-beacon With Raspberry Pi
(Controllers / Raspberry pi)
479
480
481
482
483
484
485
TEMBMA1842
TEMBMA1586
486
TEMBMA1567
( Page 108 )
Objective
PiCam: IoT based Wireless Alert System for
Deaf and Hard of Hearing
(Controllers / Raspberry pi)
This project describes
implementation of a low cost IOT
based alert system for deaf and
hearing impaired people for their
safety purposes. Whenever
someone presses the doorbell or
tries to smash the door, image will
be captured and sent to the owner
mail along with an SMS alert.
Raspberry Pi Based Rfid Animal Tracking
System
(Controllers / Raspberry pi)
The project aim was to design and
create a complex autonomous
monitoring system which would
monitor record and evaluate results
of spatial activity. And that result will
be displayed on LCD and that data
is uploaded to cloud
instantaneously.
Smart City Platform Development For An
Automated Waste Collection System Using
The system works with the help of
Raspberry
and ultrasonic sensor
Email:Pi
info@takeoffprojects.com
Website: www.takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
487
488
489
Project Code
TEMBMA1554
TEMBMA1548
TEMBMA2954
Project Name
Objective
Raspberry Pi
(Controllers / Raspberry pi)
for collecting level of garbage in
garbage bin, gas sensor to identify
toxins, moisture sensor to identify
whether the dry and wet is mixed
.The collected information is sent
through sms by using GSM.
Waiter Robot – Solution To Restaurant
Automation With Raspberry Pi
(Controllers / Raspberry pi)
The main objective of this project is
to create Autonomous Robot for
delivering orders in Restaurants by
using Raspberry pi. Robot having
wheels. This robot is controlled by
Bluetooth to move towards the table
for serving of the food.
Water Level Monitoring And Dam Gate Control
Over Iot With Raspberry Pi
(Controllers / Raspberry pi)
The main objective of this project is
to monitor the water level and to
control the dam gate using IOT
without human involving. Here we
are trying to reduce the man power
by including IOT controlled dam
gate opening/ closing.
Solar Based Automatic Irrigation Robot for
Farm Monitoring
(Controllers / Arduino)
This project “smart management of
street lights for energy conservation
using iot” is a cost effective,
practical, ecofriendly and the safest
way to save energy and this system
the light status information can be
accessed from anytime and
anywhere. It clearly tackles the two
problems that world is facing today,
saving of energy and also disposal
of incandescent lamps, very
efficiently.
The main objective of this project is
to create a Fire detection and
prevention system. It is a real-time
monitoring system that detects the
presence of smoke/ fire in the air
and it has ability to remotely send
an alert when a fire is detected.
490
TEMBMA1741
491
TEMBMA1536
( Page 109 )
Fire detection system using camera
(Controllers / Arduino)
Arduino Based High Protection Voice
Identification Based Bank Locker Security
Website: www.takeoffprojects.com
The main objective of this project is
to create a Fire detection and
prevention system. It is a real-time
monitoring system that detects the
presence of smoke/ fire in the air
and it has ability to remotely send
an alert when a fire is detected.
The main objective of the project is
providing security for people
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
492
493
494
495
496
497
Project Code
Project Name
Objective
System With Live Image Authentication
(Controllers / Arduino)
property which can be accessed
through face authentication and
through voice commands from
google assistant.
TEMBMA2104
Implementation of Vision Based Object
Tracking Robot
(Controllers / Arduino)
The main objective of the project is
to make the use of opencv mobile
application for acquiring images and
instructions from pc or mobile to
perform physical movement.
Controlling process has been made
much more accurate at the cost of
programming complexities.
TEMBRE19_883
Data Transmission Through Sound Waves
(Controllers / Arduino)
The main aim of our project is to
transmit data through sound waves.
We are using ultrasonic sensor for
transmitting data.
TEMBMA1847
A Survey on the Roles of Communication
Technologies in IoT-based Personalized
Healthcare applications
(Controllers / Arduino)
The main objective of the project is
to monitor the health parameters of
an individual and uploading the
information to a third party server
and if there is any rise in heart beat
or Blood Pressure, an immediate
SMS will be sent to their family
member or to the hospital.
TEMBMA1769
The main objective of this system is
to design a helmet that provides
safety to motorcyclist or to any bike
The High Security Smart Helmet Using Internet
rider by preventing drunk and drive.
of Things
It detects accident and alert the
(Controllers / Arduino)
guardian about accident and engine
doesnot get started if alcohol is
detected.
TEMBMA1762
Medicine Reminder and Monitoring System for
Secure Health using IOT
(Controllers / Arduino)
The main objective of the project is
to develop a smart medicine
reminder box that is used to remind
our loved ones to take medicines on
time. This can be used by an
individual and it can remind up to
three pills taking time and SMS is
sent through GSM.
wireless electronic notice board using IOT
(Controllers / Arduino)
The main objective of the project is
to develop a notice board that
displays messages sent from the
google voice assistant. When a user
sends a message and that will be
displayed using LED scrolling
display with the help of nodemcu
and arduino.
TEMBMA1710
( Page 110 )
Website:
www.takeoffprojects.com
498
TEMBMA1610
Smart Helmet with Accident Detection
Email: info@takeoffprojects.com
Phone:
+91
9030333433,
+91 8776681444
This
project
gives a special
idea
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
which makes motor cycle driver
safer than before. It is a way to stop
starting of vehicles without wearing
helmets or even if the driver is
drunk. In addition, it has a great
feature of detecting accidents and
informs it to specific people via SMS
with location.
(Controllers / Arduino)
499
TEMBMA1286
Raspberry Pi Based Car Door Safety System
With Wireless Alert
(Domains / WSN)
500
TEMBMA855
Investigating Thermal Comfort For The
Classroom Environment Using Iot
(Domains / WSN)
TEMBMA2201
IOT Based Traffic Light Control System For
Ambulance
(Domains / WSN)
501
502
TEMBMA2070
The main objective of this system is
to control the traffic signals so that
the ambulance would be able to
cross all the traffic junctions without
waiting.
Real Time Bus Announcement System Using
RFID
(Domains / WSN)
( Page 111 )
Website: www.takeoffprojects.com
This project presents a car door
safety system which has two major
features that are sense when car
door is opened and alert when the
car crash detected. The car door
safety system which this project
presented is based on popular
microcontrollers and sensors, it is
easy to build, integrate and low cost.
It transmit alert to configured SIM
via GSM/GPRS module and also
data updated in server when the
door opened and crash detected.
The system provides the efficient
way for Bus tracking, as it includes
the less time delays. The
information is obtained from the
master terminal quickly. Also this
system has low power consumption
as compared to other implemented
systems. And finally the system
gives correct high end result which
is efficient way for guiding tourist. In
the future, we are planning to
enhance the system with some
other estimation tools and statistical
analysis. This might be used not
only by public users but also by
decision makers in the local
municipalities. Moreover, since the
system is developed with open
standards and open sources, it is
easily extended with future
technologies according to users’
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
needs.
503
TEMBMA2061
Design and Analysis Of A Smart Blind Stick
For Visual Impairment
(Domains / WSN)
The main objective of this system is
to reuse wastages and can easily
know how much amount of
wastages we are reusing in our day
to day life by getting message to the
pre-registered mobile number as
points.
504
TEMBMA2005
Development Of Reverse Vending Machine
(rvm) Framework For Implementation To A
Standard Recycle Bin using Arduino
(Domains / WSN)
505
TEMBMA985
Secure Fingerprint Bank Locker With Image
Capture
(Domains / WSN)
The main objective of this project is
to Open and close Bank locker
using secure fingerprint
This project is embedded
automotive security system
involving face recognition. The
system can be used to reduce the
increased vehicle theft which will
give shock when an intruder tried to
start the engine.
506
TEMBMA951
Raspberry Pi Based Vehicle Starter On Face
Detection
(Domains / WSN)
507
TEMBMA941
Voice Based Hot Cold-water Dispenser System The main objective of this project is
Using Raspberry Pi
to dispense hot and cold water
(Domains / WSN)
using Heater as a component
508
509
510
TEMBMA1615
TEMBMA2095
TEMBMA1870
Reader For Visually Impaired People Using
Raspberry Pi
(Domains / WSN)
The main objective of this project is
to navigate visually impaired people
in an indoor environment with the
help of raspberry pi by identifying
the objects that are present in his
path and guiding him through
speech via headphones.
Design & Implementation of An Automated
Reminder Medicine Box For Old People And
Hospital
(Domains / Biomedical)
The main aim of the project is to
develop a smart medicine remainder
box that is used to remind our loved
ones to take medicines on time.
This can be used by an individual, it
can remind upto three pills taking
time.
Advanced IOT Based Combined Remote
Health Monitoring, Home Automation and
Alarm System
(Domains / Biomedical)
The main objective of the project is
health parameter monitoring,
medicine time reminding and an
automated home system. This
system will remind the patient when
it’s time to take pills through an
SMS, email and a voice message
and can monitor the health
( Page 112 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
parameters and updates the data to
the doctor or patient via an SMS.
The main objective of the project is
to monitor the health parameters of
an individual and uploading the
information to a third party server
and if there is any rise in heart beat
or Blood Pressure, an immediate
SMS will be sent to their family
member or to the hospital.
TEMBMA1852
A Survey on the Roles of Communication
Technologies in IoT-based Personalized
Healthcare applications
(Domains / Biomedical)
TEMBMA679
Bi-directional Li-fi Communication For
Transmitting Data, Audio And Image
Information
(Controllers / ARM7)
513
TEMBMA680
Bi-directional Li-fi Communication For
Transmitting Data, Audio And Image
Information
(Domains / WSN)
514
TEMBMA2191
Bus Tracking System Using NodeMCU
(Domains / WSN)
515
TEMBMA2210
Smart Irrigation Using NodeMCU
(Domains / WSN)
516
TEMBMA778
School Bus Monitoring System Using
Raspberry Pi
(Domains / WSN)
TEMBMA721
High Protection Voice Identification Based
Bank Locker Security System With Live Image
Authentication
(Controllers / Raspberry pi)
TEMBMA1185
An Intelligent Mobile Agents System For
Sudden Infant Death Syndrome Monitoring
Using Raspberry Pi
(Controllers / Raspberry pi)
TEMBMA1319
Raspberry Pi Pricing Data Tampering In
Automated Fare Collection With Nfc-equipped
Smart Phones
(Controllers / Raspberry pi)
520
TEMBMA1565
Third Eye For Blind Ultrasonic Vibrator Glove
Using Raspberry Pi
(Controllers / Raspberry pi)
521
TEMBMA526
Passenger Localization For In-vehicle
Personalization Using Ble Beacons
(Controllers / PIC16F77A)
522
TEMBMA1172
Arduino Based Wireless Digital Traffic Signs Of
511
512
517
518
519
( Page 113 )
Website: www.takeoffprojects.com
The main objective of this project is
to build a glove which act as third
eye for blind by using Ultrasonic
sensor
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
The Future
(Controllers / Arduino)
523
TEMBMA1682
Development of Bluetooth Based Indoor
Positioning Application
524
TEMBMA1078
Arm Based Early Detection System For
Proactive Management Of Raw Milk Quality
TEMBMA09
Adjustment Of Bed For A Patient Through
Gesture Recognition: An Image Processing
Approach
(Domains / Biomedical)
526
TEMBMA583
Prototype Desogn of an Iot Enabled Cost
Eeficient Portable Heart Health Data
Acquisition System
(Domains / Biomedical)
527
TEMBMA1805
Bluetooth Controlled robotic ARM
(Controllers / Arduino)
528
TEMBMA27
An Intelligent Mobile Agents System For
Sudden Infant Death Syndrome Monitoring
(Controllers / Arduino)
529
TEMBMA29
An Intelligent Mobile Agents System For
Sudden Infant Death Syndrome Monitoring
(Domains / Biomedical)
530
TEMBMA42
An Intelligent Mobile Agents System For
Sudden Infant Death Syndrome Monitoring
(Domains / WSN)
531
TEMBMA60
Design And Implementation Of An Interactive
Road Safety System For Young Bikers
(Controllers / Arduino)
TEMBMA178
An Rfid Based Smart Evm System For
Reducing Electoral Frauds
(Controllers / Arduino)
533
TEMBMA352
Real Time Ethernet Control Communication
For Robotic Arm Application By Using
Raspberry Pi
(Domains / Android)
534
TEMBMA355
Wireless Operated War Field Land Rover That
Alerts On Sensing Planted Land Mines
(Controllers / Arduino)
535
TEMBMA358
Wireless Operated War Field Land Rover That
Alerts On Sensing Planted Land Mines
(Controllers / ARM7)
536
TEMBMA359
Wireless Operated War Field Land Rover That
525
532
( Page 114 )
Website: www.takeoffprojects.com
The main objective of this project is
to design EVM system using RFID
technology for preventing Electoral
Frauds
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
Alerts On Sensing Planted Land Mines
(Domains / Android)
537
TEMBMA452
A Sewer Sensor Monitoring System Based On
Embedded System
(Domains / WSN)
538
TEMBMA458
Protection Of Power Transformer By Using Pic
Microcontroller
(Domains / Electrical)
539
TEMBMA602
Driver Behavior Assessment Based On
Loosely Coupled Gps/ins Integration In Harsh
Environment
(Domains / WSN)
540
TEMBRE19_382
Edge Computing-based Intelligent Manhole
Cover Management System For Smart Cities
(Controllers / PIC16F77A)
TEMBMA619
An Iot Based Multi-parameter Data Acquisition
System For Efficient Bio-tele Monitoring Of
Pregnant Women At Home
(Controllers / PIC16F77A)
542
TEMBMA620
An Iot Based Multi-parameter Data Acquisition
System For Efficient Bio-tele Monitoring Of
Pregnant Women At Home
(Controllers / ARM7)
543
TEMBMA639
Tmcas:an Mqtt Based Collision Avoidance
System For Railway Network
(Controllers / Raspberry pi)
544
TEMBMA645
Voice Controlled 230v Lamp Dimmer With 10
Levels Of Intensity Control
(Controllers / Arduino)
545
TEMBMA648
Voice Controlled 230v Lamp Dimmer With 10
Levels Of Intensity Control
(Domains / Industrial Automation)
546
TEMBMA650
Prototyping Of Class-attendance System Using
Mifare 1k Smart Card And Raspberry Pi 3
(Controllers / Raspberry pi)
547
TEMBMA652
Prototyping Of Class-attendance System Using
Mifare 1k Smart Card And Raspberry Pi 3
(Domains / WSN)
548
TEMBRE19_409
Prototyping Of Class-attendance System Using
Mifare 1k Smart Card And Raspberry Pi 3
(Controllers / Raspberry pi)
549
TEMBMA663
Low Cost Nano Satellite Communication
System Using Gnuradio, Hackrf, And
Raspberry Pi
541
( Page 115 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
(Controllers / Raspberry pi)
550
TEMBMA668
Smart Bus Alert System For Easy Navigation
Of Blind
(Controllers / Arduino)
551
TEMBMA669
Smart Bus Alert System For Easy Navigation
Of Blind
(Domains / WSN)
552
TEMBMA683
Bi-directional Li-fi Communication For
Transmitting Data, Audio And Image
Information
(Domains / Embedded with Matlab)
553
TEMBMA690
A Blind Navigation System Using Rfid For
Indoor & Outdoor Environments
(Controllers / Arduino)
554
TEMBMA692
A Blind Navigation System Using Rfid For
Indoor & Outdoor Environments
(Controllers / PIC16F77A)
555
TEMBMA706
Development Of Reverse Vending Machine
(rvm) Framework For Implementation To A
Standard Recycle Bin
(Domains / WSN)
The main objective of this system is
we can reuse wastages and can
easily know how much amount of
wastages we are reusing in our day
to day life by getting message to the
pre-registered mobile number as
points.
The main objective of this system is
we can reuse wastages and can
easily know how much amount of
wastages we are reusing in our day
to day life by getting message to the
pre-registered mobile number as
points.
556
TEMBMA708
Development Of Reverse Vending Machine
(rvm) Framework For Implementation To A
Standard Recycle Bin
(Controllers / PIC16F77A)
557
TEMBMA740
Integrated System For Regional Navigator And
Seasons Management
(Controllers / PIC16F77A)
558
TEMBMA741
Integrated System For Regional Navigator And
Seasons Management
(Controllers / ARM7)
559
TEMBMA748
Efficient Smart Emergency Response System
For Fire Hazards Using Iot
(Controllers / Arduino)
560
TEMBMA755
A Review On Night Vision Robot Patrolling And
Monitoring System
(Domains / WSN)
561
TEMBMA758
A Review On Night Vision Robot Patrolling And
Monitoring System
( Page 116 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
(Controllers / PIC16F77A)
562
563
TEMBMA767
Real Time Position Tracking System Using
Google Maps Api V3
(Domains / WSN)
TEMBMA775
Real Time Monitoring & Analyzation Of
Hazardous Parameters In Underground Coal
Mines Using Intelligent Helmet System
(Controllers / PIC16F77A)
564
TEMBMA790
Water Level Monitoring And Dam Gate Control
Over Iot
(Domains / WSN)
565
TEMBMA794
Voice Assisted Text Reading System For
Visually Impaired Persons Using Tts Method
(Controllers / Raspberry pi)
566
TEMBMA803
Voice Assisted Text Reading System For
Visually Impaired Persons Using Tts Method
(Domains / Image Processing)
567
TEMBMA815
Waiter Robot – Solution To Restaurant
Automation
(Domains / WSN)
568
TEMBMA846
Lightweight Rfid Protocol For Medical Privacy
Protection In Iot
(Domains / Biomedical)
569
TEMBMA853
Investigating Thermal Comfort For The
Classroom Environment Using Iot
(Controllers / Arduino)
570
TEMBMA878
Raspberry Pi Based Intelligent Autonomous
Campus Mobility Services
(Controllers / Raspberry pi)
571
TEMBMA879
Raspberry Pi Based Intelligent Autonomous
Campus Mobility Services
(Domains / WSN)
TEMBMA925
Implementation Of Machine Learning For
Gender Detection Using Cnn On Raspberry Pi
Platform
(Controllers / Raspberry pi)
TEMBMA927
Implementation Of Machine Learning For
Gender Detection Using Cnn On Raspberry Pi
Platform
(Domains / Image Processing)
572
573
( Page 117 )
Website: www.takeoffprojects.com
The main objective of this project is
to monitor the water level and to
control the dam gate using IOT
without human involving. Here we
are trying to reduce the man power
by including IOT controlled dam
gate opening/ closing.
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
574
575
Project Code
Project Name
Objective
TEMBRE19_496
System Of Detection And Scanning Bar Codes
From Raspberry Pi Web Camera
(Controllers / Raspberry pi)
The main objective of this project is
to scan the bar code labels on the
grocery items or other and send the
data or link through GSM along with
the IOT Platform.
Raspberry Pi Based Vehicle Starter On Face
Detection
(Controllers / Raspberry pi)
This project is embedded
automotive security system
involving face recognition. The
system can be used to reduce the
increased vehicle theft which will
give shock when an intruder tried to
start the engine.
This project is embedded
automotive security system
involving face recognition. The
system can be used to reduce the
increased vehicle theft which will
give shock when an intruder tried to
start the engine.
TEMBMA950
576
TEMBMA955
Raspberry Pi Based Vehicle Starter On Face
Detection
(Domains / Image Processing)
577
TEMBMA957
Third Eye For Blind Ultrasonic Vibrator Glove
(Controllers / Arduino)
578
TEMBMA961
Third Eye For Blind Ultrasonic Vibrator Glove
(Domains / WSN)
579
TEMBMA962
Smart Charger Monitoring System
580
TEMBMA963
Smart Charger Monitoring System
581
TEMBMA984
Secure Fingerprint Bank Locker With Image
Capture
582
TEMBMA996
Android Controlled Wildlife Observation Robot
(Domains / WSN)
583
TEMBMA1010
Human-cloud Integration In Next Generation
Healthcare Systems For Wearable Devices
(Domains / WSN)
584
TEMBMA1044
Ssl: Smart Street Lamp Based On Fog
Computing For Smarter Cities
(Domains / WSN)
585
TEMBMA1064
Food Nutrition Visualization On Google Glass
(Controllers / Raspberry pi)
586
TEMBMA1094
Raspberry Pi Based Automatic Waste
Segregator
(Controllers / Raspberry pi)
587
TEMBMA1099
Raspberry Pi Based Automatic Waste
Segregator
(Domains / Industrial Automation)
( Page 118 )
Website: www.takeoffprojects.com
The main objective of this project is
to Open and close Bank locker
using secure fingerprint
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
588
TEMBMA1098
Raspberry Pi Based Automatic Waste
Segregator
(Domains / Mechatronics)
589
TEMBMA1107
Design And Implementation Of An Interactive
Road Safety System For Young Bikers Using
Raspberry Pi
(Controllers / Raspberry pi)
590
TEMBMA1173
Arduino Based Wireless Digital Traffic Signs Of
The Future
(Domains / WSN)
591
TEMBMA1192
Advanced Iot Based Combined Remote Health
Monitoring, Home Automation And Alarm
System With Raspberry Pi
(Controllers / Raspberry pi)
592
TEMBMA1199
Automatic Car Ignition Locking Using
Raspberry Pi
(Controllers / Raspberry pi)
593
TEMBRE19_632
Automatic Car Ignition Locking Using
Raspberry Pi
(Domains / Embedded applications)
594
TEMBMA1234
Fingerprint Based Exam Hall Authentication
With Raspberry Pi
(Controllers / Raspberry pi)
TEMBMA1240
Raspberry Pi Based Road Side Detection And
Tracking
(Controllers / Raspberry pi)
TEMBMA1292
Secure And Robust User Authentication Using
Partial Fingerprint Matching Using Raspberry
Pi
(Controllers / Raspberry pi)
597
TEMBMA1293
Secure And Robust User Authentication Using
Partial Fingerprint Matching Using Raspberry
Pi
(Domains / WSN)
598
TEMBMA1341
A Conveyor-belt Based Pick-and-sort Industrial
595
596
( Page 119 )
Website: www.takeoffprojects.com
This project mainly deals with health
parameter monitoring, medicine
time reminding and an automated
home system. This system will
remind the patient when it’s time to
take pills through an SMS, mail and
a voice message and can monitor
the health parameters and updates
the data to the doctor/ patient via an
SMS.
In this project, we are able to detect
the tracks using opencv and
raspberry pi. By this we can make a
self-controlled car that follows the
lane. Here we are using raspberry pi
and a camera for detecting lanes
and the frame will be displayed on
the monitor.
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
Robotics Application With Raspberry Pi
(Controllers / Raspberry pi)
599
TEMBRE19_713
A Conveyor-belt Based Pick-and-sort Industrial
Robotics Application With Raspberry Pi
(Controllers / Raspberry pi)
600
TEMBMA1392
Multi-sensor Integrated System For Wireless
Monitoring Of Greenhouse Environment With
Raspberry Pi
601
TEMBRE19_815
An Iot Based Multi-parameter Data Acquisition
System For Efficient Bio-tele Monitoring Of
Pregnant Women At Home With Raspberry Pi
(Controllers / Raspberry pi)
602
TEMBMA1535
Efficient Smart Emergency Response System
For Fire Hazards Using Iot With Raspberry Pi
(Controllers / Raspberry pi)
603
TEMBMA1542
A Review On Night Vision Robot Patrolling And
Monitoring System Using Raspberry Pi
(Controllers / Raspberry pi)
604
TEMBMA1579
Password Based Circuit Breaker Using 8051
605
TEMBMA1608
Automated Blood Bank blood bank using GSM
(Controllers / Raspberry pi)
606
TEMBRE19_833
Effective Natural Communication between
Human Hand and Mobile Robot Using
Raspberry-Pi
(Domains / WSN)
607
TEMBMA1754
Power Factor Correction for Both Leading and
Lagging Loads Using Compensation Method
(Domains / Electrical)
608
TEMBMA1831
Prototype Implementation Of BLE Based
Automated Data Collection Scheme In
Agricultural Measurement System
(Domains / WSN)
609
TEMBMA1833
Heartbeat Monitoring and Voice Based Alerting
System for High and Low Heart Rate
(Domains / WSN)
610
TEMBRE19_844
Adjustment Of Bed For A Patient Through
Gesture Recognition: An Image Processing
Approach
(Controllers / Arduino)
611
TEMBMA1893
Cloud-based Smart Home Automation System
(Controllers / NodeMCU)
612
TEMBMA1895
Voter Identification and Detection System
Using RFID and GSM To Stop Rigging In The
( Page 120 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
Elections
(Domains / WSN)
613
TEMBMA1903
Gsm Based Digital Fuel Meter And Fuel Theft
Detection Using PIC Microcontroller
(Controllers / PIC16F77A)
614
TEMBMA1905
Gsm Based Digital Fuel Meter And Fuel Theft
Detection Using PIC Microcontroller
(Domains / WSN)
615
TEMBRE19_852
Speed Control Of Electric Vehicle By Using
Arm 7
(Controllers / ARM7)
616
TEMBMA1910
Gsm Based Digital Fuel Meter And Fuel Theft
Detection Using Arduino
(Domains / Industrial Automation)
The main objective of this project is
to display the fuel level and detect
fuel theft by sending SMS
The main objective of the project is
to avoid the corruption in rationing
system to a large extent by
providing transparency at each level
by storing all the data in database
and in turn it is easy for higher
authorities to cross check the data
at any point.
617
TEMBMA1919
Smart Ration Card System Using Rfid With
Raspberry Pi
(Domains / WSN)
618
TEMBMA1943
Automatic Movable Railway Platform With
Train Arrival Detection Using 8051
619
TEMBMA1996
Real Time Position Tracking System Using
Google Maps Api V3 Using Arm7
(Domains / WSN)
620
TEMBMI209
Laser Bank Security System
(Domains / WSN)
621
TEMBRE19_873
Vehicle Speed Detection And Control Using
RFID With arduino
(Domains / WSN)
622
TEMBMA2066
Design and Implementation Non-Contact Hand
Gestures Control Robot
(Domains / WSN)
623
TEMBMA2087
Manually Controlled Enhanced Wireless
Intelligent Fire Fighting Robot
(Domains / WSN)
624
TEMBMA2090
Manually Controlled Enhanced Wireless
Intelligent Fire Fighting Robot
(Domains / Industrial Automation)
625
TEMBMA2134
Password Based Circuit Breaker Using
NodeMCU
(Controllers / NodeMCU)
( Page 121 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
626
TEMBMA2184
Contact Less Motor Speed Monitoring On
Graphical Display with High And Low Speed
Alerts
(Domains / Electrical)
627
TEMBMA2188
Bus Tracking System Using NodeMCU
(Controllers / NodeMCU)
628
TEMBMA1768
Medicine Reminder and Monitoring System for
Secure Health using IOT
(Domains / Biomedical)
629
TEMBMA01
Detection Of Calcium Carbide Based Ripeness
In Mango Fruit
(Controllers / Raspberry pi)
630
TEMBMA28
An Intelligent Mobile Agents System For
Sudden Infant Death Syndrome Monitoring
(Domains / Android)
631
TEMBMA37
Identification Of Artificially Ripened Fruits
Using Smart Phones
(Controllers / Raspberry pi)
632
TEMBMA41
Identification Of Artificially Ripened Fruits
Using Smart Phones
(Others / Android)
633
TEMBMA61
Design And Implementation Of An Interactive
Road Safety System For Young Bikers
(Domains / WSN)
634
TEMBMA524
Smart Ration Card System Using Rfid And
Embedded System
(Controllers / PIC16F77A)
635
TEMBMA1168
Lane Change Detection Algorithm On Real
World Driving For Arbitrary Road Infrastructure
Using 8051
(Domains / Image Processing)
636
TEMBMA1178
Arduino Based Wireless Digital Traffic Signs Of
The Future
(Domains / Image Processing)
637
TEMBMA1277
The Car Door Safety System With Wireless
Alert Transmission Using 8051
(Controllers / 8051)
638
TMMAIN16
Fruit Grading Using CNN
(Domains / Image Processing)
( Page 122 )
Website: www.takeoffprojects.com
The main objective of the project is
to develop a smart medicine
reminder box that is used to remind
our loved ones to take medicines on
time. This can be used by an
individual and it can remind up to
three pills taking time and SMS is
sent through GSM.
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
639
TMMAIN15
Face Recognition Based Voting System
(Domains / Image Processing)
640
TMMAIN11
Artificial Fruit Ripening
(Domains / Image Processing)
641
TEMBRE19_41
On Access Control In Cabin-based Transport
Systems
(Domains / WSN)
642
TEMBMA566
Rfid Based Petrol Pump Automation System
643
TEMBMA628
Android Controlled Railway Level Gate Control
644
TEMBMA1155
Automated Door Opener With Lighting Control
With 8051
645
TEMBMA617
An Iot Based Multi-parameter Data Acquisition
System For Efficient Bio-tele Monitoring Of
Pregnant Women At Home
(Domains / WSN)
646
TEMBMA906
Iot Electronic Door Opener
647
TEMBMA983
Motion Based Door Opener With Metal
Detector
648
TEMBMA1109
Fuel Allocation And Lockout System With 8051
649
TEMBMA1150
Automatic Movable Railway Platform With
Train Arrival Detection Using 8051
650
TEMBMA1151
Android Controlled Railway Level Gate Control
Using 8051
651
TEMBMA1153
Detection Of Pedestrian Crossing For Safe
Driving Using 8051
652
TEMBMA1315
Designing And Control Of Autonomous
Unmanned Ground Vehicle With 8051
653
TEMBMA1394
A Real-time Flood Alert System For Parking
Lots Using 8051
654
TEMBMA1468
Prototyping Of Class-attendance System Using
8051 Microcontroller
655
TEMBMA1481
8051 Based Smart Bus Alert System For Easy
Navigation Of Blind
656
TEMBMA1557
Rfid Based Secure Smart School Bus System
Using 8051
657
TEMBMA1559
Smart Ration Card System Using Rfid And
Embedded System By 8051
658
TEMBMA1570
Sms Voting System Project Using 8051
( Page 123 )
Website: www.takeoffprojects.com
Objective
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
The main objective of this project is
to create a Fire alarm and
prevention system which is a
real-time monitoring system that
detects the presence of smoke/ fire
in the air and it has ability to
remotely send an alert when a fire is
detected.
659
TEMBRE19_886
AI based fire detection and control system
(Controllers / Raspberry pi)
660
TEMBRE19_860
Iot Based Indoor Air Pollution Monitoring Using
Raspberry Pi
(Controllers / Raspberry pi)
661
TEMBRE19_861
Iot Based Indoor Air Pollution Monitoring Using
Raspberry Pi
(Domains / IOT)
TEMBRE19_838
Prototype Implementation Of BLE Based
Automated Data Collection Scheme In
Agricultural Measurement System
(Controllers / Arduino)
TEMBRE19_839
Prototype Implementation Of BLE Based
Automated Data Collection Scheme In
Agricultural Measurement System
(Domains / IOT)
TEMBRE19_840
Prototype Implementation Of BLE Based
Automated Data Collection Scheme In
Agricultural Measurement System
(Domains / WSN)
TEMBRE19_842
Prototype Implementation Of BLE Based
Automated Data Collection Scheme In
Agricultural Measurement System
(Domains / Android)
TEMBRE19_843
Prototype Implementation Of BLE Based
Automated Data Collection Scheme In
Agricultural Measurement System
(Domains / Embedded applications)
TEMBRE19_836
Effective Natural Communication between
Human Hand and Mobile Robot Using
Raspberry-Pi
(Domains / Android)
TEMBRE19_818
Novel Wearable Sensor Device For
Continuous Monitoring Of Cardiac Activity
During Sleep
(Controllers / Arduino)
The main objective of this project is
to monitor blood pressure and
temperature continuously through a
wearable device
TEMBRE19_823
Novel Wearable Sensor Device For
Continuous Monitoring Of Cardiac Activity
During Sleep
(Domains / Biomedical)
The main objective of this project is
to monitor blood pressure and
temperature continuously through a
wearable device
662
663
664
665
666
667
668
669
( Page 124 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
670
TEMBRE19_816
Voice Assisted Text Reading System For
Visually Impaired Persons Using Arduino
(Controllers / Arduino)
TEMBRE19_808
Development Of Reverse Vending Machine
(rvm) Framework For Implementation To A
Standard Recycle Bin Using Raspberry Pi
(Controllers / Raspberry pi)
TEMBRE19_806
Bi-directional Li-fi Communication For
Transmitting Data, Audio Information Using
Arduino
(Domains / Embedded applications)
TEMBRE19_796
Raspberry Pi Bsed Bi-directional Li-fi
Communication For Transmitting Data, Audio
And Image Information
(Controllers / Raspberry pi)
TEMBRE19_797
Raspberry Pi Bsed Bi-directional Li-fi
Communication For Transmitting Data, Audio
And Image Information
(Domains / WSN)
675
TEMBRE19_742
Passenger Localization For In-vehicle
Personalization Using Ble Beacons Using
Raspberry Pi
(Controllers / Raspberry pi)
676
TEMBRE19_698
Driver And Passenger Identification From
Smartphone Data Using Arduino
(Controllers / Arduino)
677
TEMBRE19_648
Arduino Based Vehicle Seat Vacancy
Identification
(Domains / IOT)
678
TEMBRE19_627
Automatic Car Ignition Locking Using
Raspberry Pi
(Controllers / Raspberry pi)
679
TEMBRE19_619
A Smartphone-based System For Improving
Pedestrian Safety Using Raspberry Pi
(Domains / Embedded applications)
680
TEMBRE19_602
Lane Change Detection Algorithm On Real
World Driving For Arbitrary Road
Infrastructures Using Raspberry Pi
(Domains / Robotics)
681
TEMBRE19_593
An Intelligent Dress Uniform Identification
System Using Arduino
(Controllers / Arduino)
682
TEMBRE19_578
A Mobile-sensor-cloud Based System To
Safeguard Pilgrims Through Smart
Environment With Raspberry Pi
671
672
673
674
( Page 125 )
Website: www.takeoffprojects.com
Objective
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
(Controllers / Raspberry pi)
683
TEMBRE19_570
Novel Ibeacon Placement For Indoor
Positioning In Iot
(Controllers / Raspberry pi)
684
TEMBRE19_552
Ssl: Smart Street Lamp Based On Fog
Computing For Smarter Cities
(Domains / Embedded applications)
685
TEMBRE19_542
An Iot Platform Integrated Into An Energy
Efficient Dc Lighting Grid
(Controllers / Arduino)
TEMBRE19_536
Real-time Monitoring Of Bone Fracture
Recovery By Using Aware, Sensing, Smart
And Active Orthopedic Devices
(Domains / IOT)
686
Raspberry Pi Based Vehicle Starter On Face
Detection
(Controllers / Raspberry pi)
This project is embedded
automotive security system
involving face recognition. The
system can be used to reduce the
increased vehicle theft which will
give shock when an intruder tried to
start the engine.
TEMBRE19_441
Development Of Reverse Vending Machine
(rvm) Framework For Implementation To A
Standard Recycle Bin
(Domains / WSN)
The main objective of this system is
we can reuse wastages and can
easily know how much amount of
wastages we are reusing in our day
to day life by getting message to the
pre-registered mobile number as
points.
TEMBRE19_428
Bi-directional Li-fi Communication For
Transmitting Data, Audio And Image
Information
(Controllers / ARM7)
TEMBRE19_397
The Methodology Review Of Traffic Safety
Monitoring By Using Video Recording For
Express Bus
(Controllers / Raspberry pi)
TEMBRE19_401
The Methodology Review Of Traffic Safety
Monitoring By Using Video Recording For
Express Bus
(Domains / Image Processing)
692
TEMBRE19_391
Fingerprint And Iris Biometric Controlled Smart
Banking Machine Embedded With Gsm
Technology For Otp
(Controllers / Raspberry pi)
693
TEMBRE19_385
An Iot Based Multi-parameter Data Acquisition
System For Efficient Bio-tele Monitoring Of
687
688
689
690
691
TEMBRE19_506
( Page 126 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
Pregnant Women At Home
(Domains / IOT)
TEMBRE19_379
Edge Computing-based Intelligent Manhole
Cover Management System For Smart Cities
(Controllers / Arduino)
TEMBRE19_367
Prototype Desogn of an Iot Enabled Cost
Eeficient Portable Heart Health Data
Acquisition System
(Domains / Arduino)
TEMBRE19_369
Prototype Desogn of an Iot Enabled Cost
Eeficient Portable Heart Health Data
Acquisition System
(Domains / WSN)
TEMBRE19_371
Prototype Desogn of an Iot Enabled Cost
Eeficient Portable Heart Health Data
Acquisition System
(Domains / Embedded applications)
698
TEMBRE19_366
Battery-less Soil Moisture Measurement
System Based On A Nfc Device With Energy
Harvesting Capability
(Domains / Embedded applications)
699
TEMBRE19_346
Wireless Communication Technologies For
Smart Grid (wams) Deployment
(Controllers / Arduino)
700
TEMBRE19_342
Passenger Localization For In-vehicle
Personalization Using Ble Beacons
(Domains / WSN)
701
TEMBRE19_336
Smart Ration Card System Using Rfid And
Embedded System
(Domains / WSN)
702
TEMBRE19_339
Smart Ration Card System Using Rfid And
Embedded System
(Domains / Industrial Automation)
703
TEMBRE19_317
Design And Implementation Of Human Motion
Information Collection System
(Domains / IOT)
704
TEMBRE19_321
Design And Implementation Of Human Motion
Information Collection System
(Domains / Embedded applications)
705
TEMBRE19_307
Educating Students In Remote Areas Using
Augmented Reality
(Domains / Raspberry pi)
706
TEMBRE19_308
Educating Students In Remote Areas Using
Augmented Reality
694
695
696
697
( Page 127 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
(Domains / IOT)
707
TEMBRE19_313
Educating Students In Remote Areas Using
Augmented Reality
(Domains / OpenCV)
708
TEMBRE19_298
A Sewer Sensor Monitoring System Based On
Embedded System
(Domains / WSN)
709
TEMBRE19_296
An Automatic Rfid Detection Based Railway
Identification System
(Domains / Embedded applications)
710
TEMBRE19_282
Smart Mirror Based On Raspberry Pi
(Domains / Artificial Intelligence)
The main objective of this project is
to detect thief when nobody is at
home
711
TEMBRE19_283
Smart Mirror Based On Raspberry Pi
(Domains / Machine Learning)
The main objective of this project is
to detect thief when nobody is at
home
712
TEMBRE19_284
Smart Mirror Based On Raspberry Pi
(Domains / Embedded applications)
The main objective of this project is
to detect thief when nobody is at
home
713
TEMBRE19_274
Driver And Passenger Identification From
Smartphone Data
(Domains / WSN)
714
TEMBRE19_272
Continuous Arm Gesture Recognition Based
On Natural Features And Logistic Regression.
(Domains / Embedded applications)
TEMBRE19_256
Real Time Ethernet Control Communication
For Robotic Arm Application By Using
Raspberry Pi
(Domains / WSN)
716
TEMBRE19_259
Real Time Ethernet Control Communication
For Robotic Arm Application By Using
Raspberry Pi
(Domains / Android)
717
TEMBRE19_249
Analysis Of Three Iot-based Wireless Sensors
For Environmental Monitoring
(Controllers / Arduino)
718
TEMBRE19_250
Analysis Of Three Iot-based Wireless Sensors
For Environmental Monitoring
(Domains / IOT)
719
TEMBRE19_238
Sensepods: A Zigbee-based Tangible Smart
Home Interface
(Controllers / Arduino)
720
TEMBRE19_232
An Indoor Autonomous Guided Vehicle Based
715
( Page 128 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
On Electromagnetic Tracking And Positioning
I-beacon
(Controllers / Arduino)
721
TEMBRE19_234
An Indoor Autonomous Guided Vehicle Based
On Electromagnetic Tracking And Positioning
I-beacon
(Domains / Robotics)
722
TEMBRE19_218
A Conveyor-belt Based Pick-and-sort Industrial
Robotics Application
(Domains / Android)
723
TEMBRE19_152
Vehicle Seat Vacancy Identification Using
Image Processing Technique
(Controllers / Raspberry pi)
724
TEMBRE19_157
Vehicle Seat Vacancy Identification Using
Image Processing Technique
(Domains / Embedded applications)
725
TEMBRE19_116
An Rfid Based Smart Evm System For
Reducing Electoral Frauds
(Domains / IOT)
726
TEMBRE19_109
Drunken Driving Detection Using Car Ignition
Locking
(Domains / Embedded applications)
727
TEMBRE19_100
An Early Detection System For Proactive
Management Of Raw Milk Quality
(Domains / WSN)
728
TEMBRE19_87
A Smartphone-based System For Improving
Pedestrian Safety
(Controllers / Arduino)
729
TEMBRE19_76
Collision Warning With Auto Brake & Complete
High Voltage Disconnect During Crash
(Domains / WSN)
730
TEMBRE19_44
Pillsense: Designing A Medication Adherence
Monitoring System Using Pill Bottle-mounted
Wireless Sensors
(Domains / WSN)
731
TEMBRE19_37
On Access Control In Cabin-based Transport
Systems
(Controllers / Arduino)
732
TEMBRE19_42
On Access Control In Cabin-based Transport
Systems
(Domains / Embedded applications)
733
TEMBRE19_800
Raspberry Pi Bsed Bi-directional Li-fi
Communication For Transmitting Data, Audio
( Page 129 )
Website: www.takeoffprojects.com
The main objective of this project is
to design EVM system using RFID
technology for preventing Electoral
Frauds
The main objective of this project is
to build a system which reminds pills
and monitor continuously by using
RTC module
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
And Image Information
(Others / Embedded with Matlab)
734
TEMBMA1571
Investigating Thermal Comfort For The
Classroom Environment Using Iot With
Raspberry Pi
(Controllers / Raspberry pi)
735
TEMBMA1739
Voice Controlled Home Automation Using
google voice assistant1
736
TEMBMA158
An Early Detection System For Proactive
Management Of Raw Milk Quality
(Controllers / PIC16F77A)
737
TEMBRE19_102
An Early Detection System For Proactive
Management Of Raw Milk Quality
(Domains / Industrial Automation)
TEMBRE19_120
An Rfid Based Smart Evm System For
Reducing Electoral Frauds
(Domains / WSN)
TEMBMA228
Intelligent Food And Grain Storage
Management System For The Warehouse And
Cold Storage
(Domains / WSN)
TEMBRE19_261
Real Time Ethernet Control Communication
For Robotic Arm Application By Using
Raspberry Pi
(Domains / Embedded applications)
TEMBRE19_389
An Iot Based Multi-parameter Data Acquisition
System For Efficient Bio-tele Monitoring Of
Pregnant Women At Home
(Controllers / ARM7)
742
TEMBRE19_390
An Iot Based Multi-parameter Data Acquisition
System For Efficient Bio-tele Monitoring Of
Pregnant Women At Home
(Domains / Biomedical)
743
TEMBRE19_411
Prototyping Of Class-attendance System Using
Mifare 1k Smart Card And Raspberry Pi 3
(Domains / WSN)
744
TEMBMA699
Automated Door Opener With Lighting Control
Using Raspberry Pi
(Controllers / Raspberry pi)
745
TEMBRE19_457
Raspberry Pi As A Video Server
(Controllers / Raspberry pi)
746
TEMBRE19_467
Voice Assisted Text Reading System For
Visually Impaired Persons Using Tts Method
738
739
740
741
( Page 130 )
Website: www.takeoffprojects.com
The main objective of this project is
to design EVM system using RFID
technology for preventing Electoral
Frauds
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
(Controllers / Raspberry pi)
747
TEMBRE19_499
System Of Detection And Scanning Bar Codes
From Raspberry Pi Web Camera
(Domains / Image Processing)
748
TEMBRE19_516
Secure Fingerprint Bank Locker With Image
Capture
(Domains / Image Processing)
TEMBRE19_712
Raspberry Pi Base System Architecture For
Tracking Passengers Inside An Airport Terminal
Using Rfid
(Domains / WSN)
750
TEMBMA1374
Passenger Localization For In-vehicle
Personalization Using Ble Beacons Using
Raspberry Pi
(Domains / Android)
751
TEMBMA1377
Wireless Operated War Field Land Rover That
Alerts On Sensing Planted Land Mines Using
Raspberry Pi
752
TEMBRE19_747
Wireless Operated War Field Land Rover That
Alerts On Sensing Planted Land Mines Using
Raspberry Pi
753
TEMBMA1379
Design Of Arduino Based Real Time Health
Monitoring System Using Wi-fi Technology
754
TEMBRE19_760
Body And Fall Detection System With Heart
Rate Monitoring With Raspberry Pi
(Controllers / Raspberry pi)
TEMBRE19_802
Bi-directional Li-fi Communication For
Transmitting Data, Audio Information Using
Arduino
(Controllers / Arduino)
TEMBRE19_803
Bi-directional Li-fi Communication For
Transmitting Data, Audio Information Using
Arduino
(Domains / WSN)
TEMBMA1513
Statistical Analysis Of Co2 Emission Based On
Road Grade, Acceleration And Vehicle Specific
Power For Public Utility Vehicles: An Iot
Application Using Raspberry Pi
(Controllers / Raspberry pi)
TEMBMA1515
A Blind Navigation System Using Rfid For
Indoor & Outdoor Environments Using
Raspberry Pi
(Domains / WSN)
749
755
756
757
758
( Page 131 )
Website: www.takeoffprojects.com
The main objective of this project is
to scan the bar code labels on the
grocery items or other and send the
data or link through GSM along with
the IOT Platform.
The main objective of this project is
to Open and close Bank locker
using secure fingerprint
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
759
TEMBMA1594
Protection Of Power Transformer By Using Pic
Microcontroller
(Controllers / PIC16F77A)
760
TEMBMA1611
Automated Blood Bank blood bank using GSM
(Domains / WSN)
761
TEMBMA1696
Effective Natural Communication between
Human Hand and Mobile Robot Using
Raspberry-Pi
(Controllers / Raspberry pi)
762
TEMBMA1703
Embedded System Based Motor Control for
Agricultural Irrigation using GSM
763
TEMBMA1891
Adjustment Of Bed For A Patient Through
Gesture Recognition: An Image Processing
Approach
(Domains / Biomedical)
764
TEMBMA1927
Rfid Based Petrol Pump Automation System
With Raspberry Pi
(Domains / Industrial Automation)
765
TEMBMA1928
Rfid Based Petrol Pump Automation System
With Raspberry Pi
(Controllers / Raspberry pi)
766
TEMBMA262
Fingerprint Based Exam Hall Authentication
(Controllers / ARM7)
767
TEMBMA208
Design Of Arm Based Embedded System For
Industrial Application Using Tcp/ip Network
(Controllers / ARM7)
TEMBMA492
Smart Guiding Glasses For Visually Impaired
People In Indoor Environment
(Controllers / Raspberry pi)
TEMBRE19_432
Bi-directional Li-fi Communication For
Transmitting Data, Audio And Image
Information
(Others / Embedded with Matlab)
770
TEMBMA746
System Of Detection And Scanning Bar Codes
From Raspberry Pi Web Camera
(Domains / Image Processing)
771
TEMBMA39
Identification Of Artificially Ripened Fruits
Using Smart Phones
(Others / Embedded with Matlab)
768
769
( Page 132 )
Website: www.takeoffprojects.com
The main objective of this project is
to navigate visually impaired people
in an indoor environment with the
help of raspberry pi by identifying
the objects that are present in his
path and guiding him through
speech via headphones.
The main objective of this project is
to scan the bar code labels on the
grocery items or other and send the
data or link through GSM along with
the IOT Platform.
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
772
TEMBMA647
Voice Controlled 230v Lamp Dimmer With 10
Levels Of Intensity Control
(Domains / Electrical)
773
TEMBMA1990
Smart Energy Meter For Advanced Metering
And Billing System Using Arduino
(Domains / Industrial Automation)
774
TEMBMA2142
Smart Crop Protection System with Mail Alert
Using NodeMCU
(Controllers / NodeMCU)
775
TEMBMA43
An Intelligent Mobile Agents System For
Sudden Infant Death Syndrome Monitoring
(Controllers / ARM7)
776
TEMBRE19_38
On Access Control In Cabin-based Transport
Systems
(Domains / IOT)
777
TEMBRE19_43
Pillsense: Designing A Medication Adherence
Monitoring System Using Pill Bottle-mounted
Wireless Sensors
(Controllers / Arduino)
778
TEMBRE19_99
An Early Detection System For Proactive
Management Of Raw Milk Quality
(Controllers / Arduino)
779
TEMBMA160
Drunken Driving Detection Using Car Ignition
Locking
(Controllers / ARM7)
780
TEMBRE19_110
Developing Fish Feeder System Using
Raspberry Pi
(Controllers / Raspberry pi)
781
TEMBRE19_113
Developing Fish Feeder System Using
Raspberry Pi
(Domains / Industrial Automation)
TEMBRE19_150
Intelligent Food And Grain Storage
Management System For The Warehouse And
Cold Storage
(Domains / Industrial Automation)
783
TEMBRE19_151
Intelligent Food And Grain Storage
Management System For The Warehouse And
Cold Storage
(Domains / Embedded applications)
784
TEMBMA260
Fingerprint Based Exam Hall Authentication
(Domains / WSN)
785
TEMBRE19_233
An Indoor Autonomous Guided Vehicle Based
On Electromagnetic Tracking And Positioning
I-beacon
782
( Page 133 )
Website: www.takeoffprojects.com
Objective
The main objective of this project is
to build a system which reminds pills
and monitor continuously by using
RTC module
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
(Domains / WSN)
TEMBMA348
Real Time Ethernet Control Communication
For Robotic Arm Application By Using
Raspberry Pi
(Controllers / Raspberry pi)
TEMBRE19_255
Real Time Ethernet Control Communication
For Robotic Arm Application By Using
Raspberry Pi
(Controllers / Raspberry pi)
788
TEMBRE19_257
Real Time Ethernet Control Communication
For Robotic Arm Application By Using
Raspberry Pi
(Domains / Robotics)
789
TEMBMA367
Cloud-based Smart Home Automation System
(Controllers / NodeMCU)
TEMBMA390
Raspberry Pi And Gsm Based Smart Energy
Meter For Advanced Metering And Billing
System
(Controllers / Raspberry pi)
791
TEMBMA394
Raspberry Pi And Gsm Based Smart Energy
Meter For Advanced Metering And Billing
System
(Domains / Electrical)
792
TEMBMA457
Protection Of Power Transformer By Using Pic
Microcontroller
(Controllers / PIC16F77A)
793
TEMBMA486
Mechanism To Read Smart Text From Image
Using Ocr And Opencv With Raspberry Pi 3
(Controllers / Raspberry pi)
794
TEMBMA506
Rfid Based Secure Smart School Bus System
(Controllers / PIC16F77A)
795
TEMBMA507
Rfid Based Secure Smart School Bus System
(Controllers / ARM7)
TEMBMA580
Prototype Desogn of an Iot Enabled Cost
Eeficient Portable Heart Health Data
Acquisition System
(Controllers / PIC16F77A)
797
TEMBMA603
Driver Behavior Assessment Based On
Loosely Coupled Gps/ins Integration In Harsh
Environment
(Controllers / PIC16F77A)
798
TEMBMA604
Driver Behavior Assessment Based On
Loosely Coupled Gps/ins Integration In Harsh
Environment
786
787
790
796
( Page 134 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
(Controllers / ARM7)
TEMBRE19_380
Edge Computing-based Intelligent Manhole
Cover Management System For Smart Cities
(Domains / WSN)
TEMBRE19_386
An Iot Based Multi-parameter Data Acquisition
System For Efficient Bio-tele Monitoring Of
Pregnant Women At Home
(Domains / WSN)
TEMBRE19_392
Fingerprint And Iris Biometric Controlled Smart
Banking Machine Embedded With Gsm
Technology For Otp
(Domains / WSN)
802
TEMBRE19_395
Fingerprint And Iris Biometric Controlled Smart
Banking Machine Embedded With Gsm
Technology For Otp
(Domains / Image Processing)
803
TEMBRE19_410
Prototyping Of Class-attendance System Using
Mifare 1k Smart Card And Raspberry Pi 3
(Domains / IOT)
804
TEMBMA670
Smart Bus Alert System For Easy Navigation
Of Blind
(Controllers / NodeMCU)
805
TEMBMA671
Smart Bus Alert System For Easy Navigation
Of Blind
(Controllers / ARM7)
806
TEMBMA672
Smart Bus Alert System For Easy Navigation
Of Blind
(Controllers / PIC16F77A)
807
TEMBRE19_433
Bi-directional Li-fi Communication For
Transmitting Data, Audio And Image
Information
(Controllers / ARM7)
808
TEMBMA688
Detection Of Pedestrian Crossing For Safe
Driving
(Controllers / PIC16F77A)
809
TEMBMA689
Detection Of Pedestrian Crossing For Safe
Driving
(Controllers / ARM7)
810
TEMBRE19_438
Detection Of Pedestrian Crossing For Safe
Driving
(Controllers / ARM7)
811
TEMBRE19_439
Development Of Reverse Vending Machine
(rvm) Framework For Implementation To A
Standard Recycle Bin
799
800
801
( Page 135 )
Website: www.takeoffprojects.com
The main objective of this system is
we can reuse wastages and can
easily know how much amount of
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Name
Objective
(Controllers / Arduino)
wastages we are reusing in our day
to day life by getting message to the
pre-registered mobile number as
points.
TEMBRE19_444
Development Of Reverse Vending Machine
(rvm) Framework For Implementation To A
Standard Recycle Bin
(Controllers / ARM7)
The main objective of this system is
we can reuse wastages and can
easily know how much amount of
wastages we are reusing in our day
to day life by getting message to the
pre-registered mobile number as
points.
TEMBRE19_451
High Protection Voice Identification Based
Bank Locker Security System With Live Image
Authentication
(Controllers / Raspberry pi)
TEMBRE19_452
High Protection Voice Identification Based
Bank Locker Security System With Live Image
Authentication
(Domains / WSN)
TEMBRE19_455
High Protection Voice Identification Based
Bank Locker Security System With Live Image
Authentication
(Domains / Image Processing)
TEMBMA743
System Of Detection And Scanning Bar Codes
From Raspberry Pi Web Camera
(Controllers / Raspberry pi)
The main objective of this project is
to scan the bar code labels on the
grocery items or other and send the
data or link through GSM along with
the IOT Platform.
817
TEMBMA745
System Of Detection And Scanning Bar Codes
From Raspberry Pi Web Camera
(Domains / Industrial Automation)
The main objective of this project is
to scan the bar code labels on the
grocery items or other and send the
data or link through GSM along with
the IOT Platform.
818
TEMBMA751
Efficient Smart Emergency Response System
For Fire Hazards Using Iot
(Controllers / ARM7)
812
813
814
815
816
819
820
Project Code
TEMBRE19_466
Water Level Monitoring And Dam Gate Control
Over Iot
(Domains / IOT)
TEMBRE19_492
Implementation Of Machine Learning For
Gender Detection Using Cnn On Raspberry Pi
Platform
(Controllers / Raspberry pi)
( Page 136 )
Website: www.takeoffprojects.com
The main objective of this project is
to monitor the water level and to
control the dam gate using IOT
without human involving. Here we
are trying to reduce the man power
by including IOT controlled dam
gate opening/ closing.
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
821
Project Code
Project Name
Objective
TEMBRE19_494
Implementation Of Machine Learning For
Gender Detection Using Cnn On Raspberry Pi
Platform
(Domains / Image Processing)
822
TEMBRE19_507
Raspberry Pi Based Vehicle Starter On Face
Detection
(Domains / WSN)
This project is embedded
automotive security system
involving face recognition. The
system can be used to reduce the
increased vehicle theft which will
give shock when an intruder tried to
start the engine.
823
TEMBRE19_513
Secure Fingerprint Bank Locker With Image
Capture
(Domains / WSN)
The main objective of this project is
to Open and close Bank locker
using secure fingerprint
824
TEMBRE19_544
An Agent-based Iot System For Intelligent
Energy Monitoring In Buildings
(Domains / IOT)
825
TEMBRE19_545
An Agent-based Iot System For Intelligent
Energy Monitoring In Buildings
(Domains / WSN)
826
TEMBRE19_548
Ssl: Smart Street Lamp Based On Fog
Computing For Smarter Cities
(Controllers / Arduino)
TEMBRE19_565
Statistical Analysis Of Co2 Emission Based On
Road Grade, Acceleration And Vehicle Specific
Power For Public Utility Vehicles: An Iot
Application
(Controllers / Arduino)
TEMBRE19_567
Statistical Analysis Of Co2 Emission Based On
Road Grade, Acceleration And Vehicle Specific
Power For Public Utility Vehicles: An Iot
Application
(Domains / WSN)
829
TEMBRE19_569
Statistical Analysis Of Co2 Emission Based On
Road Grade, Acceleration And Vehicle Specific
Power For Public Utility Vehicles: An Iot
Application
(Domains / IOT)
830
TEMBRE19_571
Novel Ibeacon Placement For Indoor
Positioning In Iot
(Domains / IOT)
831
TEMBRE19_572
Novel Ibeacon Placement For Indoor
Positioning In Iot
(Domains / WSN)
832
TEMBRE19_573
Novel Ibeacon Placement For Indoor
Positioning In Iot
827
828
( Page 137 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
(Domains / Android)
833
TEMBRE19_579
A Mobile-sensor-cloud Based System To
Safeguard Pilgrims Through Smart
Environment With Raspberry Pi
(Domains / WSN)
834
TEMBMA1152
Voice Controlled 230v Lamp Dimmer With 10
Levels Of Intensity Control Based On Arm
(Controllers / ARM7)
835
TEMBMA1179
A Smartphone-based System For Improving
Pedestrian Safety Using Raspberry Pi
(Controllers / Raspberry pi)
836
TEMBRE19_629
Automatic Car Ignition Locking Using
Raspberry Pi
(Domains / Robotics)
837
838
TEMBMA1245
TEMBRE19_653
Raspberry Pi Based Road Side Detection And
Tracking
(Domains / Artificial Intelligence)
In this project, we are able to detect
the tracks using opencv and
raspberry pi. By this we can make a
self-controlled car that follows the
lane. Here we are using raspberry pi
and a camera for detecting lanes
and the frame will be displayed on
the monitor.
Raspberry Pi Based Road Side Detection And
Tracking
(Controllers / Raspberry pi)
In this project, we are able to detect
the tracks using opencv and
raspberry pi. By this we can make a
self-controlled car that follows the
lane. Here we are using raspberry pi
and a camera for detecting lanes
and the frame will be displayed on
the monitor.
In this project, we are able to detect
the tracks using opencv and
raspberry pi. By this we can make a
self-controlled car that follows the
lane. Here we are using raspberry pi
and a camera for detecting lanes
and the frame will be displayed on
the monitor.
839
TEMBRE19_658
Raspberry Pi Based Road Side Detection And
Tracking
(Domains / Artificial Intelligence)
840
TEMBMA1259
Sensepods: A Zigbee-based Tangible Smart
Home Interface With Raspberry Pi
(Controllers / Raspberry pi)
841
TEMBRE19_672
Sensepods: A Zigbee-based Tangible Smart
Home Interface With Raspberry Pi
(Controllers / Raspberry pi)
842
TEMBRE19_673
Sensepods: A Zigbee-based Tangible Smart
Home Interface With Raspberry Pi
( Page 138 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
(Domains / WSN)
TEMBMA1265
Analysis Of Three Iot-based Wireless Sensors
For Environmental Monitoring Using Raspberry
Pi
(Controllers / Raspberry pi)
TEMBRE19_677
Analysis Of Three Iot-based Wireless Sensors
For Environmental Monitoring Using Raspberry
Pi
(Controllers / Raspberry pi)
TEMBRE19_681
Analysis Of Three Iot-based Wireless Sensors
For Environmental Monitoring Using Raspberry
Pi
(Domains / WSN)
846
TEMBMA1317
Embedded System For Motion Control Of An
Omni-directional Mobile Robot Using
Raspberry Pi
(Controllers / Raspberry pi)
847
TEMBMA1327
Driver And Passenger Identification From
Smartphone Data Using Arduino
(Domains / Android)
TEMBMA1336
Raspberry Pi Base System Architecture For
Tracking Passengers Inside An Airport Terminal
Using Rfid
(Controllers / Raspberry pi)
TEMBRE19_708
Raspberry Pi Base System Architecture For
Tracking Passengers Inside An Airport Terminal
Using Rfid
(Controllers / Raspberry pi)
843
844
845
848
849
850
851
852
Smart Guiding Glasses For Visually Impaired
People In Indoor Environment Using Arduino
(Controllers / Arduino)
The main objective of this project is
to navigate visually impaired people
in an indoor environment with the
help of raspberry pi by identifying
the objects that are present in his
path and guiding him through
speech via headphones.
TEMBRE19_723
Smart Guiding Glasses For Visually Impaired
People In Indoor Environment Using Arduino
(Domains / Machine Learning)
The main objective of this project is
to navigate visually impaired people
in an indoor environment with the
help of raspberry pi by identifying
the objects that are present in his
path and guiding him through
speech via headphones.
TEMBRE19_740
The Establishment Of An Integrated
Automation Production Line With Multiple
Monitoring And Control Loops Using Raspberry
Pi
TEMBRE19_720
( Page 139 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
(Controllers / Raspberry pi)
TEMBMA1371
Passenger Localization For In-vehicle
Personalization Using Ble Beacons Using
Raspberry Pi
(Controllers / Raspberry pi)
TEMBRE19_745
Passenger Localization For In-vehicle
Personalization Using Ble Beacons Using
Raspberry Pi
(Domains / Android)
855
TEMBRE19_746
Passenger Localization For In-vehicle
Personalization Using Ble Beacons Using
Raspberry Pi
(Domains / Embedded applications)
856
TEMBMA1401
Raspberry Pi Real-time Flood Alert System
For Parking Lots
(Domains / WSN)
857
TEMBMA1406
Body And Fall Detection System With Heart
Rate Monitoring With Raspberry Pi
(Controllers / Raspberry pi)
TEMBMA1423
Raspberry Pi Driver Behavior Assessment
Based On Loosely Coupled Gps/ins Integration
In Harsh Environment
(Controllers / Raspberry pi)
859
TEMBMA1437
A Survey On The Roles Of Communication
Technologies In Iot-based Personalized
Healthcare Applications Based On Raspberry
Pi
(Controllers / Raspberry pi)
860
TEMBRE19_778
Study On Remote Control System Of Rural
Water Treatment Equipment Using Arm
(Controllers / ARM7)
TEMBRE19_779
Edge Computing-based Intelligent Manhole
Cover Management System For Smart Cities
Using Raspberry Pi
(Controllers / Raspberry pi)
862
TEMBRE19_780
Edge Computing-based Intelligent Manhole
Cover Management System For Smart Cities
Using Raspberry Pi
(Domains / WSN)
863
TEMBMA1483
Energy Monitoring And Control Using Internet
Of Things (iot) System With Raspberry Pi
(Controllers / Raspberry pi)
864
TEMBMA1484
Smart Bus Alert System For Easy Navigation
853
854
858
861
( Page 140 )
Website: www.takeoffprojects.com
The main theme of this system is to
monitor the health parameters of an
individual and uploading the
information to a third party server.
And if any rise in heart beat or BP
happens, an immediate SMS will be
sent to their family or hospital.
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
Of Blind By Using Raspberry Pi
(Controllers / Raspberry pi)
TEMBMA1491
Raspberry Pi Bsed Bi-directional Li-fi
Communication For Transmitting Data, Audio
And Image Information
(Controllers / Raspberry pi)
TEMBMA1495
Raspberry Pi Bsed Bi-directional Li-fi
Communication For Transmitting Data, Audio
And Image Information
(Domains / Embedded with Matlab)
TEMBMA1522
Development Of Reverse Vending Machine
(rvm) Framework For Implementation To A
Standard Recycle Bin Using Raspberry Pi
(Controllers / Raspberry pi)
868
TEMBRE19_809
Development Of Reverse Vending Machine
(rvm) Framework For Implementation To A
Standard Recycle Bin Using Raspberry Pi
(Domains / IOT)
869
TEMBMA1626
Smart Floor Cleaning Robot
(Controllers / Arduino)
TEMBMA1636
Novel Wearable Sensor Device For
Continuous Monitoring Of Cardiac Activity
During Sleep
(Domains / IOT)
The main objective of this project is
to monitor blood pressure and
temperature continuously through a
wearable device
TEMBRE19_819
Novel Wearable Sensor Device For
Continuous Monitoring Of Cardiac Activity
During Sleep
(Domains / IOT)
The main objective of this project is
to monitor blood pressure and
temperature continuously through a
wearable device
872
TEMBRE19_820
Novel Wearable Sensor Device For
Continuous Monitoring Of Cardiac Activity
During Sleep
(Domains / WSN)
The main objective of this project is
to monitor blood pressure and
temperature continuously through a
wearable device
873
TEMBMA1648
Smart Traffic Light Control System with
automatic vehicle speed brake
(Controllers / PIC16F77A)
874
TEMBMA1670
Modeling Human-Likeness in Approaching
Motions of Dual-Arm Autonomous Robots
(Controllers / Raspberry pi)
875
TEMBRE19_830
Modeling Human-Likeness in Approaching
Motions of Dual-Arm Autonomous Robots
(Controllers / Raspberry pi)
TEMBRE19_832
Effective Natural Communication between
Human Hand and Mobile Robot Using
Raspberry-Pi
(Controllers / Raspberry pi)
865
866
867
870
871
876
( Page 141 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
TEMBRE19_834
Effective Natural Communication between
Human Hand and Mobile Robot Using
Raspberry-Pi
(Domains / Robotics)
878
TEMBRE19_845
Adjustment Of Bed For A Patient Through
Gesture Recognition: An Image Processing
Approach
(Domains / WSN)
879
TEMBRE19_850
SIMPLE ROAD SIDE DETECTION AND
TRACING ON EMBEDDED PC
(Domains / Machine Learning)
880
TEMBMA343
Analysis Of Three Iot-based Wireless Sensors
For Environmental Monitoring
(Domains / IOT)
881
TEMBMA1888
Development of Bluetooth Based Indoor
Positioning Application
TEMBMA05
Adjustment Of Bed For A Patient Through
Gesture Recognition: An Image Processing
Approach
(Controllers / Raspberry pi)
TEMBRE19_05
Adjustment Of Bed For A Patient Through
Gesture Recognition: An Image Processing
Approach
(Controllers / Raspberry pi)
884
TEMBRE19_46
Pillsense: Designing A Medication Adherence
Monitoring System Using Pill Bottle-mounted
Wireless Sensors
(Domains / Embedded applications)
885
TEMBRE19_75
Collision Warning With Auto Brake & Complete
High Voltage Disconnect During Crash
(Controllers / Arduino)
886
TEMBMA162
Drunken Driving Detection Using Car Ignition
Locking
(Controllers / PIC16F77A)
TEMBRE19_115
An Rfid Based Smart Evm System For
Reducing Electoral Frauds
(Controllers / Arduino)
The main objective of this project is
to design EVM system using RFID
technology for preventing Electoral
Frauds
888
TEMBRE19_117
An Rfid Based Smart Evm System For
Reducing Electoral Frauds
(Controllers / ARM7)
The main objective of this project is
to design EVM system using RFID
technology for preventing Electoral
Frauds
889
TEMBRE19_146
Intelligent Food And Grain Storage
Management System For The Warehouse And
Cold Storage
877
882
883
887
( Page 142 )
Website: www.takeoffprojects.com
Objective
The main objective of this project is
to build a system which reminds pills
and monitor continuously by using
RTC module
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
(Controllers / Arduino)
TEMBMA243
Embedded System For Motion Control Of An
Omni-directional Mobile Robot
(Domains / Mechatronics)
TEMBMA304
Automatic Optimization And Control Of Power
Factor, Reactive Power And Reduction Of Thd
For Linear An Nonlinear Load By Using
Arduino Uno
(Domains / Electrical)
892
TEMBRE19_237
An Indoor Autonomous Guided Vehicle Based
On Electromagnetic Tracking And Positioning
I-beacon
(Domains / Embedded applications)
893
TEMBMA433
System Architecture For Tracking Passengers
Inside An Airport Terminal Using Rfid
(Controllers / PIC16F77A)
894
TEMBRE19_288
System Architecture For Tracking Passengers
Inside An Airport Terminal Using Rfid
(Controllers / PIC16F77A)
895
TEMBMA459
Protection Of Power Transformer By Using Pic
Microcontroller
(Domains / Industrial Automation)
896
TEMBRE19_303
Optimized Sensor Based Smart System For
Efficient Monitoring Grain Storage
(Domains / WSN)
897
TEMBMA518
Multi-sensor Integrated System For Wireless
Monitoring Of Greenhouse Environment
(Controllers / PIC16F77A)
898
TEMBMA519
Multi-sensor Integrated System For Wireless
Monitoring Of Greenhouse Environment
(Controllers / ARM7)
899
TEMBMA542
Wireless Communication Technologies For
Smart Grid (wams) Deployment
(Domains / Electrical)
900
TEMBMA567
Rfid Based Petrol Pump Automation System
(Controllers / ARM7)
901
TEMBMA568
Rfid Based Petrol Pump Automation System
(Controllers / PIC16F77A)
902
TEMBRE19_361
Battery-less Soil Moisture Measurement
System Based On A Nfc Device With Energy
Harvesting Capability
(Domains / IOT)
903
TEMBMA582
Prototype Desogn of an Iot Enabled Cost
890
891
( Page 143 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Trendy Titles
S.No
Project Code
Project Name
Objective
Eeficient Portable Heart Health Data
Acquisition System
(Controllers / ARM7)
904
TEMBMA585
Electrical Load Controlled By Pc
(Controllers / PIC16F77A)
905
TEMBMA614
Edge Computing-based Intelligent Manhole
Cover Management System For Smart Cities
(Controllers / ARM7)
TEMBRE19_388
An Iot Based Multi-parameter Data Acquisition
System For Efficient Bio-tele Monitoring Of
Pregnant Women At Home
(Controllers / PIC16F77A)
TEMBMA622
Fingerprint And Iris Biometric Controlled Smart
Banking Machine Embedded With Gsm
Technology For Otp
(Controllers / Raspberry pi)
908
TEMBMA625
Fingerprint And Iris Biometric Controlled Smart
Banking Machine Embedded With Gsm
Technology For Otp
(Domains / Image Processing)
909
TEMBRE19_434
Detection Of Pedestrian Crossing For Safe
Driving
(Controllers / Arduino)
910
TEMBMA1113
Gsm Based Digital Fuel Meter And Fuel Theft
Detection Using 8051 Microcontroller
(Controllers / 8051)
911
TEMBRE19_600
Lane Change Detection Algorithm On Real
World Driving For Arbitrary Road
Infrastructures Using Raspberry Pi
(Controllers / Raspberry pi)
912
TEMBRE19_649
Arduino Based Vehicle Seat Vacancy
Identification
(Domains / WSN)
913
TEMBMA1508
8051 Based Blind Navigation System Using
Rfid For Indoor & Outdoor Environments
(Controllers / 8051)
914
TEMBRE19_281
Smart Mirror Based On Raspberry Pi
(Domains / IOT)
906
907
( Page 144 )
Website: www.takeoffprojects.com
The main objective of this project is
to detect thief when nobody is at
home
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
1
TEMBMA3211
Automatic Railway Gate Control Using IR
Sensor
(Domains / Embedded applications)
The main objective of this project is
to control Railway gate
automatically using IR sensor
2
TEMBMA2997
Women Safety and Tracking System
(Domains / WSN)
The main objective of this project is
to track women who are in danger
with GPS and send messages to
dearest ones
3
TEMBMA3292
DIV Ventilator Using Arduino with Blood
Oxygen Sensing for COVID Pandemic
(Domains / Biomedical)
4
TEMBMA3296
Manhole Detection and Monitoring System
(Domains / Embedded applications)
5
TEMBMI2237
vacuum cleaner
TEMBMA2689
Self-balancing robot. Using Micro Electro
Mechanical Sensor (MEMS) Accelerometer
(Domains / Robotics)
TEMBMA2558
The main objective of the project is
to design and develop a surveillance
robot that can reduce the casualties
IoT Based Smart Multi Application Surveillance
in the war field, where it acts as
Robot
surveillance robot to capture the
(Domains / Robotics)
intruders surrounding information
before the intruder is attacked by
the soldiers
TEMBMA2560
The main objective of the project is
to detect any suspicious activity or
Design and Implementation of Voice Command condition automatically and reports
Based Bipedal Surveillance Robot
to the control unit, where the bipedal
(Domains / Robotics)
surveillance robot scrutinize
everything at each and every
moment.
TEMBMA2594
Pibot: The Raspberry Pi Controlled
Multi-Environmental Robot For Surveillance &
Live Streaming
(Domains / Robotics)
The main objective of the project is
to build a robot that is able to
capture live stream, moves to
different rooms and identifies the
environmental conditions and finally
sending the same data to cloud.
Low cost robotic agent design for disabled and
COVID-19 affected people
(Domains / Robotics)
The main objective of the project is
to design a robot to monitor the
temperature and heart pulse rate of
a COVID-19 affected people and to
serve them food which can also be
used for disabled people
6
7
8
9
10
TEMBMA2596
11
TEMBMA2611
( Page 145 )
The main objective this titles is t
use of a pair of motors is to keep the
robot in the upright position by using
an accelerometer and gyroscope
sensor.
Smart Robots For Collision Avoidance Using
Website: www.takeoffprojects.com
The main objective of this project is
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
12
Project Code
TEMBMA2619
Project Name
Objective
Neural Networks
(Domains / Robotics)
to avoid accidents and collisions,
where it works spontaneously when
any obstacle or any vehicle comes
near to another vehicle and it
controls the speed of the vehicle.
Disinfecting Robot with Ultraviolet Lights
(Domains / Robotics)
The main objective of this system is
to develop a disinfecting robot with
the help of arduino uno, where PIR
sensor to detect motion of person
and ultrasonic sensor to detect
obstacle in its path and UV light is
used to kill COVID-19.
The main objective of the project is
to minimize the number of human
losses in military operations, sting
operations, terrorist attacks and
many such operations which results
in human death by Camouflage
Robot. So this system can reduce
human burden and human losses.
13
TEMBMA2673
Camouflage Technique Based Multifunctional
Army Robot
(Domains / Robotics)
14
TEMBMA2711
Load Carrier Automation In Industries Using
OpenCV With Object Tracking
(Domains / Robotics)
TEMBMA2716
Robotic Arm for inspection, cleaning and
painting of tanks on ships to save on time, cost
and avoid accidents
(Domains / Robotics)
The main objective of the project is
to minimize the labor for cleaning,
inspection and painting of tanks on
ships in time using Robotic arm and
also to alert officials during leakage,
to avoid accidents
Self-Balancing Smart Skate Board System
(Domains / Robotics)
This is a smart skate board system
with a self-balancing feature that is
able to balance itself. This can be
helpful for beginners who are trying
to practice skateboarding.
15
16
17
18
TEMBMA2572
TEMBMA2540
TEMBMA2539
Development & Implementation of Smart
Vehicle Over Speeding Detector using
IoT
(Domains / IOT)
Smart Soldier Strap
(Domains / IOT)
( Page 146 )
Website: www.takeoffprojects.com
The main objective of the project is
to monitor vehicle speed and if
vehicle exceeds speed limit, then
the vehicle's image will be captured
and forward to concern officials by
using IoT technology
The main objective of this project is
to monitor the health conditions of a
soldier. Heartbeat and body
temperature of every soldier will be
monitored. This technology can be
helpful to provide the accurate
location of missing soldier in critical
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
condition and overcome the
drawback of soldiers missing in
action.
19
20
TEMBMA2714
The Smart Mailbox with Motion Controlled
Security Camera
(Domains / IOT)
The main objective of this project is
to design a smart mailbox that can
gives an alert when a person places
a courier in the mailbox. This
system will identify the presence of
a person and then activates the
camera automatically which will
capture the image and sends it to
the owner via an email.
TEMBMA2545
Child Safety Monitoring System Based on IoT
(Domains / IOT)
The objective of this project is to
provide safety and tracking facility to
parents and to locate and monitor
the child
21
TEMBMA2993
22
TEMBMA3184
The main objective of this project is
to monitor child continuously by
Child Guard: A Child Safety Monitoring System
measuring temperature, wet
(Domains / IOT)
condition of child and crying emotion
IOT based Coal Mining Alert and Gas
Equalization System
(Domains / IOT)
The main objective of this project is
to give alert on gas levels at coal
mining using IOT
TEMBMA2549
Implementation of greenhouse monitoring
using Python on Raspberry Pi
(Domains / IOT)
The main aim of this project is to
design a simple, low cost system to
monitor the value of environmental
parameter and they are
continuously updated and controlled
in order to achieve optimum plant
growth.
24
TEMBMA2576
The model will help detect and track
Detection and Tracking Contagion using
contagious people. Moreover, it will
IoT-Edge Technologies: Confronting COVID-19
also keep the patient's data record
Pandemic
for analysis and decision making
(Domains / IOT)
using edge computing.
25
TEMBMA2649
Multi-Language Voice Control Home
Automation
(Domains / IOT)
26
TEMBMA2704
A smart monitor system that measures
industrial machine pressure and vibration
(Domains / IOT)
The main objective of the project is
to monitor mechanical pressure and
the vibration of an industrial
machine with the help of an
embedded system and IoT.
27
TEMBMA2704
A smart monitor system that measures
industrial machine pressure and vibration
(Domains / IOT)
The main objective of the project is
to monitor mechanical pressure and
the vibration of an industrial
23
( Page 147 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
machine with the help of an
embedded system and IoT.
28
TEMBMA2644
Vehicle black box system With IoT
(Domains / IOT)
The main objective of this project is
to detect accidents and gives an
immediate alert to the hospitals
and/or to the police by sending an
email through an IoT platform. This
system also consists of a voice
module circuit which records audio
when an accident is happened.
29
TEMBMA3185
LPG Weight and Leakage Monitoring System
(Domains / Embedded applications)
The main objective of this project is
to monitor LPG cylinder weight and
to give alert by sending an SMS
30
TEMBMA3192
SCADA for Remote Industrial Plant
(Domains / Embedded applications)
The main objective of this project is
to monitor the parameters like
temperature, humidity, gas contents
in the industrial plants remotely
31
TEMBMA3107
Smart Fan using PIR Sensor
(Domains / Embedded applications)
The main objective of this project is
to use PIR sensor for controlling
Fan
TEMBMA3085
Automatic Engine Locking System through
Alcohol Detection
(Domains / Embedded applications)
The main objective of this project is
to reduce accidents by Automatic
Engine Locking, which are occurring
due to driving in alcoholic state.
TEMBMA3122
Anti theft Detection using Raspberry Pi
(Domains / Embedded applications)
The main objective of this project is
to identify the authorized users of
the vehicles and only to allow
authorized users for using the
vehicle.
TEMBMA3080
An NFC Ticketing System with a New
Approach of an Inverse
(Domains / Embedded applications)
The main objective of this project is
to utilize RFID efficiently with
embedded system which facilitates
the smart ticketing in bus
while driving to far places via cars,
there might be animals that are
killed unexpectedly without any
intentions. The system helps detect
animals on roads while travelling
and alerts drivers. It also helps in
villages to detect any wild animals
entered and alert officials
32
33
34
35
TEMBMA2571
Animal Detection Using Ai
(Domains / Embedded applications)
36
TEMBMA2628
Agriculture drone - fertilizer & pesticides
sprayer
(Domains / Embedded applications)
37
TEMBMA2707
A mechanism for Equal quantity of water
distribution at all consumers ends with
( Page 148 )
Website: www.takeoffprojects.com
Provide a system with low cost and
efficient delivery of services to end
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Name
Objective
Cost-effective mechanism to treat water and to
connect rural areas to easily access the
sanitation centers
(Domains / Embedded applications)
costumers and to eradicate water
borne diseases
TEMBMA2547
Ultrasonic Spectacles and Waist-belt for
Visually Impaired and Blind Persons
(Domains / Embedded applications)
The main objective of the project is
mainly intended to design a voice
based alerting system for the blind
people based on ultrasonic distance
for obstacle detection and voice
circuit for voice based
announcements. The advantage of
this device is voice based
announcement for easy navigation
TEMBMA3130
Auto Indoor Hydrophonic Fodder Grow
Chamber
(Domains / Embedded applications)
The main objective of this project is
to design and implement
hydroponics system by using IOT
for monitoring various parameters of
crop.
Intelligent Car Parking System
(Domains / Embedded applications)
The main objective of this project is
to determine the availability of spots
for parking and then pay for them
with their mobile phones(system
automatically generate amount).
TEMBMA2666
Speech Assistive Device for Visually Impaired
People Using Raspberry Pi
(Domains / Embedded applications)
The main objective of the project is
to use Speech Assistive Device,
which is an automatic document (or)
products reader for visually impaired
people using OCR technology and it
also provides navigation to the blind
people to avoid obstacles.
42
TEMBMA2582
Embedded based real time monitoring and
detection of bacterial contamination in drinking
water
(Domains / Embedded applications)
The main objective of the project is
to determine whether the water has
been contaminated or if any bacteria
is in it, with the help of pH and the
data will be sent through cloud.
43
TEMBMA3294
Automatic Braking System using Arduino
(Domains / Embedded applications)
38
39
40
41
44
45
Project Code
TEMBMA3124
TEMBMA2699
Assistive Tools for Patients with Parkinson's
(Domains / Embedded applications)
We are designing an assistive tool
that helps people who were
suffering with Parkinson’s disease to
eat anything happily not depending
on others
TEMBMA2698
Reducing Water supply in Textile Dyeing
rationalizing Water supply in Textile Dyeing
(Domains / Embedded applications)
The main Objective is to reduce the
wastage of water in textile industry
with the help of embedded system
by storing the water based on its
color and reusing it.
( Page 149 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
46
47
48
49
Project Code
Project Name
Objective
TEMBMA2695
Smart Portable Kidney Dialysis Control And
Monitoring System
(Domains / Embedded applications)
The main objective of the project is
to monitor the leakage of blood
during the process of hemodialysis
through wireless transmission of
data and gives alert
Multi-sensor Obstacle Detection System via
Model-based State-Feedback Control in Smart
Cane Design for the Visually Challenged
(Domains / Embedded applications)
The main objective of this title is to
use a multi-sensor obstacle
detection system for a smart cane
which is proposed via model based
state-feedback control strategy to
regulate the detection angle of the
sensors and minimize the false
alerts to the user
TEMBMA2678
Autonomous vehicle avoidance system using
LIDAR
(Domains / Embedded applications)
The main objective of the project is
to implement autonomous vehicle
system which gives a solid solution
to many problems in an efficient
manner, which uses a Raspberry Pi
and a LIDAR module for indoor
navigation
TEMBMA2674
The main objective of the project is
SMART Speed Setter and Calibrator for Speed to use Smart speed setter that is
Control devices
used to calibrate the speed control
(Domains / Embedded applications)
devices, which indicates and limits
the over speeding of automobiles.
TEMBMA2681
The main objective of this project is
to control the electronic appliances
by using hand gesture moments
which can be helpful for disabled
people who cannot walk or for old
people who cannot go to switch box
to turn the light ON.
50
TEMBMA2641
Hand Gesture Based Home Automation Using
Leap Motion
(Domains / Embedded applications)
51
TEMBMA2614
Image/Face Tracker Drone through AI Using
Dji Tello
(Domains / Embedded applications)
TEMBMA2593
CAN : Protocol-Based Embedded System to
Avoid Rear-End Collision of Vehicles
(Domains / Embedded applications)
The main theme of this project is to
avoid the rear end crashing of any
two vehicles, if anything that is to
happen like that it will warn the
driver along with a message.
ATM Terminal Design Is Based On Fingerprint
Recognition
(Domains / Embedded applications)
The main objective of the project is
to develop a fingerprint based ATM
accessing system using Raspberry
Pi to withdraw money where keypad
is used for withdrawing and LCD is
used to display the process.
Elegant home with power saving, security,
safety, remote controlling and auto control of
The main objective of this project is
to provide fully loaded security,
Email: info@takeoffprojects.com
52
53
TEMBMA2592
54
TEMBMA2585
( Page 150 )
Website: www.takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
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Project Code
Project Name
Objective
water tank motor
(Domains / Embedded applications)
safety and automated/manually
controlled motors for pumping water
into the house. A camera also been
used to detect the burglar if any
entered and alerts the owner
55
TEMBMA2713
Solar Dryer Alarm for the safety of food
(Domains / Embedded applications)
The main objective of the project is
to design a system for automatic
temperature conditioning, for drying
of fruits and vegetables based on
the product and alerting after
completion of the process
56
TEMBMA3194
Smart Dustbin for Smart City
(Domains / Embedded applications)
The main objective of this project is
to design a smart dustbin which
gives notification when it is filled
TEMBMA3104
Smart Garbage Monitoring System using Node
MCU
(Domains / Embedded applications)
The main objective of this project is
to build a monitoring system, where
people do not have to check all the
systems manually but they will get a
notification when the bin will get
filled
TEMBMA2563
Air Quality Index Monitoring and Mapping
Using UAV
(Domains / Embedded applications)
The main objective of this project is t
propose a new way to measure the
air quality index with the help of
Unmanned Aerial Vehicles (UAV)
59
TEMBMA2586
Single or Multi electronic notice boards with
operating distance up to 1000meters using
RS485 protocol
(Domains / Embedded applications)
An electronic notice board to display
timing schedules of examination
with the help of RS-485 protocol
which includes sending of data
through cloud.
60
TEMBMA2629
Agriculture Based 3-Phase Motor Control
Using IVRS Phone Call
(Domains / Embedded applications)
TEMBMA3120
Arduino Based Automated Washroom
Sanitizing System
(Domains / Embedded applications)
The main objective of our project is
to create a concept of a hygienic
toilet in the society by means of
technology thereby providing toilet
seat sanitization
TEMBMA3083
Security System Based on Facial Recognition
(Domains / OpenCV)
The main objective of this project is
to build a system that can detect
and recognize faces of people using
image processing techniques.
TEMBMA3082
Secure Fingerprint Based Bank Locker with
Image Capture
(Domains / OpenCV)
The main objective of this project is
to provide security to bank locker
with no manual security flaws. It is
easy to use and requires no special
training or equipment.
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( Page 151 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
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Objective
64
TEMBMA3101
Vehicle Number Plate Recognition using
Raspberry Pi with IOT
(Domains / OpenCV)
The main objective of this project is
to design an efficient automatic
authorized vehicle identification
system by using the vehicle number
plate.
65
TEMBMA2542
Density-based traffic light control using
OpenCV
(Domains / OpenCV)
The objective of this project is to
monitor and control the traffic
signals on road based on density.
Person Detection System using Raspberry Pi
(Domains / OpenCV)
The main objective of this project is
to design a system that has the
effect of detecting the presence of a
person in the track of the vehicles
and is used to reduce accidents
TEMBMA2651
Home Quarantine Guard Using Face
Recognition
(Domains / OpenCV)
The main objective of this project is
to create security in our daily life
through technology. Face
recognition using deep learning
technique has been used to perform
efficient door access control system.
TEMBMA3206
Intelligent Security & Safety System for
Colleges & Industries
(Domains / Embedded applications)
The main objective of this project is
to give alert in colleges & industries
about harmful or poisonous gases
for security
TEMBMA3204
Corona Virus Detection Device
(Domains / Biomedical)
The main objective of this project is
to develop a device which can scan
body temperature and detect corona
virus
The main objective of this project is
to display the temperature and when
it goes beyond certain limit then
control it to bring it back into desired
level and reduce waste of energy.
66
67
68
69
TEMBMA3076
70
TEMBMA3168
Temperature Indicator Using Arduino
(Domains / Embedded applications)
71
TEMBMA2988
Accident Detection & Automatic Alert System
(Domains / WSN)
72
TEMBMA2990
Development of Communication Gesture to
Speech Conversion for Mute Community
(Domains / Embedded applications)
73
TEMBMA2984
Android based smart Home Automation
(Controllers / ARM7)
74
TEMBMA2591
Bus Stop Reminder For Blind Person Using
Rfid
(Domains / WSN)
75
TEMBMA2709
Device to check for harmful chemicals in
vegetables and fruits
(Domains / WSN)
( Page 152 )
Website: www.takeoffprojects.com
With the help of rfid technology, we
guide blind people whether they’ve
reached their destination station or
not
The main objective of the project is
to develop a device that would
identify and measure the amount of
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
harmful chemicals present on the
skin and inside the vegetables and
fruits
TEMBMA3092
The main objective of this project is
Android Controlled Pick and Place Robotic Arm
to design and develop a pick and
for Vehicle.
place robotic vehicle with a catching
(Domains / Android)
gripper.
TEMBMA3155
Sensiglove
(Domains / Biomedical)
The main objective of this project is
to develop a sensing glove which is
a wearable technology for sensing
and it is used to sense the objects,
in education as well as many other
areas.
TEMBMA3102
GPS and GSM Based Real Time Health
Monitoring and Alert System for Cardiac
Patients
(Domains / Biomedical)
The main objective of this project is
to monitor the health of Cardiac
patients and gives alert through
GPS and GSM
TEMBMA3179
Health Monitoring Using IOT
(Domains / Biomedical)
The main objective of this project is
to monitor patient health
continuously and send alerts using
IOT platform
80
TEMBMA3202
The main objective of this project is
Automatic Light Intensity Controller by External
to control light intensity
Light Sensing
automatically by sensing external
(Domains / Embedded applications)
light
81
TEMBMI32
Solar Panel With Sun Position Tracking
76
77
78
79
82
83
84
85
TEMBMA2801
Acoustic Sensor for Surveillance of Isolated
Geographical Areas
(Controllers / Arduino)
The main objective of the project is
to make the officials to identify and
get an image to their mails of
whoever entered in to the isolated
geographic areas based on sound
sensing device
TEMBMA2929
Smart Portable Kidney Dialysis Control And
Monitoring System
(Controllers / Arduino)
The main objective of the project is
to monitor the leakage of blood
during the process of hemodialysis
through wireless transmission of
data and gives alert
TEMBMA2943
The main objective of the is to
Device to measure Steroid content in Milk/Meat analyze the milk pH, conductivity,
Products
temperature and odor in small
(Controllers / Arduino)
diaries to determine the purity of the
milk.
TEMBMA2737
Technological advances in LPG sector
(Controllers / Arduino)
( Page 153 )
Website: www.takeoffprojects.com
The main objective of the project is
to identify gas leakage, gas level
limit in a cylinder and also based on
its cylinder weight, the system alerts
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
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Project Name
Objective
the owner to book a cylinder through
an app
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87
88
89
90
91
92
93
TEMBMA2737
Technological advances in LPG sector
(Controllers / Arduino)
The main objective of the project is
to identify gas leakage, gas level
limit in a cylinder and also based on
its cylinder weight, the system alerts
the owner to book a cylinder through
an app
TEMBMA2817
CAN : Protocol-Based Embedded System to
Avoid Rear-End Collision of Vehicles
(Controllers / Arduino)
The main theme of this project is to
avoid the rear end crashing of any
two vehicles, if anything that is to
happen like that it will warn the
driver along with a message.
TEMBMA2909
Smart water controller in metro water supply
lines
(Controllers / Arduino)
The main objective of the project is
to avoid water leakage problem in
water supply networks as unwanted
water leakage due to leaky pipe
lines and beneath the underground
pipelines is always pertaining in
drinking water supply networks.
TEMBMA2934
Smart gardening(A homegrown irrigation
system)
(Controllers / Arduino)
The main aim is to design a smart
gardening system for home grown
plants which reduces wastage of
water and able to allow the efficient
amount of water to the plants.
Assistive Tools for Patients with Parkinson's
(Controllers / Arduino)
We are designing an assistive tool
that helps people who were
suffering with Parkinson’s disease to
eat anything happily not depending
on others
ATM Terminal Design Is Based On Fingerprint
Recognition
(Controllers / Arduino)
The main objective of the project is
to develop a fingerprint based ATM
accessing system using Raspberry
Pi to withdraw money where keypad
is used for withdrawing and LCD is
used to display the process.
TEMBMA2816
ATM Terminal Design Is Based On Fingerprint
Recognition
(Controllers / Raspberry pi)
The main objective of the project is
to develop a fingerprint based ATM
accessing system using Raspberry
Pi to withdraw money where keypad
is used for withdrawing and LCD is
used to display the process.
TEMBMA2902
The main objective of the project is
SMART Speed Setter and Calibrator for Speed to use Smart speed setter that is
Control devices
used to calibrate the speed control
(Controllers / Arduino)
devices, which indicates and limits
the over speeding of automobiles.
TEMBMA2933
TEMBMA2815
( Page 154 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
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Project Code
Project Name
TEMBMA2903
The main objective of the project is
SMART Speed Setter and Calibrator for Speed to use Smart speed setter that is
Control devices
used to calibrate the speed control
(Controllers / Raspberry pi)
devices, which indicates and limits
the over speeding of automobiles.
TEMBMA2718
Water Level Monitoring And Dam Gate Control
Using IOT
(Domains / IOT)
The main objective of this project is
to monitor the water level and to
control the dam gate using IOT
without human involving. Here we
are trying to reduce the man power
by including IOT controlled dam
gate opening/ closing.
I Foot; A Smart Insole for your foot
(Domains / IOT)
The main objective is to design an
intelligent insole system provides
great feasible supervision for health
surveillance, injury prevention, and
athlete training. We can monitor
injured person recovery rate that
from distinct rate
TEMBMA2708
Objective
97
TEMBMA2941
I Foot; A Smart Insole for your foot
(Controllers / Arduino)
The main objective is to design an
intelligent insole system provides
great feasible supervision for health
surveillance, injury prevention, and
athlete training. We can monitor
injured person recovery rate that
from distinct rate
98
TEMBMA2561
Automation of Traffic Lights through IoT
(Domains / IOT)
The main objective of this project is
to automate the current traffic
controlling system
99
TEMBMA3077
IOT Drop off and Pick up Parcel Box
(Domains / IOT)
The main objective of this project is
to develop IOT based Drop off and
Pick up Parcel box as the volume of
parcels in all cities that need to be
delivered has been grown
dramatically
100
TEMBMA3190
Forest Fire Alerting System with GPS
Co-Ordinates using IOT
(Domains / IOT)
The main objective of this project is
to alert forest officers about fire
accident location using IOT
IoT Assisted MQTT for Waste Management in
Smart Cities
(Domains / IOT)
The main objective of this project is
to create a smart waste
management system which can give
alert whenever the bin is full and/or
is releasing any toxic gases by
sending an SMS to the owner and
can also update the information on
level of waste in bin to an IOT
platform.
101
TEMBMA2642
102
TEMBMA2705
( Page 155 )
Solution for decreasing peanut production due
Website: www.takeoffprojects.com
The main objective is to analyse the
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
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104
Project Code
Project Name
Objective
to climatic changes
(Domains / WSN)
climate changes in the field and
updating the farmer to make peanut
production only in that particular
climatic condition
TEMBMA2632
Automatic rain water sensing umbrella for
Agronomics
(Domains / WSN)
TEMBMA2659
Smart Auto Billing Shopping Trolley
(Domains / WSN)
The main objective of this project is
to generate automatic billing and
displaying on PC in the counter
using Zigbee technology
105
TEMBMA3081
Car Accident Location and Location Tracking
(Domains / WSN)
The main objective of this project is
to find the vehicle where it is and
locate the vehicle by means of
sending a message when an
accident occurs.
106
TEMBMA3174
Underwater Transmission of Audio and Text
Signal Using LIFI Technology
(Domains / WSN)
The main objective of this project is
to transmit audio and text signal
using Li Fi technology
TEMBMA3207
Internal Crack Detection in Cylindrical
Concrete using Coupled Sensors
(Domains / WSN)
The main objective of this project is
to detect cracks by using Ultrasonic
sensor and sending location to
Authorities through message
TEMBMA3069
Automatic Shopping Carts
(Domains / WSN)
The main objective of this project is
to assist a person while shopping
and also to avoid standing in long
queues and thus saving time
Lorafarm: Lorawan based Smart Farming
Modular IOT Architecture
(Domains / WSN)
The main objective of this project is
to continuously checks the
conditions of temperature, humidity
and soil moisture in the field and
updates to the farmer using LoRa
wireless communication device
Prepaid Energy Meter Using Smart Card
(Domains / WSN)
The main aim of this project is to
recharging the Energy meter, using
a smart card in Low balance
Conditions. This project is
implemented using Arduino and
RFID Reader, RFID Tags as smart
cards, LCD for monitoring the
project status.
107
108
109
110
111
TEMBMA3209
TEMBMA3214
TEMBMA2692
The main objective of the project is
to implement RFID and GPS based
RFID and GPS Combination Approach
Fisher Boat tracking. The boat
Implementation in Fisher Boat Tracking System
location can be traced and RFID
(Domains / WSN)
tags of UID numbers are obtained.
( Page 156 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
The main objective of this project is
to conserve energy and water
resources, handles the system
manually and automatically, detects
the level of water.
112
TEMBMA3106
Grow It Your Self-AIBOT
(Domains / Robotics)
113
TEMBMA2633
Load Carrier Robot For Automation In
Industries
(Domains / Robotics)
114
TEMBMA2693
Tongue controlled speaking robot for
paralyzed/physically handicapped persons
(Domains / Robotics)
115
TEMBMA2615
Automatic Strawberry Picker Robot By Using
Jetson Nano
(Domains / Robotics)
The main objective oft this project is
By using wireless technology. The
User
he will control the robot based on
tongue movements of the patient
Acoustic Sensor for Surveillance of Isolated
Geographical Areas
(Domains / Robotics)
The main objective of the project is
to make the officials to identify and
get an image to their mails of
whoever entered in to the isolated
geographic areas based on sound
sensing device
Burglar Alerting System
(Domains / Embedded applications)
This is a simple prototype based on
sound security and it activates and
alerts the officials. When burglar
entry into private area it will sends
the alert to officials
Indoor 3D Localization with Low Cost Li-Fi
Components
(Domains / Embedded applications)
The main objective of this project is
to create internal navigation system
using arduino when transmitter
receives the signals it will display
the room number through voice
module.
TEMBMA2694
Controlling applications with hand gestures
using sixth sense
(Domains / Embedded applications)
The main objective is to design a
wearable system that identifies hand
gestures with the help of
accelerometer. Based on the
generated signal we will control the
appliances.
120
TEMBMA3079
Automatic Street Light Control System
(Domains / Embedded applications)
The main objective of this project is
to provide a better solution to
minimize the electrical wastage in
operating street lights.
121
TEMBMA3180
Home Made Maximum Power Point Tracking
System
The main objective of this project is
to track power consumption using
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117
118
119
TEMBMA2579
TEMBMA2573
TEMBMA3176
( Page 157 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
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123
124
125
126
127
Project Code
Project Name
Objective
(Domains / Embedded applications)
current sensor and voltage sensor
TEMBMA3167
Radar Ultrasonic Sensor with Raspberry Pi
(Domains / Embedded applications)
The main objective of this project is
to determine the range, altitude,
direction or speed of objects by
using ultrasonic sensor and alert will
be given if an object comes near the
place.
TEMBMA2701
Bird Feeder and Poultry Conditioning
monitoring using Embedded system
(Domains / Embedded applications)
The main objective of this project is
to design an automatic bird feeder
that feeds the birds in time which
reduces the work for farmer to feed
the birds
Multi-Directional Rotating Dumping Trailer
(Domains / Robotics)
Modern 3 ways dropping dumper’
has been conceived by observing
the difficulty in unloading the
materials. The survey in this regards
in several automobile garages,
revealed the facts that mostly some
difficult methods were adopted in
unloading the materials from the
trailer
Multi-Directional Rotating Dumping Trailer
(Domains / Mechatronics)
Modern 3 ways dropping dumper’
has been conceived by observing
the difficulty in unloading the
materials. The survey in this regards
in several automobile garages,
revealed the facts that mostly some
difficult methods were adopted in
unloading the materials from the
trailer
Multi-Directional Rotating Dumping Trailer
(Controllers / PIC16F77A)
Modern 3 ways dropping dumper’
has been conceived by observing
the difficulty in unloading the
materials. The survey in this regards
in several automobile garages,
revealed the facts that mostly some
difficult methods were adopted in
unloading the materials from the
trailer
Multi-Directional Rotating Dumping Trailer
(Controllers / ARM7)
Modern 3 ways dropping dumper’
has been conceived by observing
the difficulty in unloading the
materials. The survey in this regards
in several automobile garages,
revealed the facts that mostly some
difficult methods were adopted in
unloading the materials from the
trailer
TEMBMA2670
TEMBMA2671
TEMBMA2749
TEMBMA2750
( Page 158 )
Email: info@takeoffprojects.com
128
TEMBMA2895
Multi-Directional Rotating Dumping Trailer
Modern 3 ways dropping dumper’
Website: www.takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
(Controllers / Arduino)
has been conceived by observing
the difficulty in unloading the
materials. The survey in this regards
in several automobile garages,
revealed the facts that mostly some
difficult methods were adopted in
unloading the materials from the
trailer
129
TEMBMA3055
Wireless Surveillance Robot Controlled by PC
(Domains / Mechatronics)
130
TEMBMA3056
Smart Solar Grass Cutter With Lawn Coverage
(Domains / Mechatronics)
131
TEMBMA3047
Long Range Spy Robot With Metal Detection
(Domains / Mechatronics)
132
TEMBMA1547
A Review On Night Vision Robot Patrolling And
Monitoring System Using Raspberry Pi
(Domains / Robotics)
TEMBMA1962
An Indoor Autonomous Guided Vehicle Based
On Electromagnetic Tracking And Positioning
I-beacon With Raspberry Pi
(Domains / Robotics)
134
TEMBMA2024
Wireless Operated War Field Land Rover That
Alerts On Sensing Planted Land Mines Using
Raspberry Pi
(Domains / Robotics)
135
TEMBMA2038
The Smart Floor Cleaner Using Arduino
(Domains / Robotics)
136
TEMBMA2088
Manually Controlled Enhanced Wireless
Intelligent Fire Fighting Robot
(Domains / Robotics)
137
TEMBMA357
Wireless Operated War Field Land Rover That
Alerts On Sensing Planted Land Mines
(Domains / Robotics)
138
TEMBMA453
A Sewer Sensor Monitoring System Based On
Embedded System
(Domains / Robotics)
139
TEMBMA756
A Review On Night Vision Robot Patrolling And
Monitoring System
(Domains / Robotics)
140
TEMBMA997
Android Controlled Wildlife Observation Robot
(Domains / Robotics)
133
( Page 159 )
Website: www.takeoffprojects.com
The main objective of this project is
to develop proto type model for
land-mine detection robot (LDR),
which can be operated remotely
using two Zibee transceivers and
can monitor the video.
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
141
TEMBMA2019
Effective Natural Communication Between
Human Hand And Mobile Robot Using Arduino
(Domains / Robotics)
142
TEMBMA1008
Human-cloud Integration In Next Generation
Healthcare Systems For Wearable Devices
(Controllers / Arduino)
143
TEMBMA1082
Rfid Based Airport Luggage Checking And
Tracking System Using Gsm Technology Using
Arduino
(Controllers / Arduino)
144
TEMBMA1193
Design And Implementation Of Touch-screen
By Human Skin For Appliances Using Arduino
(Controllers / Arduino)
145
TEMBMA1326
Driver And Passenger Identification From
Smartphone Data Using Arduino
(Controllers / Arduino)
146
TEMBMA1605
Smart Street Lights Using IOT
(Controllers / Arduino)
147
TEMBMA1742
IoT paralysis patient monitoring
(Controllers / Arduino)
148
TEMBMA1775
Smart City Platform Development For An
Automated Waste Collection System
(Controllers / Arduino)
149
TEMBMA1826
Prototype Implementation Of BLE Based
Automated Data Collection Scheme In
Agricultural Measurement System
(Controllers / Arduino)
150
TEMBMA1832
Heartbeat Monitoring and Voice Based Alerting
System for High and Low Heart Rate
(Controllers / Arduino)
151
TEMBMA1853
Study on Remote Control System of Rural
Water Treatment Equipment
(Controllers / Arduino)
152
TEMBMA1894
Voter Identification and Detection System
Using RFID and GSM To Stop Rigging In The
Elections
(Controllers / Arduino)
153
TEMBMA1952
Design Of Arduino Based Real Time Health
Monitoring System Using Wi-fi Technology
(Controllers / Arduino)
154
TEMBMA2028
Vehicle Speed Detection And Control Using
RFID With arduino
(Controllers / Arduino)
( Page 160 )
Website: www.takeoffprojects.com
Objective
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
155
TEMBMA2030
Gesture Controller Robot For Military
(Controllers / Arduino)
Objective
The main objective of this project is
to monitor moisture level,
temperature, light intensity in the
field and send SMS/mail if any
parameter exceeds threshold value
156
TEMBMA2032
Smart Irrigation System Using IOT
(Controllers / Arduino)
157
TEMBMA2033
Smart Crop Protection System From Animal
Attacks
(Controllers / Arduino)
The main objective of this project is
to monitor health parameters like
body temperature and heart beat
continuously by uploading to PHP
server
158
TEMBMA2034
Health Monitoring System By Using IOT
(Controllers / Arduino)
159
TEMBMA2035
Vehicle Speed Detection And Alert System
(Controllers / Arduino)
160
TEMBMA2065
Design and Implementation Non-Contact Hand
Gestures Control Robot
(Controllers / Arduino)
161
TEMBMA2086
Manually Controlled Enhanced Wireless
Intelligent Fire Fighting Robot
(Controllers / Arduino)
162
TEMBMA385
Secure And Robust User Authentication Using
Partial Fingerprint Matching
(Controllers / Arduino)
TEMBMA577
Prototype Desogn of an Iot Enabled Cost
Eeficient Portable Heart Health Data
Acquisition System
(Controllers / Arduino)
164
TEMBMA615
An Iot Based Multi-parameter Data Acquisition
System For Efficient Bio-tele Monitoring Of
Pregnant Women At Home
(Controllers / Arduino)
165
TEMBMA737
Integrated System For Regional Navigator And
Seasons Management
(Controllers / Arduino)
166
TEMBMA1037
An Agent-based Iot System For Intelligent
Energy Monitoring In Buildings
(Controllers / Arduino)
TEMBMA1503
Bi-directional Li-fi Communication For
Transmitting Data, Audio And Image
Information
(Controllers / Arduino)
163
167
( Page 161 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
168
TEMBMA640
Tmcas:an Mqtt Based Collision Avoidance
System For Railway Network
(Domains / IOT)
TEMBMA2202
IOT Based Traffic Light Control System For
Ambulance
(Domains / IOT)
The main objective of this system is
to control the traffic signals so that
the ambulance would be able to
cross all the traffic junctions without
waiting.
This System monitors the changes
happening over the environment
and provides enough ways for the
users to access the information from
anywhere through cloud. The
humidity sensor will monitor and
gives the details about the changes
happening over the climate. The
LDR and pressure sensor are used
for monitoring the pollution over
environment. The Monitored
condition will be updated to a third
party server.
169
170
TEMBMA2196
Weather Monitoring System Using IOT
(Domains / IOT)
171
TEMBMA2044
IOT based Feedback System For public
sectors
(Domains / IOT)
172
TEMBMA1918
Objective
Smart Ration Card System Using Rfid With
Raspberry Pi
(Domains / IOT)
The main objective of the project is
to avoid the corruption in rationing
system to a large extent by
providing transparency at each level
by storing all the data in database
and in turn it is easy for higher
authorities to cross check the data
at any point.
The main objective of the project is
health parameter monitoring,
medicine time reminding and an
automated home system. This
system will remind the patient when
it’s time to take pills through an
SMS, email and a voice message
and can monitor the health
parameters and updates the data to
the doctor or patient via an SMS.
173
TEMBMA1865
Advanced IOT Based Combined Remote
Health Monitoring, Home Automation and
Alarm System
(Domains / IOT)
174
TEMBMA1817
Novel Parking Management System, For Smart
Cities, To Save Fuel, Time, And Money
(Domains / IOT)
175
TEMBMA424
Smart Mirror Based On Raspberry Pi
(Domains / IOT)
( Page 162 )
Website: www.takeoffprojects.com
The main objective of this project is
to detect thief when nobody is at
home
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
176
TEMBMA1913
Iot Based Indoor Air Pollution Monitoring Using
Raspberry Pi
(Domains / IOT)
177
TEMBMA705
Development Of Reverse Vending Machine
(rvm) Framework For Implementation To A
Standard Recycle Bin
(Domains / IOT)
178
TEMBMA761
Iot Based Digital Signage Board Using
Raspberry Pi 3
(Domains / IOT)
Objective
The main objective of this system is
we can reuse wastages and can
easily know how much amount of
wastages we are reusing in our day
to day life by getting message to the
pre-registered mobile number as
points.
179
TEMBMA789
Water Level Monitoring And Dam Gate Control
Over Iot
(Domains / IOT)
180
TEMBMA854
Investigating Thermal Comfort For The
Classroom Environment Using Iot
(Domains / IOT)
181
TEMBMA930
Iot-based Drone For Improvement Of Crop
Quality In Agricultural Field
(Domains / IOT)
182
TEMBMA1009
Human-cloud Integration In Next Generation
Healthcare Systems For Wearable Devices
(Domains / IOT)
183
TEMBMA1038
An Agent-based Iot System For Intelligent
Energy Monitoring In Buildings
(Domains / IOT)
184
TEMBMA1043
Ssl: Smart Street Lamp Based On Fog
Computing For Smarter Cities
(Domains / IOT)
185
TEMBMA1070
Novel Ibeacon Placement For Indoor
Positioning In Iot
(Domains / IOT)
186
TEMBMA1235
Fingerprint Based Exam Hall Authentication
With Raspberry Pi
(Domains / IOT)
187
TEMBMA1854
Study on Remote Control System of Rural
Water Treatment Equipment
(Domains / IOT)
188
TEMBMA1885
Smart Street Lights Using IOT
( Page 163 )
Website: www.takeoffprojects.com
The main objective of this project is
to monitor the water level and to
control the dam gate using IOT
without human involving. Here we
are trying to reduce the man power
by including IOT controlled dam
gate opening/ closing.
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
(Domains / IOT)
189
TEMBMA2017
Effective Natural Communication Between
Human Hand And Mobile Robot Using Arduino
(Domains / IOT)
190
TEMBMA2189
Bus Tracking System Using NodeMCU
(Domains / IOT)
TEMBMA616
An Iot Based Multi-parameter Data Acquisition
System For Efficient Bio-tele Monitoring Of
Pregnant Women At Home
(Domains / IOT)
TEMBMA1859
Prototype Implementation Of BLE Based
Automated Data Collection Scheme In
Agricultural Measurement System
(Domains / IOT)
193
TEMBMA720
Automatic Monitoring And Control Of Vehicle
Entry/exit In Forest Area With Raspberry-pi,
Python And Open Cv
(Domains / IOT)
194
TEMBMA728
Raspberry Pi As A Video Server
(Domains / IOT)
195
TEMBMA738
Integrated System For Regional Navigator And
Seasons Management
(Domains / IOT)
196
TEMBMA1722
A Smart Helmet for Air Quality and Hazardous
Event Detection for the Mining Industry
(Domains / IOT)
197
TEMBMA1728
Developing Fish Feeder System Using
Raspberry Pi
(Domains / IOT)
198
TEMBMA1776
Smart City Platform Development For An
Automated Waste Collection System
(Domains / IOT)
TEMBMA1782
Under Pipe, Traveling Robot To Detect Gas
Line Leakage And Address Navigation To
Cloud Over Iot
(Domains / IOT)
TEMBMA1827
Prototype Implementation Of BLE Based
Automated Data Collection Scheme In
Agricultural Measurement System
(Domains / IOT)
TEMBMA1848
A Survey on the Roles of Communication
Technologies in IoT-based Personalized
Healthcare applications
(Domains / IOT)
191
192
199
200
201
( Page 164 )
Website: www.takeoffprojects.com
The main objective of the project is
to monitor the health parameters of
an individual and uploading the
information to a third party server
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
and if there is any rise in heart beat
or Blood Pressure, an immediate
SMS will be sent to their family
member or to the hospital.
202
203
204
TEMBMA1967
TEMBRE19_876
TEMBRE19_878
Iot Based Indoor Air Pollution Monitoring Using
Arduino
(Domains / IOT)
Smart Irrigation System Using IOT
(Domains / IOT)
The main objective of this project is
to monitor moisture level,
temperature, light intensity in the
field and send SMS/mail if any
parameter exceeds threshold value
Health Monitoring System By Using IOT
(Domains / IOT)
The main objective of this project is
to monitor health parameters like
body temperature and heart beat
continuously by uploading to PHP
server
The system works with the help of
Raspberry Pi and ultrasonic sensor
for collecting level of garbage in
garbage bin, gas sensor to identify
toxins, moisture sensor to identify
whether the dry and wet is mixed
.The collected information is sent
through sms by using GSM.
205
TEMBRE19_880
Smart City Platform Development For An
Automated Waste Collection System
(Domains / IOT)
206
TEMBMA2055
Implementation of Network Weather Report
System Through Network State Observation
(Domains / IOT)
207
TEMBMA2124
IOT Based Liquid Level Monitor Using
NodeMCU
(Domains / IOT)
208
TEMBMA2194
Weather Monitoring System Using IOT
(Domains / IOT)
209
TEMBMA2207
Smart Irrigation Using NodeMCU
(Domains / IOT)
This System monitors the changes
happening over the environment
and provides enough ways for the
users to access the information from
anywhere through cloud. The
humidity sensor will monitor and
gives the details about the changes
happening over the climate. The
LDR and pressure sensor are used
for monitoring the pollution over
environment. The Monitored
condition will be updated to a third
party server.
( Page 165 )
Email: info@takeoffprojects.com
210
TEMBMA1846
PiCam: IoT based Wireless Alert System for
This project describes
Website: www.takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
Deaf and Hard of Hearing
(Domains / Embedded applications)
implementation of a low cost IOT
based alert system for deaf and
hearing impaired people for their
safety purposes. Whenever
someone presses the doorbell or
tries to smash the door, image will
be captured and sent to the owner
mail along with an SMS alert.
211
TEMBMA1863
Prototype Implementation Of BLE Based
Automated Data Collection Scheme In
Agricultural Measurement System
(Domains / Embedded applications)
212
TEMBMA781
School Bus Monitoring System Using
Raspberry Pi
(Domains / Embedded applications)
213
TEMBMA1613
Automated Blood Bank blood bank using GSM
(Domains / Embedded applications)
214
215
TEMBMA1663
TEMBMA2009
Solar Based Automatic Irrigation Robot for
Farm Monitoring
(Domains / Embedded applications)
This project “smart management of
street lights for energy conservation
using iot” is a cost effective,
practical, ecofriendly and the safest
way to save energy and this system
the light status information can be
accessed from anytime and
anywhere. It clearly tackles the two
problems that world is facing today,
saving of energy and also disposal
of incandescent lamps, very
efficiently.
Development Of Reverse Vending Machine
(rvm) Framework For Implementation To A
Standard Recycle Bin using Arduino
(Domains / Embedded applications)
The main objective of this system is
to reuse wastages and can easily
know how much amount of
wastages we are reusing in our day
to day life by getting message to the
pre-registered mobile number as
points.
The main objective of this project is
to monitor the water level and to
control the dam gate using IOT
without human involving. Here we
are trying to reduce the man power
by including IOT controlled dam
gate opening/ closing.
216
TEMBMA793
Water Level Monitoring And Dam Gate Control
Over Iot
(Domains / Embedded applications)
217
TEMBMA1488
Smart Bus Alert System For Easy Navigation
Of Blind By Using Raspberry Pi
(Domains / Embedded applications)
218
TEMBMA2091
Manually Controlled Enhanced Wireless
Intelligent Fire Fighting Robot
( Page 166 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
(Domains / Embedded applications)
219
TEMBMA170
Developing Fish Feeder System Using
Raspberry Pi
(Domains / Embedded applications)
220
TEMBMA2103
Controller Based Automatic Fog Light and
Wiper Controller for Vehicle
(Domains / Embedded applications)
TEMBMA1635
Novel Wearable Sensor Device For
Continuous Monitoring Of Cardiac Activity
During Sleep
(Controllers / Raspberry pi)
The main objective of this project is
to monitor blood pressure and
temperature continuously through a
wearable device
TEMBMA788
Water Level Monitoring And Dam Gate Control
Over Iot
(Controllers / Arduino)
The main objective of this project is
to monitor the water level and to
control the dam gate using IOT
without human involving. Here we
are trying to reduce the man power
by including IOT controlled dam
gate opening/ closing.
TEMBMA1858
Prototype Implementation Of BLE Based
Automated Data Collection Scheme In
Agricultural Measurement System
(Controllers / Arduino)
TEMBMA1862
Prototype Implementation Of BLE Based
Automated Data Collection Scheme In
Agricultural Measurement System
(Domains / Android)
TEMBMA2027
Wireless Operated War Field Land Rover That
Alerts On Sensing Planted Land Mines Using
Raspberry Pi
(Domains / Embedded applications)
226
TEMBMA1205
Raspberry Pi Based Novel Wearable Sensor
Device For Continuous Monitoring Of Cardiac
Activity During Sleep
(Controllers / Raspberry pi)
227
TEMBMA1541
School Bus Monitoring System Using Arduino
(Controllers / Arduino)
228
TEMBMA1555
Intelligent Autonomous Campus Mobility
Services Using Arduino
229
TEMBMA1578
Raspberry Pi Based Toll Gate Traffic Monitor
And Analyze Using Iot
TEMBMA1881
System of Detection and Scanning Bar Codes
from Raspberry Pi Web Camera
(Domains / IOT)
221
222
223
224
225
230
( Page 167 )
Website: www.takeoffprojects.com
The main objective of this project is
to scan the bar code labels on the
grocery items or other and send the
data or link through GSM along with
the IOT Platform.
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
TEMBMA1882
System of Detection and Scanning Bar Codes
from Raspberry Pi Web Camera
(Domains / WSN)
The main objective of this project is
to scan the bar code labels on the
grocery items or other and send the
data or link through GSM along with
the IOT Platform.
232
TEMBMA1944
Rfid Based Pesticides Dosing With Automatic
Plant Irrigation For Agriculture Applications
Using 8051
(Domains / WSN)
233
TEMBMA1960
Automatic Waste Segregator Using 8051
Microcontroller
(Domains / Mechatronics)
234
TEMBMA1961
Automatic Waste Segregator Using 8051
Microcontroller
(Domains / Industrial Automation)
231
235
TEMBMA1275
Raspberry Pi Based Implementation And
Recent Progress In Cloud-based Smart Home
Automation Systems
(Domains / Android)
236
TEMBMA2168
Flexible Ac Transmitter System Using TSR
(Domains / Electrical)
237
TEMBMA1529
An Iot Based Multi-parameter Data Acquisition
System For Efficient Bio-tele Monitoring Of
Pregnant Women At Home With Raspberry Pi
(Controllers / Raspberry pi)
238
TEMBMA1727
Developing Fish Feeder System Using
Raspberry Pi
(Controllers / Raspberry pi)
239
TEMBMA1042
Ssl: Smart Street Lamp Based On Fog
Computing For Smarter Cities
(Controllers / Arduino)
240
TEMBRE19_857
Speed Control of Electric car Using ARM
(Controllers / ARM7)
241
TEMBMA649
Voice Controlled 230v Lamp Dimmer With 10
Levels Of Intensity Control
(Controllers / ARM7)
242
TEMBRE19_531
Fast Access For Zigbee-enabled Iot Devices
Using Raspberry Pi
(Controllers / Raspberry pi)
243
TEMBMA1077
Collision Warning With Auto Brake & Complete
High Voltage Disconnect During Crash Using
( Page 168 )
Website: www.takeoffprojects.com
This project covers most important
feature, in which it could provide the
complete smart home environment.
The cloud controlled home
automation using Raspberry Pi is
proposed for the benefit of easy use
and control of devices by elderly
and disabled people.
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
Arduino
(Controllers / Arduino)
TEMBMA1079
Rfid Based Airport Luggage Checking And
Tracking System Using Gsm Technology
(Controllers / Arduino)
245
TEMBMA1504
Bi-directional Li-fi Communication For
Transmitting Data, Audio And Image
Information
(Domains / WSN)
246
TEMBMA1534
Integrated System For Regional Navigator And
Seasons Management With Raspberry Pi
(Controllers / Raspberry pi)
244
The main aim of the project to
develop a smart medicine remainder
box that is used to remind our loved
ones to take medicines on time.
Raspberry Pi Based Medicine Reminder And
This can be used by an individual, it
Monitoring System For Secure Health Using Iot
can remind up to three pills taking
time and sms is sent through GSM.
247
TEMBMA1556
248
TEMBRE19_853
Speed Control Of Electric Vehicle By Using
Arm 7
(Domains / WSN)
249
TEMBMA2151
Automatic Rotation Of Solar Panel Using
NodeMCU
(Domains / Renewable)
250
TEMBMA2161
Footstep Power Generation System with
Battery Level Indicator
(Domains / Electrical)
251
TMMAIN20
Traffic Monitoring Management System Using
Deep Learning
(Domains / Image Processing)
252
TEMBMA1995
Android Controlled Railway Level Gate Control
Using 8051
253
TEMBMA374
The Car Door Safety System With Wireless
Alert Transmission
(Controllers / Arduino)
254
TEMBMA1690
Mobile Based Robot for Rescue Competitions
(Controllers / Arduino)
TEMBMA704
Development Of Reverse Vending Machine
(rvm) Framework For Implementation To A
Standard Recycle Bin
(Controllers / Arduino)
255
( Page 169 )
Website: www.takeoffprojects.com
The main objective of this system is
we can reuse wastages and can
easily know how much amount of
wastages we are reusing in our day
to day life by getting message to the
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
pre-registered mobile number as
points.
Poultry Monitoring and Controlling System
(Controllers / Arduino)
Automated poultry farm has a great
impact on increasing the productivity
of chicken by monitoring and
controlling of all ecological
parameters also controls the food
valve which feeds the birds in time.
TEMBMA2036
Smart City Platform Development For An
Automated Waste Collection System
(Controllers / Arduino)
The system works with the help of
Raspberry Pi and ultrasonic sensor
for collecting level of garbage in
garbage bin, gas sensor to identify
toxins, moisture sensor to identify
whether the dry and wet is mixed
.The collected information is sent
through sms by using GSM.
258
TEMBMA1781
Under Pipe, Traveling Robot To Detect Gas
Line Leakage And Address Navigation To
Cloud Over Iot
(Controllers / Arduino)
259
TEMBMA2081
Accident Detection and Alert System
(Controllers / Arduino)
260
TEMBMA1712
Online feedback system using arduino
(Controllers / Arduino)
261
TEMBMA1533
Object Sorting Automated System Using
Arduino
(Controllers / Arduino)
262
TEMBMA1131
Arduino Based Intelligent Autonomous Campus
Mobility Services
(Controllers / Arduino)
256
257
263
TEMBMA1681
TEMBMA2069
Real Time Bus Announcement System Using
RFID
(Controllers / Arduino)
( Page 170 )
Website: www.takeoffprojects.com
The system provides the efficient
way for Bus tracking, as it includes
the less time delays. The
information is obtained from the
master terminal quickly. Also this
system has low power consumption
as compared to other implemented
systems. And finally the system
gives correct high end result which
is efficient way for guiding tourist. In
the future, we are planning to
enhance the system with some
other estimation tools and statistical
analysis. This might be used not
only by public users but also by
decision makers in the local
municipalities. Moreover, since the
system
is developed
with open
Email:
info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
standards and open sources, it is
easily extended with future
technologies according to users’
needs.
264
TEMBMA2054
Implementation of Network Weather Report
System Through Network State Observation
(Controllers / Arduino)
265
TEMBMA2127
IOT Based Liquid Level Monitor Using
NodeMCU
(Controllers / NodeMCU)
266
TEMBMA727
Raspberry Pi As A Video Server
(Controllers / Raspberry pi)
267
TEMBMA1164
Adjustment Of Bed For A Patient Through
Gesture Recognition Using Arduino
(Controllers / Arduino)
268
TEMBMA1976
Adjustment Of Bed For A Patient Through
Gesture Recognition: An Image Processing
Approach
(Controllers / Raspberry pi)
269
TEMBMA1550
Real Time Position Tracking System Using
Google Maps Api V3 Using Raspberry Pi
(Controllers / Raspberry pi)
270
TEMBMA1999
Real Time Position Tracking System Using
Google Maps Api V3 Using Arm7
(Controllers / ARM7)
271
TEMBMA769
Real Time Position Tracking System Using
Google Maps Api V3
(Controllers / ARM7)
272
TEMBMA770
Real Time Position Tracking System Using
Google Maps Api V3
(Controllers / PIC16F77A)
273
TEMBMA995
Android Controlled Wildlife Observation Robot
(Controllers / Raspberry pi)
274
TEMBMA1584
Android Controlled Wildlife Observation Robot
Using Arduino
(Controllers / Arduino)
275
TEMBMA811
Waiter Robot – Solution To Restaurant
Automation
(Domains / IOT)
276
TEMBMA2110
Street Light Controller System Using IOT
(Domains / IOT)
( Page 171 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
277
TEMBMA1743
Object Sorting Automated System Using
Raspberry Pi
(Controllers / Raspberry pi)
278
TEMBMA1744
Object Sorting Automated System Using
Raspberry Pi
(Domains / IOT)
279
TEMBMA1549
Iot Based Bridge Safety Monitoring System
Using Raspberry Pi
(Controllers / Raspberry pi)
280
TEMBMA1757
Iot Based Bridge Safety Monitoring System
(Domains / IOT)
281
TEMBMA871
Automatic Gas Cylinder Booking Over Iot
(Controllers / Arduino)
282
TEMBMA872
Automatic Gas Cylinder Booking Over Iot
(Domains / IOT)
283
TEMBMA2082
Accident Detection and Alert System
(Domains / WSN)
284
TEMBMA1071
Novel Ibeacon Placement For Indoor
Positioning In Iot
(Domains / WSN)
285
TEMBMA646
Voice Controlled 230v Lamp Dimmer With 10
Levels Of Intensity Control
(Domains / WSN)
286
TEMBMA1771
The main objective of this system is
to design a helmet that provides
safety to motorcyclist or to any bike
The High Security Smart Helmet Using Internet
rider by preventing drunk and drive.
of Things
It detects accident and alert the
(Domains / WSN)
guardian about accident and engine
doesnot get started if alcohol is
detected.
287
TEMBMA873
Automatic Gas Cylinder Booking Over Iot
(Domains / WSN)
288
TEMBMA765
Iot Based Digital Signage Board Using
Raspberry Pi 3
(Domains / WSN)
289
TEMBMA2222
Women Safety System
(Domains / WSN)
290
TEMBMA2102
Controller Based Automatic Fog Light and
Wiper Controller for Vehicle
(Domains / Industrial Automation)
( Page 172 )
Website: www.takeoffprojects.com
Objective
The main objective of this project is
to save the women in danger by
sending their location details to
dearest ones through mail
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
291
TEMBMA2159
Supervisory Controlling Plus Data Acquisition
For Remote Industry
(Domains / Electrical)
292
TEMBMA2160
Battery Acid Level Indicator in Industries Using
IOT
(Domains / Electrical)
293
TEMBMA2157
A Smart Card Based Prepaid Electricity
System
(Domains / Electrical)
294
TEMBMA812
Waiter Robot – Solution To Restaurant
Automation
(Domains / Robotics)
295
TEMBMA1201
Automatic Car Ignition Locking Using
Raspberry Pi
(Domains / Robotics)
296
TEMBMA1922
Smart Ration Card System Using Rfid With
Raspberry Pi
(Domains / Embedded applications)
297
TEMBMA1039
An Agent-based Iot System For Intelligent
Energy Monitoring In Buildings
(Domains / WSN)
Objective
The main objective of the project is
to avoid the corruption in rationing
system to a large extent by
providing transparency at each level
by storing all the data in database
and in turn it is easy for higher
authorities to cross check the data
at any point.
298
TEMBMA1283
Raspberry Pi Based Car Door Safety System
With Wireless Alert
(Domains / WSN)
299
TEMBMA1544
A Review On Night Vision Robot Patrolling And
Monitoring System Using Raspberry Pi
(Domains / Robotics)
300
TEMBMA169
Developing Fish Feeder System Using
Raspberry Pi
(Domains / Industrial Automation)
301
TEMBMA594
Design Of The Intelligent Control System Of
( Page 173 )
Website: www.takeoffprojects.com
This project presents a car door
safety system which has two major
features that are sense when car
door is opened and alert when the
car crash detected. The car door
safety system which this project
presented is based on popular
microcontrollers and sensors, it is
easy to build, integrate and low cost.
It transmit alert to configured SIM
via GSM/GPRS module and also
data updated in server when the
door opened and crash detected.
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
Classroom Based On Raspberry Pi
(Domains / Embedded applications)
302
TEMBMA328
An Indoor Autonomous Guided Vehicle Based
On Electromagnetic Tracking And Positioning
I-beacon
(Domains / Android)
303
TEMBMA429
Smart Mirror Based On Raspberry Pi
(Domains / Embedded applications)
304
TEMBMA450
An Automatic Rfid Detection Based Railway
Identification System
(Controllers / ARM7)
305
TEMBMA464
Optimized Sensor Based Smart System For
Efficient Monitoring Grain Storage
(Controllers / PIC16F77A)
306
TEMBRE19_302
Optimized Sensor Based Smart System For
Efficient Monitoring Grain Storage
(Controllers / Arduino)
307
TEMBRE19_344
Passenger Localization For In-vehicle
Personalization Using Ble Beacons
(Domains / Android)
308
TEMBMA579
Prototype Desogn of an Iot Enabled Cost
Eeficient Portable Heart Health Data
Acquisition System
(Domains / WSN)
309
TEMBMA696
An Automatic Recognition Of Fake Currency
Note Using Raspberry Pi
(Domains / WSN)
310
TEMBMA1112
Smart Energy Meter For Advanced Metering
And Billing System Using Arduino
(Controllers / Arduino)
311
TEMBMA1552
Voice Assisted Text Reading System For
Visually Impaired Persons Using Arduino
(Controllers / Arduino)
312
TEMBMA1564
Ultrasonic Music Beats Player Using Arduino
313
TEMBMA2010
Intelligent Autonomous Campus Mobility
Services Using Arduino
(Domains / WSN)
314
TEMBMA2148
Automatic Rotation Of Solar Panel Using
NodeMCU
(Controllers / NodeMCU)
315
TEMBMA2164
RFID-Based Fuel Dispensing System
(Domains / Industrial Automation)
( Page 174 )
Website: www.takeoffprojects.com
The main objective of this project is
to detect thief when nobody is at
home
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
316
TEMBMA2165
RFID-Based Fuel Dispensing System
(Domains / Embedded applications)
317
TMMAIN21
Vehicle Detection Using MATLAB
(Domains / Image Processing)
318
TMMAIN19
Text Recognition for Speed Controlling in
Vehicle
(Domains / Image Processing)
319
TMMAIN18
Real Time Monitoring of Muscle Fatigue &
Muscle Disorder Of Biceps Brachil Using
Surface E-Lectromyography
(Domains / Image Processing)
320
TMMAIN15
Face Recognition Based Voting System
(Domains / Image Processing)
321
TEMBRE19_338
Smart Ration Card System Using Rfid And
Embedded System
(Controllers / PIC16F77A)
322
TEMBMA1108
Fuel Allocation And Lockout System Using Pic
323
TEMBMI199
Home Automation using DTMF
324
TEMBMI203
Wireless Doorbell Calling System
325
TEMBMI202
Laser Bank Security System
326
TEMBMI200
Temperature based fan speed control
327
TEMBMI198
Women Safety Device Using GPS
The main objective of this project is
to control speed of fan based on
change in temperature
The main objective of this project is
to reducing the risk of driving vehicle
in the terrain region with hairpin
bends and steep curves.
328
TEMBMI197
Accident prevention system
329
TEMBMI196
Tsunami Warning System Using Wireless
Communication
330
TEMBMI195
Smart Lighting System Using PIR
331
TEMBMI194
Dual PH Level Monitoring and Control Using
IOT Application
332
TEMBMI192
Home Automation Using Google Voice
Assistance
333
TEMBMI191
Bluetooth Controlled Robot
334
TEMBMI190
Home Automation Using Access Keys
335
TEMBMI189
Smart Traffic Light Control System
( Page 175 )
Website: www.takeoffprojects.com
The main objective of this project is
to control home appliances through
voice commands
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
336
TEMBMI188
Voice Controlled Robot
337
TEMBMI187
Intelligent fire detector with automatic water
sprinkler system to avoid fire accidents
338
TEMBMI186
GSM Based Water Pump Control System
339
TEMBMI185
Air Quality Monitoring using IOT
340
TEMBMI184
Prototype implementation of BLE based
automated data collection scheme in
agriculture management system
341
TEMBMI183
Heartbeat monitoring and voice based alerting
system for high and low heart rate
342
TEMBMI182
RFID based pesticides dosing with automatic
plant irrigation for agriculture applications
343
TEMBMI181
Smart charger monitoring system
344
TEMBMI180
SMS Based voting system
345
TEMBMI179
Motion Based Door Opener With Metal
Detector
346
TEMBMI178
Android Controlled Wildlife Observation Robot
347
TEMBMI177
Finger Print Based Exam Hall Authentication
348
TEMBMI176
Wind Solar complementary power inverter
based on microcontroller
349
TEMBMI175
RFID based secure smart school bus system
350
TEMBMI174
An early detection system for proactive
management of raw milk quality
351
TEMBMI170
Dual axis solar tracking system
352
TEMBMI169
Paralysis Patient Monitoring
353
TEMBMI167
RFID Based Blind Stick
354
TEMBMI166
Automatic Irrigation System on Sensing Soil
Moisture Content
355
TEMBMI165
Solar Powered Agri robot for Irrigation and
Farm Monitoring
356
TEMBMI164
Home Security System Using Arduino
357
TEMBMI163
Liquid level monitor using GSM
358
TEMBMI162
Lightweight RFID Protocol for Medical Privacy
Protection
359
TEMBMI161
Bridge Safety Monitoring System
( Page 176 )
Website: www.takeoffprojects.com
Objective
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
360
TEMBMI160
Detection of Pedestrian Crossing for Safe
Driving
361
TEMBMI159
Mobile Robot for Rescue Competitions(fire
fighting robot)
362
TEMBMI158
Rfid Based Animal Tracking System
363
TEMBMI157
RFID Based Water Dispenser
364
TEMBMI156
Rash Driving Speed Checkers On Highways
Using Micro Controller
365
TEMBMI155
Anti-Theft Alerting System For Two Wheeler's
366
TEMBMI154
Gas & Fire Alerting System
367
TEMBMI153
Highway Lightening System Using IR Sensors
368
TEMBMI152
DTMF Based Irrigation Control
369
TEMBMI151
Weather Monitoring System
370
TEMBMI150
Green House Monitoring System
371
TEMBMI149
Driver Drowsiness Alert System
372
TEMBMI148
Voice Controlled Home Automation
373
TEMBMI147
Bi-directional Visitor Counter
374
TEMBMI146
DTMF Based Home Automation
375
TEMBMI145
RFID Based Shopping System
376
TEMBMI144
Smart Helmet With Alcohol Detection
377
TEMBMI143
Electronic Notice Board Using Bluetooth
378
TEMBMI142
Railway Track Fault Detection
379
TEMBMI141
Metal Detecting Robot
380
TEMBMI140
Water Level Indicator Using GSM
381
TEMBMI139
Vehicle Over Speed Detection
382
TEMBMI138
Density Based Traffic Light Control System
383
TEMBMI137
RFID Based Attendance System
384
TEMBMI136
Garbage Monitoring Using GSM
385
TEMBMI135
Automatic Rain Operated Wiper System
( Page 177 )
Website: www.takeoffprojects.com
Objective
The main objective of this project is
to monitor parameters like
temperature, light intensity,
moisture, pH value etc. for
maintaining balance system
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
386
TEMBMI134
Password Based Door Lock Control System
387
TEMBMI133
Earthquakes and Tsunami Alert Through GSM
388
TEMBMI132
Pulse Width Modulation (PWM) Speed Control
of a DC Motor
389
TEMBMI131
Industrial Advanced Temperature monitoring
and Control System
390
TEMBMI130
IR Home Automation
391
TEMBMI129
Accident Detection System Using GSM and
GPS
392
TEMBMI128
Cell phone-Based Remote Controller for Water
Pump
393
TEMBMI127
Earth Quake Alert System Using GSM
394
TEMBMI125
Precise Illumination Control of Lamp
395
TEMBMI124
Tripping Mechanism of Over Voltage or Under
Voltage Systems
396
TEMBMI123
Thermistor Based Temperature Control
397
TEMBMI122
Dish Positioning Control by IR Remote
398
TEMBMI121
Predefined Speed Control of BLDC Motor
399
TEMBMI120
Fastest Finger Press Quiz Buzzer
400
TEMBMI119
Pre Stampede Monitoring and Alarm System
401
TEMBMI118
Touch Screen Based Home Automation
System
402
TEMBMI117
RF Based Home Automation System
403
TEMBMI116
Obstacle Avoidance Robotic Vehicle
404
TEMBMI115
Solar Powered Auto Irrigation System
405
TEMBMI114
Microcontroller (AT89C51) Based Auto Metro
Train to Shuttle Between Stations
406
TEMBMI113
RFID Based Passport Details
407
TEMBMI111
Cell Phone Controlled Robotic Vehicle
408
TEMBMI110
PIC Microcontroller Based Device Control and
Authentication By Using RFID
409
TEMBMI107
Anti-Bag-Snatching Alarm
410
TEMBMI106
Battery-powered Night Lamp
( Page 178 )
Website: www.takeoffprojects.com
Objective
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
411
TEMBMI105
Bidirectional Photoelectric System
412
TEMBMI104
Movement Sensed Automatic Door Opening
System
413
TEMBMI103
Auto Intensity Controlled Solar LED Street
Light
414
TEMBMI101
Speed Control with RPM Display for BLDC
Motor
415
TEMBMI100
Energy Meter Reading with Load Control Using
GSM
416
TEMBMI99
TV Remote Operated Domestic Appliances
Control
417
TEMBMI97
PC Based Electrical Load Control
418
TEMBMI96
Precise Digital Temperature Control
419
TEMBMI92
Garage Door Opening System Controlled By
DTMF Cell Phone
420
TEMBMI91
Ultra Fast Acting Electronic Circuit Breaker
421
TEMBMI90
Thyristor Power Control by IR Remote
422
TEMBMI89
GSM protocol Integrated Energy Management
System
423
TEMBMI88
Night Vision Wireless War Field Spying Robot
424
TEMBMI87
Auto Power Supply Control System from 4
Different Sources (Solar, Mains, Generator &
Inverter) to Ensure No Break Power
425
TEMBMI86
Fire Fighting Robotic Vehicle
426
TEMBMI85
Designing of DC Motor Speed Control Unit
427
TEMBMI84
Auto Intensity Control of Street Lights
428
TEMBMI83
Electronic Water Level Controller Device
429
TEMBMI82
Fast Voting Game Project
430
TEMBMI81
Automated Visitor Counter With 7 Segment
Display
431
TEMBMI80
Zero Contact TachoMeter (SpeedOMeter)
432
TEMBMI79
Motion Based Auto Door Opener
433
TEMBMI78
Wireless Mobile Charging Project
434
TEMBMI77
Vehicle tracking By GPS – GSM
( Page 179 )
Website: www.takeoffprojects.com
Objective
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
435
TEMBMI76
Power Supply With Auto Switching
436
TEMBMI75
Home And Industrial Safety Using Fire And
Gas Detection System
437
TEMBMI74
Over Voltage And Under Voltage Protection
System
438
TEMBMI72
Configurable Password Security System
439
TEMBMI71
Testing Life Cycle Of Electrical Loads Using
Down Counter
440
TEMBMI69
IR Based Obstacle Detection Project
441
TEMBMI66
Wireless Cell Phone Detection System
442
TEMBMI65
Plant Moisture Monitoring System
443
TEMBMI64
Sound Operated Timer Project
444
TEMBMI63
Synchronously Blinking Emergency Light
445
TEMBMI61
Clap Based Fan Switching System
446
TEMBMI60
12 Volt Battery Charging System
447
TEMBMI59
Geo Location Guide Using RF
448
TEMBMI58
Driver Anti Sleep Device
449
TEMBMI56
Mini Audio Amplifier Project
450
TEMBMI54
Short Circuit Indicator Project
451
TEMBMI52
Auto Lap Time Measurement System
452
TEMBMI51
Solar Battery Charging With Reverse Current
Protection
453
TEMBMI50
Smart Portable Cell Phone Jammer Project
454
TEMBMI49
TV Remote Controlled Robotic Vehicle Project
455
TEMBMI48
Remote Vehicle Control Through Cell Phone
Using DTMF
456
TEMBMI47
Automated Smoking Zone Monitoring &
Alerting Project
457
TEMBMI46
Fire Detection and Alarm Project
458
TEMBMI45
RPM Display For BLDC Motor With Speed
Controller
459
TEMBMI44
Power Efficient Mini Inverter
460
TEMBMI43
BLDC motor speed control using arduino
( Page 180 )
Website: www.takeoffprojects.com
Objective
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
461
TEMBMI42
Peizo Based Visitor Sensing Welcome Mat
462
TEMBMI41
Auto Water Pump Switcher
463
TEMBMI40
DTMF Cell Phone Based Door Opener
464
TEMBMI39
Remote Control Plant Watering System Using
8051
465
TEMBMI38
Automatic Road Reflector Light
466
TEMBMI37
Electrical load controlled by PC
467
TEMBMI36
Ultrasonic Object Detection System
468
TEMBMI34
Automated Night Lightening System
469
TEMBMI33
Quiz Buzzer
470
TEMBMI31
Weekly Task Alerting System
471
TEMBMI30
Electronic Watch Dog Project
472
TEMBMI29
Street Light Automatic Intensity Controller
473
TEMBMI28
Stress Meter
474
TEMBMI27
Overload Protection of Transformer
475
TEMBMI26
Smoke detecting Alarm
476
TEMBMI25
Solar Energy Measurement Using Micro
Controller
477
TEMBMI24
Temperature Control System
478
TEMBMI23
Ultrasonic Radar
479
TEMBMI22
Password Enabled Industrial Devices
Switching by Using Speech Recognition
480
TEMBMI21
Wireless Sensor Based Auto Control of Water
Level Checking
481
TEMBMI20
Vehicle Smoke Detecting and Speed Sensing
System
482
TEMBMI19
Load Shedding Time Management With
Programmable Interface
483
TEMBMI17
Car Speed Checker With LCD Display
484
TEMBMI16
Microcontroller Based 4 Quadrant DC Motor
Speed Control
485
TEMBMI15
Efficient Power Manager Project
486
TEMBMI14
Arduino Based Line Follower Robot
( Page 181 )
Website: www.takeoffprojects.com
Objective
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
487
TEMBMI13
Ultrasonic Distance Measurement
488
TEMBMI12
Automatic Smoke Detector Alarm
489
TEMBMI11
E Bicycle Locking System
490
TEMBMI05
Human Speed Detection Project
491
TEMBMI04
Load Control System Using DTMF
492
TEMBMI02
Password Based Circuit Breaker
493
TEMBMI01
Laser Based Bank Security
TEMBMA1678
To Create a Robotic Humanoid Hand Imitating
the Real Time Motions of a Human User’s
Hand
(Domains / Robotics)
495
TEMBMA327
An Indoor Autonomous Guided Vehicle Based
On Electromagnetic Tracking And Positioning
I-beacon
(Domains / Robotics)
496
TEMBMA1599
RFID Based Smart Shopping System
(Controllers / Arduino)
497
TEMBMA1793
Toll Gate Traffic Monitor And Analyze Using IoT
(Controllers / Arduino)
498
TEMBMA1806
Bore well water quality and motor based on IoT
gateway
(Controllers / Arduino)
499
TEMBMA1602
Aadhar Based Fingerprint Electronic voting
system
(Controllers / Arduino)
500
TEMBMA1600
RFID Based Attendance System With
Automatic Door Unit
(Controllers / Arduino)
501
TEMBMA126
Collision Warning With Auto Brake & Complete
High Voltage Disconnect During Crash
(Controllers / Arduino)
502
TEMBMA610
Edge Computing-based Intelligent Manhole
Cover Management System For Smart Cities
(Controllers / Arduino)
503
TEMBMA935
Voter Identification And Detection System
Using Rfid And Gsm To Stop Rigging In The
Elections
494
( Page 182 )
Website: www.takeoffprojects.com
Objective
The main objective of this project is
to break the circuit using
keypad
The main objective of this project is
to create an RFID based attendance
system. When the student scans his
tag and the data shown is valid, the
door will open otherwise it won’t.
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
(Controllers / Arduino)
504
TEMBMA1227
Arduino Based Vehicle Seat Vacancy
Identification
(Controllers / Arduino)
505
TEMBMA1348
Smart Guiding Glasses For Visually Impaired
People In Indoor Environment Using Arduino
(Controllers / Arduino)
506
TEMBMA1651
Designing and Control of Autonomous
Unmanned Ground Vehicle
(Controllers / Arduino)
507
TEMBMA1676
To Create a Robotic Humanoid Hand Imitating
the Real Time Motions of a Human User’s
Hand
(Controllers / Arduino)
508
TEMBMA1820
Intelligent Food and Grain Storage System for
the Warehouses and Cold Storages
(Controllers / Arduino)
509
TEMBMA2100
Controller Based Automatic Fog Light and
Wiper Controller for Vehicle
(Controllers / Arduino)
510
TEMBMA405
Pricing Data Tampering In Automated Fare
Collection With Nfc-equipped Smart Phones
(Controllers / Arduino)
511
TEMBMA411
Non-invasive Flexible And Stretchable
Wearable Sensors With Nano Based
Enhancement For Chronic Disease Care
(Controllers / Arduino)
512
TEMBMA480
Design And Implementation Of Human Motion
Information Collection System
(Controllers / Arduino)
513
TEMBMA504
Rfid Based Secure Smart School Bus System
(Controllers / Arduino)
514
TEMBMA1439
Intelligent Manhole Cover Management
System For Smart Cities
(Domains / IOT)
515
TEMBMA1794
Toll Gate Traffic Monitor And Analyze Using IoT
(Domains / IOT)
516
TEMBMA1807
Bore well water quality and motor based on IoT
gateway
(Domains / IOT)
( Page 183 )
Website: www.takeoffprojects.com
The main objective of this project is
to navigate visually impaired people
in an indoor environment with the
help of raspberry pi by identifying
the objects that are present in his
path and guiding him through
speech via headphones.
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
517
TEMBMA1825
Intelligent Food and Grain Storage System for
the Warehouses and Cold Storages
(Domains / IOT)
518
TEMBMA1923
Rfid Based Petrol Pump Automation System
With Raspberry Pi
(Domains / IOT)
519
TEMBMA371
IOT solution for public bicycle system
(Domains / IOT)
520
TEMBMA364
Cloud-based Smart Home Automation System
(Domains / IOT)
521
TEMBMA651
Prototyping Of Class-attendance System Using
Mifare 1k Smart Card And Raspberry Pi 3
(Domains / IOT)
522
TEMBMA1060
Statistical Analysis Of Co2 Emission Based On
Road Grade, Acceleration And Vehicle Specific
Power For Public Utility Vehicles: An Iot
Application
(Domains / IOT)
523
TEMBMA1228
Arduino Based Vehicle Seat Vacancy
Identification
(Domains / IOT)
TEMBMA1266
Analysis Of Three Iot-based Wireless Sensors
For Environmental Monitoring Using Raspberry
Pi
(Domains / IOT)
525
TEMBMA1523
Development Of Reverse Vending Machine
(rvm) Framework For Implementation To A
Standard Recycle Bin Using Raspberry Pi
(Domains / IOT)
526
TEMBMA2119
Person Fall Detection Using NodeMCU
(Domains / IOT)
527
TEMBMA749
Efficient Smart Emergency Response System
For Fire Hazards Using Iot
(Domains / IOT)
528
TEMBMA1957
Automatic Waste Segregator Using 8051
Microcontroller
(Domains / IOT)
529
TEMBMA81
On Access Control In Cabin-based Transport
Systems
(Domains / IOT)
530
TEMBMA209
Design Of Arm Based Embedded System For
Industrial Application Using Tcp/ip Network
(Domains / IOT)
524
( Page 184 )
Website: www.takeoffprojects.com
Objective
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
531
TEMBMA363
Cloud-based Smart Home Automation System
(Domains / IOT)
532
TEMBMA130
Collision Warning With Auto Brake & Complete
High Voltage Disconnect During Crash
(Domains / Embedded applications)
533
TEMBMA159
An Early Detection System For Proactive
Management Of Raw Milk Quality
(Domains / Embedded applications)
534
TEMBMA410
Pricing Data Tampering In Automated Fare
Collection With Nfc-equipped Smart Phones
(Domains / Embedded applications)
TEMBMA1427
Raspberry Pi Driver Behavior Assessment
Based On Loosely Coupled Gps/ins Integration
In Harsh Environment
(Domains / Embedded applications)
535
Objective
The main objective of this project is
to create a Fire alarm and
prevention system which is a
real-time monitoring system that
detects the presence of smoke/ fire
in the air and it has ability to
remotely send an alert when a fire is
detected.
536
TEMBMA2099
AI based fire detection and control system
(Domains / Embedded applications)
537
TEMBMA470
Raspberry Pi Based Intelligent Autonomous
Campus Mobility Services
(Domains / Embedded applications)
538
TEMBMA238
Vehicle Seat Vacancy Identification Using
Image Processing Technique
(Domains / Embedded applications)
539
TEMBMA361
Wireless Operated War Field Land Rover That
Alerts On Sensing Planted Land Mines
(Domains / Embedded applications)
540
TEMBMA378
The Car Door Safety System With Wireless
Alert Transmission
(Domains / Embedded applications)
541
TEMBMA747
System Of Detection And Scanning Bar Codes
From Raspberry Pi Web Camera
(Domains / Embedded applications)
542
TEMBMA694
A Blind Navigation System Using Rfid For
Indoor & Outdoor Environments
(Domains / Embedded applications)
543
TEMBMA354
Real Time Ethernet Control Communication
For Robotic Arm Application By Using
( Page 185 )
Website: www.takeoffprojects.com
The main objective of this project is
to scan the bar code labels on the
grocery items or other and send the
data or link through GSM along with
the IOT Platform.
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
Raspberry Pi
(Domains / Embedded applications)
544
TEMBMA1795
Toll Gate Traffic Monitor And Analyze Using IoT
(Domains / WSN)
545
TEMBMA1808
Bore well water quality and motor based on IoT
gateway
(Domains / WSN)
546
TEMBMA1617
RFID Based Attendance System With
Automatic Door Unit
(Domains / WSN)
547
TEMBMA2121
Person Fall Detection Using NodeMCU
(Domains / WSN)
548
TEMBMA349
Real Time Ethernet Control Communication
For Robotic Arm Application By Using
Raspberry Pi
(Domains / WSN)
549
TEMBMA375
The Car Door Safety System With Wireless
Alert Transmission
(Domains / WSN)
550
TEMBMA406
Pricing Data Tampering In Automated Fare
Collection With Nfc-equipped Smart Phones
(Domains / WSN)
551
TEMBMA515
Multi-sensor Integrated System For Wireless
Monitoring Of Greenhouse Environment
(Domains / WSN)
552
TEMBMA529
Passenger Localization For In-vehicle
Personalization Using Ble Beacons
(Domains / WSN)
553
TEMBMA939
Voter Identification And Detection System
Using Rfid And Gsm To Stop Rigging In The
Elections
(Domains / WSN)
554
TEMBMA1055
An Automatic Rfid Detection Based Railway
Identification System
(Domains / WSN)
555
TEMBMA1116
A Mobile-sensor-cloud Based System To
Safeguard Pilgrims Through Smart
Environment With Raspberry Pi
(Domains / WSN)
556
TEMBMA1194
Design And Implementation Of Touch-screen
By Human Skin For Appliances Using Arduino
(Domains / WSN)
( Page 186 )
Website: www.takeoffprojects.com
The main objective of this project is
to create an RFID based attendance
system. When the student scans his
tag and the data shown is valid, the
door will open otherwise it won’t.
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
TEMBMA1267
Analysis Of Three Iot-based Wireless Sensors
For Environmental Monitoring Using Raspberry
Pi
(Domains / WSN)
TEMBMA1337
Raspberry Pi Base System Architecture For
Tracking Passengers Inside An Airport Terminal
Using Rfid
(Domains / WSN)
TEMBMA1424
Raspberry Pi Driver Behavior Assessment
Based On Loosely Coupled Gps/ins Integration
In Harsh Environment
(Domains / WSN)
TEMBMA1446
Edge Computing-based Intelligent Manhole
Cover Management System For Smart Cities
Using Raspberry Pi
(Domains / WSN)
TEMBMA1492
Raspberry Pi Bsed Bi-directional Li-fi
Communication For Transmitting Data, Audio
And Image Information
(Domains / WSN)
TEMBMA1524
Development Of Reverse Vending Machine
(rvm) Framework For Implementation To A
Standard Recycle Bin Using Raspberry Pi
(Domains / WSN)
563
TEMBMA1677
To Create a Robotic Humanoid Hand Imitating
the Real Time Motions of a Human User’s
Hand
(Domains / WSN)
564
TEMBMA539
Wireless Communication Technologies For
Smart Grid (wams) Deployment
(Domains / WSN)
565
TEMBMA150
Design Of Touch-screen By Human Skin For
Appliances
(Domains / WSN)
566
TEMBMA161
Drunken Driving Detection Using Car Ignition
Locking
(Domains / WSN)
567
TEMBMA468
Raspberry Pi Based Intelligent Autonomous
Campus Mobility Services
(Domains / WSN)
568
TEMBMA521
Smart Ration Card System Using Rfid And
Embedded System
(Domains / WSN)
569
TEMBMA572
Battery-less Soil Moisture Measurement
System Based On A Nfc Device With Energy
557
558
559
560
561
562
( Page 187 )
Website: www.takeoffprojects.com
Objective
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
Harvesting Capability
(Domains / WSN)
570
TEMBMA596
Rfid Based Pesticides Dosing With Automatic
Plant Irrigation For Agriculture Applications
(Domains / WSN)
571
TEMBMA1419
Design Of The Intelligent Control System Of
Classroom Based On Arduino
(Domains / WSN)
TEMBMA416
Non-invasive Flexible And Stretchable
Wearable Sensors With Nano Based
Enhancement For Chronic Disease Care
(Domains / Biomedical)
573
TEMBMA90
Pillsense: Designing A Medication Adherence
Monitoring System Using Pill Bottle-mounted
Wireless Sensors
(Domains / Biomedical)
574
TEMBMA1646
A Wireless IOT System Towards Gait Detection
in Stroke Patients
(Domains / Biomedical)
TEMBMA1115
A Mobile-sensor-cloud Based System To
Safeguard Pilgrims Through Smart
Environment With Raspberry Pi
(Controllers / Raspberry pi)
TEMBMA109
Lane Change Detection Algorithm On Real
World Driving For Arbitrary Road
Infrastructures
(Controllers / Arduino)
572
575
576
The main objective of this project is
to identify a traffic sign which is then
wirelessly transmitted to a client
receiver residing in the vehicle. The
client device is usually a smart
phone or a car heads-up display. It
can also be displayed on a PC in a
car using terminal software.
577
TEMBMA124
Wireless Digital Traffic Signs Of The Future
(Domains / Image Processing)
578
TEMBMA212
Design Of Arm Based Embedded System For
Industrial Application Using Tcp/ip Network
(Domains / Industrial Automation)
579
TEMBRE19_254
Analysis Of Three Iot-based Wireless Sensors
For Environmental Monitoring
(Domains / Embedded applications)
580
TEMBRE19_278
Smart Mirror Based On Raspberry Pi
(Controllers / Raspberry pi)
581
TEMBRE19_285
System Architecture For Tracking Passengers
( Page 188 )
Website: www.takeoffprojects.com
The main objective of this project is
to build a system which reminds pills
and monitor continuously by using
RTC module
The main objective of this project is
to detect thief when nobody is at
home
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
Inside An Airport Terminal Using Rfid
(Controllers / Arduino)
582
TEMBRE19_289
System Architecture For Tracking Passengers
Inside An Airport Terminal Using Rfid
(Controllers / ARM7)
583
TEMBRE19_318
Design And Implementation Of Human Motion
Information Collection System
(Domains / WSN)
584
TEMBRE19_372
Prototype Desogn of an Iot Enabled Cost
Eeficient Portable Heart Health Data
Acquisition System
(Domains / Biomedical)
585
TEMBRE19_446
Onboard Entertainment Services Using
Raspberry Pi With Recommendation Engine
(Domains / IOT)
586
TEMBMA736
Clean Energy Consumption Of Power Systems
Towards Smart Agriculture: Roadmap,
Bottlenecks And Technologies
(Controllers / ARM7)
587
TEMBRE19_561
An Automatic Rfid Detection Based Railway
Identification System
(Domains / WSN)
TEMBMA1156
Automatic Monitoring And Control Of Vehicle
Entry/exit In Forest Area With Arduino And
Open Cv
(Controllers / Arduino)
589
TEMBRE19_807
Statistical Analysis Of Co2 Emission Based On
Road Grade, Acceleration And Vehicle Specific
Power For Public Utility Vehicles: An Iot
Application Using Raspberry Pi
(Controllers / Raspberry pi)
590
TEMBMA1561
Raspberry Pi Based Smart Ration Card
System Using Rfid And Embedded System
(Controllers / Raspberry pi)
591
TEMBRE19_817
Iot-based Drone For Improvement Of Crop
Quality In Agricultural Field With Raspberry Pi
(Controllers / Raspberry pi)
592
TEMBMA1603
GSM Based Notice Board With LED Scrolling
Display
(Controllers / 8051)
TEMBMA1619
RFID Based Attendance System With
Automatic Door Unit
(Domains / Embedded applications)
588
593
( Page 189 )
Website: www.takeoffprojects.com
The main objective of this project is
to create an RFID based attendance
system. When the student scans his
tag and the data shown is valid, the
door will open otherwise it won’t.
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
594
TEMBMA1620
Bluetooth Based Advanced Wireless Home
Automation System
(Controllers / Arduino)
595
TEMBMA1625
Fire Fighting Robot
(Controllers / Arduino)
596
TEMBMA1799
IOT Based Password Based Circuit Breaker
(Controllers / Arduino)
597
TEMBMA1800
IOT Based Password Based Circuit Breaker
(Domains / IOT)
598
TEMBMA1841
Raspberry Pi and GSM Based Smart and
Billing System
(Domains / Embedded applications)
599
TEMBMA1838
Raspberry Pi and GSM Based Smart and
Billing System
(Domains / IOT)
600
TEMBMA1839
Raspberry Pi and GSM Based Smart and
Billing System
(Domains / WSN)
601
TEMBMA1947
Rfid Based Pesticides Dosing With Automatic
Plant Irrigation For Agriculture Applications
Using 8051
602
TEMBMI2211
Clap switch
603
TEMBMA244
Embedded System For Motion Control Of An
Omni-directional Mobile Robot
(Domains / Embedded applications)
604
TEMBMA1198
Design And Implementation Of Touch-screen
By Human Skin For Appliances Using Arduino
(Domains / Embedded applications)
605
TEMBMA166
Developing Fish Feeder System Using
Raspberry Pi
(Controllers / Raspberry pi)
606
TEMBMA776
School Bus Monitoring System Using
Raspberry Pi
(Controllers / Raspberry pi)
607
TEMBMA1139
Rfid Based Secure Smart School Bus System
Using Raspberry Pi
(Controllers / Raspberry pi)
608
TEMBMA1400
Raspberry Pi Real-time Flood Alert System
For Parking Lots
(Controllers / Raspberry pi)
( Page 190 )
Website: www.takeoffprojects.com
Objective
The main objective of this project is
to switch ON/OFF the load by
clapping
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
609
TEMBMA1917
Iot Based Indoor Air Pollution Monitoring Using
Raspberry Pi
(Domains / Industrial Automation)
610
TEMBMA2101
Controller Based Automatic Fog Light and
Wiper Controller for Vehicle
(Domains / Mechatronics)
611
TEMBMA2143
Smart Crop Protection System with Mail Alert
Using NodeMCU
(Domains / IOT)
612
TEMBRE19_01
Detection Of Calcium Carbide Based Ripeness
In Mango Fruit
(Controllers / Raspberry pi)
613
TEMBRE19_04
Detection Of Calcium Carbide Based Ripeness
In Mango Fruit
(Domains / Image Processing)
614
TEMBRE19_66
Lane Change Detection Algorithm On Real
World Driving For Arbitrary Road
Infrastructures
(Domains / Embedded applications)
615
TEMBRE19_80
Collision Warning With Auto Brake & Complete
High Voltage Disconnect During Crash
(Domains / Embedded applications)
616
TEMBRE19_88
A Smartphone-based System For Improving
Pedestrian Safety
(Domains / WSN)
617
TEMBRE19_92
A Smartphone-based System For Improving
Pedestrian Safety
(Domains / Embedded applications)
618
TEMBRE19_105
Drunken Driving Detection Using Car Ignition
Locking
(Domains / WSN)
619
TEMBMA233
Vehicle Seat Vacancy Identification Using
Image Processing Technique
(Controllers / Raspberry pi)
620
TEMBRE19_162
Embedded System For Motion Control Of An
Omni-directional Mobile Robot
(Domains / Mechatronics)
621
TEMBRE19_216
A Conveyor-belt Based Pick-and-sort Industrial
Robotics Application
(Domains / Robotics)
622
TEMBRE19_219
A Conveyor-belt Based Pick-and-sort Industrial
Robotics Application
(Domains / Mechatronics)
( Page 191 )
Website: www.takeoffprojects.com
Objective
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
623
TEMBMA342
Analysis Of Three Iot-based Wireless Sensors
For Environmental Monitoring
(Controllers / Arduino)
624
TEMBMA347
Analysis Of Three Iot-based Wireless Sensors
For Environmental Monitoring
(Controllers / ARM7)
625
TEMBRE19_251
Analysis Of Three Iot-based Wireless Sensors
For Environmental Monitoring
(Domains / WSN)
626
TEMBMA386
Secure And Robust User Authentication Using
Partial Fingerprint Matching
(Domains / WSN)
627
TEMBMA391
Raspberry Pi And Gsm Based Smart Energy
Meter For Advanced Metering And Billing
System
(Domains / WSN)
628
TEMBRE19_268
Continuous Arm Gesture Recognition Based
On Natural Features And Logistic Regression.
(Domains / WSN)
629
TEMBRE19_271
Continuous Arm Gesture Recognition Based
On Natural Features And Logistic Regression.
(Domains / Image Processing)
TEMBMA398
Ob City – Definition Of A Family-based
Intervention For Childhood Obesity Supported
By Information And Communication
Technologies
(Controllers / Arduino)
631
TEMBMA399
Ob City – Definition Of A Family-based
Intervention For Childhood Obesity Supported
By Information And Communication
Technologies
(Domains / IOT)
632
TEMBRE19_299
A Sewer Sensor Monitoring System Based On
Embedded System
(Controllers / PIC16F77A)
633
TEMBRE19_301
A Sewer Sensor Monitoring System Based On
Embedded System
(Domains / Embedded applications)
634
TEMBRE19_332
Multi-sensor Integrated System For Wireless
Monitoring Of Greenhouse Environment
(Domains / WSN)
635
TEMBRE19_333
Multi-sensor Integrated System For Wireless
Monitoring Of Greenhouse Environment
(Controllers / PIC16F77A)
630
( Page 192 )
Website: www.takeoffprojects.com
Objective
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
636
TEMBRE19_334
Multi-sensor Integrated System For Wireless
Monitoring Of Greenhouse Environment
(Controllers / ARM7)
637
TEMBRE19_335
Smart Ration Card System Using Rfid And
Embedded System
(Controllers / Arduino)
638
TEMBMA611
Edge Computing-based Intelligent Manhole
Cover Management System For Smart Cities
(Domains / WSN)
TEMBRE19_384
An Iot Based Multi-parameter Data Acquisition
System For Efficient Bio-tele Monitoring Of
Pregnant Women At Home
(Controllers / Arduino)
640
TEMBMA634
The Methodology Review Of Traffic Safety
Monitoring By Using Video Recording For
Express Bus
(Domains / WSN)
641
TEMBRE19_403
Tmcas:an Mqtt Based Collision Avoidance
System For Railway Network
(Controllers / Raspberry pi)
642
TEMBRE19_404
Tmcas:an Mqtt Based Collision Avoidance
System For Railway Network
(Domains / IOT)
TEMBMA664
Low Cost Nano Satellite Communication
System Using Gnuradio, Hackrf, And
Raspberry Pi
(Domains / WSN)
644
TEMBRE19_429
Bi-directional Li-fi Communication For
Transmitting Data, Audio And Image
Information
(Domains / WSN)
645
TEMBMA685
Detection Of Pedestrian Crossing For Safe
Driving
(Controllers / Arduino)
646
TEMBMA702
Automated Door Opener With Lighting Control
Using Raspberry Pi
(Domains / Industrial Automation)
639
643
Objective
TEMBRE19_442
Development Of Reverse Vending Machine
(rvm) Framework For Implementation To A
Standard Recycle Bin
(Domains / WSN)
The main objective of this system is
we can reuse wastages and can
easily know how much amount of
wastages we are reusing in our day
to day life by getting message to the
pre-registered mobile number as
points.
( 648
Page 193TEMBRE19_443
)
Development Of Reverse Vending Machine
Email:objective
info@takeoffprojects.com
The main
of this system is
647
Website: www.takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
649
Project Code
TEMBMA734
Project Name
Objective
(rvm) Framework For Implementation To A
Standard Recycle Bin
(Controllers / PIC16F77A)
we can reuse wastages and can
easily know how much amount of
wastages we are reusing in our day
to day life by getting message to the
pre-registered mobile number as
points.
Clean Energy Consumption Of Power Systems
Towards Smart Agriculture: Roadmap,
Bottlenecks And Technologies
(Domains / Electrical)
650
TEMBRE19_463
Water Level Monitoring And Dam Gate Control
Over Iot
(Domains / WSN)
651
TEMBMA838
Integrated Cafeteria Management System
Using Rfid
(Domains / WSN)
652
TEMBMA839
Integrated Cafeteria Management System
Using Rfid
(Domains / IOT)
653
TEMBMA842
Lightweight Rfid Protocol For Medical Privacy
Protection In Iot
(Domains / IOT)
654
TEMBMA843
Lightweight Rfid Protocol For Medical Privacy
Protection In Iot
(Domains / WSN)
655
TEMBMA890
Rfid Based Secure Smart School Bus System
(Controllers / Arduino)
656
TEMBRE19_532
Fast Access For Zigbee-enabled Iot Devices
Using Raspberry Pi
(Domains / IOT)
TEMBMA1020
Real-time Monitoring Of Bone Fracture
Recovery By Using Aware, Sensing, Smart
And Active Orthopedic Devices
(Domains / IOT)
TEMBMA1021
Real-time Monitoring Of Bone Fracture
Recovery By Using Aware, Sensing, Smart
And Active Orthopedic Devices
(Domains / WSN)
TEMBMA1025
Real-time Monitoring Of Bone Fracture
Recovery By Using Aware, Sensing, Smart
And Active Orthopedic Devices
(Domains / Biomedical)
657
658
659
( Page 194 )
Website: www.takeoffprojects.com
The main objective of this project is
to monitor the water level and to
control the dam gate using IOT
without human involving. Here we
are trying to reduce the man power
by including IOT controlled dam
gate opening/ closing.
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
TEMBRE19_535
Real-time Monitoring Of Bone Fracture
Recovery By Using Aware, Sensing, Smart
And Active Orthopedic Devices
(Controllers / Arduino)
TEMBRE19_537
Real-time Monitoring Of Bone Fracture
Recovery By Using Aware, Sensing, Smart
And Active Orthopedic Devices
(Domains / WSN)
662
TEMBRE19_541
Real-time Monitoring Of Bone Fracture
Recovery By Using Aware, Sensing, Smart
And Active Orthopedic Devices
(Domains / Biomedical)
663
TEMBMA1080
Developing Fish Feeder System Using Arduino
(Controllers / Arduino)
664
TEMBMA1101
Design And Implementation Of An Interactive
Road Safety System For Young Bikers Using
Raspberry Pi
(Controllers / Raspberry pi)
665
TEMBMA1123
Protection Of Power Transformer Using
Arduino
(Controllers / Arduino)
666
TEMBRE19_591
On Access Control In Cabin-based Transport
Systems Using Raspberry Pi
(Domains / Embedded applications)
667
TEMBMA1132
Automatic Waste Segregator Using 8051
Microcontroller
(Controllers / 8051)
668
TEMBMA1157
Lane Change Detection Algorithm On Real
World Driving For Arbitrary Road
Infrastructures Using Raspberry Pi
(Controllers / Raspberry pi)
669
TEMBRE19_614
A Smartphone-based System For Improving
Pedestrian Safety Using Raspberry Pi
(Controllers / Raspberry pi)
670
TEMBRE19_615
A Smartphone-based System For Improving
Pedestrian Safety Using Raspberry Pi
(Domains / WSN)
671
TEMBRE19_618
A Smartphone-based System For Improving
Pedestrian Safety Using Raspberry Pi
(Domains / Artificial Intelligence)
672
TEMBMA1187
8051 Based Smartphone-based System For
Improving Pedestrian Safety
(Domains / WSN)
673
TEMBMA1197
Design And Implementation Of Touch-screen
660
661
( Page 195 )
Website: www.takeoffprojects.com
Objective
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
By Human Skin For Appliances Using Arduino
(Domains / Artificial Intelligence)
TEMBRE19_696
Embedded System For Motion Control Of An
Omni-directional Mobile Robot Using
Raspberry Pi
(Controllers / Raspberry pi)
675
TEMBMA1323
Raspberry Pi Pricing Data Tampering In
Automated Fare Collection With Nfc-equipped
Smart Phones
(Domains / Android)
676
TEMBRE19_699
Driver And Passenger Identification From
Smartphone Data Using Arduino
(Domains / Android)
677
TEMBMA1376
Effective Natural Communication Between
Human Hand And Mobile Robot Using Arduino
(Controllers / Arduino)
TEMBMA1399
Wireless Communication Technologies For
Smart Grid (wams) Deployment With
Raspberry Pi
(Controllers / Raspberry pi)
679
TEMBRE19_759
Wireless Communication Technologies For
Smart Grid (wams) Deployment With
Raspberry Pi
(Controllers / Raspberry pi)
680
TEMBMA1404
Raspberry Pi Real-time Flood Alert System
For Parking Lots
(Domains / Android)
681
TEMBMA1429
Rice Donation System In Orphanage Based
On Internet Of Things And Arduino
(Controllers / Arduino)
682
TEMBMA1438
Semantic Rules Engine For The Industrial
Internet-of-things Gateways With Raspberry Pi
(Controllers / Raspberry pi)
683
TEMBMA1440
Intelligent Manhole Cover Management
System For Smart Cities
(Domains / WSN)
684
TEMBRE19_774
Intelligent Manhole Cover Management
System For Smart Cities
(Domains / WSN)
TEMBMA1449
Human-cloud Integration In Next Generation
Healthcare Systems For Wearable Devices
With Raspberry Pi
(Controllers / Raspberry pi)
674
678
685
686
TEMBRE19_810
( Page 196 )
Development Of Reverse Vending Machine
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
(rvm) Framework For Implementation To A
Standard Recycle Bin Using Raspberry Pi
(Domains / WSN)
TEMBRE19_813
Development Of Reverse Vending Machine
(rvm) Framework For Implementation To A
Standard Recycle Bin Using Raspberry Pi
(Domains / Embedded applications)
688
TEMBMA1532
Power Factor Correction For Both Leading And
Lagging Loads Using Compensation Method
Using Arduino
(Controllers / Arduino)
689
TEMBMA1562
8051 Based Voter Identification And Detection
System Using Rfid And Gsm To Stop Rigging
In The Elections
690
TEMBMA1580
Accurate Speed Control Of Electric Car Using
Arduino
(Controllers / Arduino)
691
TEMBMA1583
Accurate Speed Control Of Electric Car Using
Raspberry Pi
(Controllers / Raspberry pi)
692
TEMBMA1624
Dual Axis Solar Tracking System
(Controllers / Arduino)
693
TEMBMA1647
Raspberry Pi Based Wireless IOT System
Towards Gait Detection in Stroke Patients
(Controllers / Raspberry pi)
694
TEMBMA1652
Designing and Control of Autonomous
Unmanned Ground Vehicle
(Domains / WSN)
695
TEMBMA1653
Designing and Control of Autonomous
Unmanned Ground Vehicle
(Domains / Robotics)
696
TEMBMA1655
Designing and Control of Autonomous
Unmanned Ground Vehicle
(Domains / Android)
697
TEMBMA1656
Designing and Control of Autonomous
Unmanned Ground Vehicle
(Domains / Embedded applications)
698
TEMBMA1673
Modeling Human-Likeness in Approaching
Motions of Dual-Arm Autonomous Robots
(Domains / Android)
TEMBMA1680
To Create a Robotic Humanoid Hand Imitating
the Real Time Motions of a Human User’s
Hand
(Domains / Embedded applications)
687
699
( Page 197 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
700
TEMBMA1684
Development of Bluetooth Based Indoor
Positioning Application
(Domains / Robotics)
701
TEMBMA1692
Mobile Based Robot for Rescue Competitions
(Domains / Robotics)
702
TEMBMA1694
Mobile Based Robot for Rescue Competitions
(Domains / Android)
703
TEMBMA1691
Mobile Based Robot for Rescue Competitions
(Domains / WSN)
704
TEMBRE19_156
Vehicle Seat Vacancy Identification Using
Image Processing Technique
(Domains / Image Processing)
705
TEMBMA731
Clean Energy Consumption Of Power Systems
Towards Smart Agriculture: Roadmap,
Bottlenecks And Technologies
(Controllers / Arduino)
706
TEMBMA80
On Access Control In Cabin-based Transport
Systems
(Controllers / Arduino)
707
TEMBMA595
Rfid Based Pesticides Dosing With Automatic
Plant Irrigation For Agriculture Applications
(Controllers / Arduino)
708
TEMBMA368
IOT solution for public bicycle system
(Controllers / Arduino)
709
TEMBMA1528
Novel Ibeacon Placement For Indoor
Positioning In Iot With Arduino
(Controllers / Arduino)
710
TEMBMA1059
Statistical Analysis Of Co2 Emission Based On
Road Grade, Acceleration And Vehicle Specific
Power For Public Utility Vehicles: An Iot
Application
(Controllers / Arduino)
711
TEMBMA1621
Automatic Bus Depot System
(Controllers / Arduino)
712
TEMBMA2118
Person Fall Detection Using NodeMCU
(Controllers / NodeMCU)
713
TEMBMA1702
IOT Based Home Automation For World Wide
Accessing
(Controllers / NodeMCU)
TEMBMA1445
Edge Computing-based Intelligent Manhole
Cover Management System For Smart Cities
Using Raspberry Pi
(Controllers / Raspberry pi)
714
( Page 198 )
Website: www.takeoffprojects.com
Objective
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
715
716
717
718
Project Code
Project Name
Objective
TEMBMA1531
Tmcas:an Mqtt Based Collision Avoidance
System For Railway Network With Raspberry
Pi
(Controllers / Raspberry pi)
TEMBMA1368
The Establishment Of An Integrated
Automation Production Line With Multiple
Monitoring And Control Loops Using Raspberry
Pi
(Controllers / Raspberry pi)
TEMBMA1412
Raspberry Pi Based Battery-less Soil Moisture
Measurement System Based On A Nfc Device
With Energy Harvesting Capability
(Controllers / Raspberry pi)
TEMBMA1889
Adjustment Of Bed For A Patient Through
Gesture Recognition: An Image Processing
Approach
(Controllers / Arduino)
719
TEMBMA1843
PiCam: IoT based Wireless Alert System for
Deaf and Hard of Hearing
(Domains / IOT)
720
TEMBMA1756
Iot Based Bridge Safety Monitoring System
(Controllers / Arduino)
721
TEMBMA1758
Iot Based Bridge Safety Monitoring System
(Domains / WSN)
722
TEMBMA555
A Real-time Flood Alert System For Parking
Lots
(Controllers / Arduino)
723
TEMBMA558
A Real-time Flood Alert System For Parking
Lots
(Domains / WSN)
724
TEMBMA1241
Raspberry Pi Based Road Side Detection And
Tracking
(Domains / WSN)
725
TEMBMA1787
Iot Based Liquid Level Monitor
(Controllers / Arduino)
( Page 199 )
Website: www.takeoffprojects.com
This project describes
implementation of a low cost IOT
based alert system for deaf and
hearing impaired people for their
safety purposes. Whenever
someone presses the doorbell or
tries to smash the door, image will
be captured and sent to the owner
mail along with an SMS alert.
In this project, we are able to detect
the tracks using opencv and
raspberry pi. By this we can make a
self-controlled car that follows the
lane. Here we are using raspberry pi
and a camera for detecting lanes
and the frame will be displayed on
the monitor.
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
726
TEMBMA1788
Iot Based Liquid Level Monitor
(Domains / IOT)
727
TEMBMA1789
Iot Based Liquid Level Monitor
(Domains / WSN)
728
TEMBMA146
Monitoring Corrosion Process Of Reinforced
Concrete Structure Using Fbg Strain Sensor
(Domains / Industrial Automation)
729
TEMBMA231
Intelligent Food And Grain Storage
Management System For The Warehouse And
Cold Storage
(Domains / Industrial Automation)
730
TEMBMA489
Mechanism To Read Smart Text From Image
Using Ocr And Opencv With Raspberry Pi 3
(Domains / Industrial Automation)
731
TEMBMA292
Fuel Allocation And Lockout System
(Domains / Industrial Automation)
732
TEMBMA350
Real Time Ethernet Control Communication
For Robotic Arm Application By Using
Raspberry Pi
(Domains / Robotics)
733
TEMBMA1672
Modeling Human-Likeness in Approaching
Motions of Dual-Arm Autonomous Robots
(Domains / Robotics)
734
TEMBMA241
Embedded System For Motion Control Of An
Omni-directional Mobile Robot
(Domains / Robotics)
735
TEMBMA213
Design Of Arm Based Embedded System For
Industrial Application Using Tcp/ip Network
(Domains / Embedded applications)
736
TEMBMA1031
An Iot Platform Integrated Into An Energy
Efficient Dc Lighting Grid
(Domains / IOT)
737
TEMBMA210
Design Of Arm Based Embedded System For
Industrial Application Using Tcp/ip Network
(Domains / WSN)
738
TEMBMA332
Sensepods: A Zigbee-based Tangible Smart
Home Interface
(Domains / WSN)
739
TEMBMA356
Wireless Operated War Field Land Rover That
Alerts On Sensing Planted Land Mines
(Domains / WSN)
740
TEMBMA482
Design And Implementation Of Human Motion
Information Collection System
( Page 200 )
Website: www.takeoffprojects.com
Objective
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
(Domains / WSN)
TEMBMA556
A Real-time Flood Alert System For Parking
Lots
(Domains / WSN)
742
TEMBMA623
Fingerprint And Iris Biometric Controlled Smart
Banking Machine Embedded With Gsm
Technology For Otp
(Domains / WSN)
743
TEMBMA1462
Prototyping Of Class-attendance System Using
Arduino
(Domains / WSN)
744
TEMBMA1683
Development of Bluetooth Based Indoor
Positioning Application
(Domains / WSN)
TEMBMA1697
Effective Natural Communication between
Human Hand and Mobile Robot Using
Raspberry-Pi
(Domains / WSN)
741
745
This project “smart management of
street lights for energy conservation
using iot” is a cost effective,
practical, ecofriendly and the safest
way to save energy and this system
the light status information can be
accessed from anytime and
anywhere. It clearly tackles the two
problems that world is facing today,
saving of energy and also disposal
of incandescent lamps, very
efficiently.
TEMBMA1659
Solar Based Automatic Irrigation Robot for
Farm Monitoring
(Domains / Robotics)
747
TEMBMA1698
Effective Natural Communication between
Human Hand and Mobile Robot Using
Raspberry-Pi
(Domains / Robotics)
748
TEMBMA308
A Conveyor-belt Based Pick-and-sort Industrial
Robotics Application
(Domains / WSN)
749
TEMBMA309
A Conveyor-belt Based Pick-and-sort Industrial
Robotics Application
(Domains / Robotics)
750
TEMBMA353
Real Time Ethernet Control Communication
For Robotic Arm Application By Using
Raspberry Pi
(Domains / Mechatronics)
751
TEMBMA144
Monitoring Corrosion Process Of Reinforced
Concrete Structure Using Fbg Strain Sensor
746
( Page 201 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
(Domains / WSN)
TEMBMA535
Wind Solar Complementary Power Inverter
Based On Microcontroller
(Domains / Industrial Automation)
TEMBMA637
The Methodology Review Of Traffic Safety
Monitoring By Using Video Recording For
Express Bus
(Domains / Image Processing)
754
TEMBRE19_24
Smart Pilgrim: A Mobile-sensor-cloud Based
System To Safeguard Pilgrims Through Smart
Environment
(Controllers / Arduino)
755
TEMBMA472
Educating Students In Remote Areas Using
Augmented Reality
(Domains / IOT)
756
TEMBMA777
School Bus Monitoring System Using
Raspberry Pi
(Domains / IOT)
757
TEMBMA167
Developing Fish Feeder System Using
Raspberry Pi
(Domains / WSN)
758
TEMBMA335
Sensepods: A Zigbee-based Tangible Smart
Home Interface
(Domains / Embedded applications)
759
TEMBMA460
Protection Of Power Transformer By Using Pic
Microcontroller
(Domains / Embedded applications)
760
TEMBMA816
Waiter Robot – Solution To Restaurant
Automation
(Domains / Embedded applications)
761
TEMBMA1553
Integrated Cafeteria Management System
Using Rfid Using 8051
(Controllers / 8051)
762
TEMBMA1444
Study On Remote Control System Of Rural
Water Treatment Equipment Using Arm
763
TEMBMA1837
Raspberry Pi and GSM Based Smart and
Billing System
764
TEMBMA1911
Gsm Based Digital Fuel Meter And Fuel Theft
Detection Using Arduino
(Domains / Embedded applications)
765
TEMBMA2041
IOT based Feedback System For public
sectors
(Controllers / PIC16F77A)
752
753
( Page 202 )
Website: www.takeoffprojects.com
The main objective of this project is
to display the fuel level and detect
fuel theft by sending SMS
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
TEMBMA07
Adjustment Of Bed For A Patient Through
Gesture Recognition: An Image Processing
Approach
(Domains / Image Processing)
767
TEMBRE19_09
Adjustment Of Bed For A Patient Through
Gesture Recognition: An Image Processing
Approach
(Domains / Biomedical)
768
TEMBMA15
Rfid Based Airport Luggage Checking And
Tracking System Using Gsm Technology
(Controllers / Raspberry pi)
769
TEMBMA17
Rfid Based Airport Luggage Checking And
Tracking System Using Gsm Technology
(Domains / WSN)
770
TEMBMA20
Rfid Based Airport Luggage Checking And
Tracking System Using Gsm Technology
(Domains / Image Processing)
771
TEMBMA21
Rfid Based Airport Luggage Checking And
Tracking System Using Gsm Technology
(Domains / Embedded applications)
TEMBMA69
Smart Pilgrim: A Mobile-sensor-cloud Based
System To Safeguard Pilgrims Through Smart
Environment
(Domains / WSN)
TEMBRE19_26
Smart Pilgrim: A Mobile-sensor-cloud Based
System To Safeguard Pilgrims Through Smart
Environment
(Domains / WSN)
774
TEMBRE19_29
Smart Pilgrim: A Mobile-sensor-cloud Based
System To Safeguard Pilgrims Through Smart
Environment
(Domains / Embedded applications)
775
TEMBRE19_53
An Intelligent Dress Uniform Identification
System
(Controllers / Raspberry pi)
776
TEMBRE19_57
An Intelligent Dress Uniform Identification
System
(Domains / Image Processing)
777
TEMBMA137
A Smartphone-based System For Improving
Pedestrian Safety
(Controllers / Arduino)
778
TEMBRE19_93
Monitoring Corrosion Process Of Reinforced
Concrete Structure Using Fbg Strain Sensor
(Controllers / Raspberry pi)
766
772
773
( Page 203 )
Website: www.takeoffprojects.com
Objective
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
779
TEMBRE19_104
Drunken Driving Detection Using Car Ignition
Locking
(Controllers / Arduino)
780
TEMBRE19_160
Embedded System For Motion Control Of An
Omni-directional Mobile Robot
(Domains / Robotics)
781
TEMBRE19_199
Fuel Allocation And Lockout System
(Domains / Industrial Automation)
782
TEMBRE19_211
Automatic Optimization And Control Of Power
Factor, Reactive Power And Reduction Of Thd
For Linear An Nonlinear Load By Using
Arduino Uno
(Domains / Electrical)
783
TEMBMA311
A Conveyor-belt Based Pick-and-sort Industrial
Robotics Application
(Domains / Android)
784
TEMBRE19_220
A Conveyor-belt Based Pick-and-sort Industrial
Robotics Application
(Domains / Embedded applications)
TEMBMA314
The Establishment Of An Integrated
Automation Production Line With Multiple
Monitoring And Control Loops
(Controllers / Arduino)
786
TEMBRE19_235
An Indoor Autonomous Guided Vehicle Based
On Electromagnetic Tracking And Positioning
I-beacon
(Domains / Android)
787
TEMBMA331
Sensepods: A Zigbee-based Tangible Smart
Home Interface
(Controllers / Arduino)
788
TEMBMA333
Sensepods: A Zigbee-based Tangible Smart
Home Interface
(Controllers / ARM7)
789
TEMBRE19_239
Sensepods: A Zigbee-based Tangible Smart
Home Interface
(Domains / WSN)
790
TEMBRE19_240
Sensepods: A Zigbee-based Tangible Smart
Home Interface
(Controllers / PIC16F77A)
791
TEMBRE19_242
Sensepods: A Zigbee-based Tangible Smart
Home Interface
(Controllers / ARM7)
792
TEMBMA346
Analysis Of Three Iot-based Wireless Sensors
For Environmental Monitoring
785
( Page 204 )
Website: www.takeoffprojects.com
Objective
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
(Controllers / PIC16F77A)
793
TEMBRE19_260
Real Time Ethernet Control Communication
For Robotic Arm Application By Using
Raspberry Pi
(Domains / Mechatronics)
794
TEMBMA365
Cloud-based Smart Home Automation System
(Controllers / ARM7)
795
TEMBMA389
Secure And Robust User Authentication Using
Partial Fingerprint Matching
(Domains / Embedded applications)
TEMBMA395
Raspberry Pi And Gsm Based Smart Energy
Meter For Advanced Metering And Billing
System
(Domains / Industrial Automation)
797
TEMBMA396
Raspberry Pi And Gsm Based Smart Energy
Meter For Advanced Metering And Billing
System
(Domains / Embedded applications)
798
TEMBRE19_267
Continuous Arm Gesture Recognition Based
On Natural Features And Logistic Regression.
(Controllers / Raspberry pi)
799
TEMBMA404
Ob City – Definition Of A Family-based
Intervention For Childhood Obesity Supported
By Information And Communication
Technologies
(Domains / Biomedical)
800
TEMBMA421
Driver And Passenger Identification From
Smartphone Data
(Domains / Embedded applications)
801
TEMBRE19_277
Driver And Passenger Identification From
Smartphone Data
(Domains / Embedded applications)
802
TEMBMA430
System Architecture For Tracking Passengers
Inside An Airport Terminal Using Rfid
(Controllers / Arduino)
803
TEMBMA431
System Architecture For Tracking Passengers
Inside An Airport Terminal Using Rfid
(Domains / WSN)
804
TEMBRE19_286
System Architecture For Tracking Passengers
Inside An Airport Terminal Using Rfid
(Domains / WSN)
805
TEMBMA446
An Automatic Rfid Detection Based Railway
Identification System
(Controllers / PIC16F77A)
796
( Page 205 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
806
TEMBMA455
A Sewer Sensor Monitoring System Based On
Embedded System
(Controllers / PIC16F77A)
807
TEMBRE19_300
A Sewer Sensor Monitoring System Based On
Embedded System
(Controllers / ARM7)
808
TEMBMA465
Optimized Sensor Based Smart System For
Efficient Monitoring Grain Storage
(Controllers / ARM7)
809
TEMBRE19_305
Optimized Sensor Based Smart System For
Efficient Monitoring Grain Storage
(Controllers / ARM7)
810
TEMBMA466
Raspberry Pi Based Intelligent Autonomous
Campus Mobility Services
(Controllers / Raspberry pi)
811
TEMBMA505
Rfid Based Secure Smart School Bus System
(Domains / WSN)
812
TEMBMA514
Multi-sensor Integrated System For Wireless
Monitoring Of Greenhouse Environment
(Domains / IOT)
813
TEMBMA522
Smart Ration Card System Using Rfid And
Embedded System
(Controllers / ARM7)
814
TEMBRE19_340
Smart Ration Card System Using Rfid And
Embedded System
(Controllers / ARM7)
815
TEMBRE19_341
Passenger Localization For In-vehicle
Personalization Using Ble Beacons
(Controllers / Arduino)
816
TEMBRE19_345
Passenger Localization For In-vehicle
Personalization Using Ble Beacons
(Domains / Embedded applications)
817
TEMBMA531
Wind Solar Complementary Power Inverter
Based On Microcontroller
(Controllers / Arduino)
818
TEMBMA533
Wind Solar Complementary Power Inverter
Based On Microcontroller
(Domains / Electrical)
819
TEMBMA534
Wind Solar Complementary Power Inverter
Based On Microcontroller
(Domains / Renewable)
820
TEMBMA536
Wind Solar Complementary Power Inverter
Based On Microcontroller
( Page 206 )
Website: www.takeoffprojects.com
Objective
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
(Domains / Embedded applications)
821
TEMBMA537
Wireless Communication Technologies For
Smart Grid (wams) Deployment
(Controllers / Arduino)
822
TEMBRE19_352
Wireless Communication Technologies For
Smart Grid (wams) Deployment
(Domains / Embedded applications)
823
TEMBMA550
Pattern Recognition Using A Neural Network
On A Microcontroller With I2c Ultrasonic
Sensors
(Controllers / Raspberry pi)
824
TEMBRE19_359
A Real-time Flood Alert System For Parking
Lots
(Controllers / PIC16F77A)
825
TEMBMA569
Rfid Based Petrol Pump Automation System
(Domains / Industrial Automation)
826
TEMBMA570
Rfid Based Petrol Pump Automation System
(Domains / Embedded applications)
827
TEMBRE19_368
Prototype Desogn of an Iot Enabled Cost
Eeficient Portable Heart Health Data
Acquisition System
(Domains / IOT)
828
TEMBMA584
Electrical Load Controlled By Pc
(Controllers / ARM7)
829
TEMBMA586
Electrical Load Controlled By Pc
(Domains / Electrical)
830
TEMBMA587
Electrical Load Controlled By Pc
(Domains / Industrial Automation)
831
TEMBMA589
Design Of The Intelligent Control System Of
Classroom Based On Raspberry Pi
(Controllers / Raspberry pi)
832
TEMBRE19_373
Design Of The Intelligent Control System Of
Classroom Based On Raspberry Pi
(Controllers / Raspberry pi)
833
TEMBRE19_378
Design Of The Intelligent Control System Of
Classroom Based On Raspberry Pi
(Domains / Embedded applications)
834
TEMBMA599
Rfid Based Pesticides Dosing With Automatic
Plant Irrigation For Agriculture Applications
(Controllers / ARM7)
835
TEMBMA600
Rfid Based Pesticides Dosing With Automatic
Plant Irrigation For Agriculture Applications
( Page 207 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
(Controllers / PIC16F77A)
TEMBMA606
Automatic Movable Railway Platform With
Train Arrival Detection
(Controllers / Arduino)
The main objective of this project is
to automate railway track pedestrian
crossing without using staircase and
announce status of arrival for
platform users
837
TEMBMA607
Automatic Movable Railway Platform With
Train Arrival Detection
(Domains / WSN)
The main objective of this project is
to automate railway track pedestrian
crossing without using staircase and
announce status of arrival for
platform users
838
TEMBMA613
Edge Computing-based Intelligent Manhole
Cover Management System For Smart Cities
(Controllers / PIC16F77A)
839
TEMBRE19_383
Edge Computing-based Intelligent Manhole
Cover Management System For Smart Cities
(Controllers / ARM7)
840
TEMBMA630
Android Controlled Railway Level Gate Control
(Domains / Android)
841
TEMBMA632
Android Controlled Railway Level Gate Control
(Controllers / PIC16F77A)
842
TEMBMA684
Bi-directional Li-fi Communication For
Transmitting Data, Audio And Image
Information
(Controllers / ARM7)
843
TEMBMA686
Detection Of Pedestrian Crossing For Safe
Driving
(Domains / WSN)
844
TEMBRE19_435
Detection Of Pedestrian Crossing For Safe
Driving
(Domains / WSN)
845
TEMBRE19_437
Detection Of Pedestrian Crossing For Safe
Driving
(Controllers / PIC16F77A)
846
TEMBMA697
An Automatic Recognition Of Fake Currency
Note Using Raspberry Pi
(Domains / Image Processing)
847
TEMBMA700
Automated Door Opener With Lighting Control
Using Raspberry Pi
(Domains / WSN)
TEMBRE19_440
Development Of Reverse Vending Machine
(rvm) Framework For Implementation To A
Standard Recycle Bin
(Domains / IOT)
836
848
( Page 208 )
Website: www.takeoffprojects.com
The main objective of this system is
we can reuse wastages and can
easily know how much amount of
wastages we are reusing in our day
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
to day life by getting message to the
pre-registered mobile number as
points.
849
TEMBMA711
Onboard Entertainment Services Using
Raspberry Pi With Recommendation Engine
(Domains / IOT)
850
TEMBRE19_445
Onboard Entertainment Services Using
Raspberry Pi With Recommendation Engine
(Controllers / Raspberry pi)
TEMBMA732
Clean Energy Consumption Of Power Systems
Towards Smart Agriculture: Roadmap,
Bottlenecks And Technologies
(Domains / WSN)
852
TEMBMA735
Clean Energy Consumption Of Power Systems
Towards Smart Agriculture: Roadmap,
Bottlenecks And Technologies
(Controllers / PIC16F77A)
853
TEMBMA908
Smart Ration Card System Using Rfid And
Embedded System
(Controllers / Arduino)
854
TEMBMA909
Smart Ration Card System Using Rfid And
Embedded System
(Domains / WSN)
855
TEMBRE19_501
Iot-based Drone For Improvement Of Crop
Quality In Agricultural Field
(Domains / IOT)
856
TEMBMA990
Accurate Speed Control Of Electric Car Using
Arm
(Controllers / ARM7)
857
TEMBMA991
Accurate Speed Control Of Electric Car Using
Arm
(Domains / WSN)
858
TEMBMA1003
Rfid Based Animal Tracking System
(Controllers / Arduino)
859
TEMBMA1004
Rfid Based Animal Tracking System
(Domains / WSN)
860
TEMBMA1014
Fast Access For Zigbee-enabled Iot Devices
Using Raspberry Pi
(Controllers / Raspberry pi)
861
TEMBMA1015
Fast Access For Zigbee-enabled Iot Devices
Using Raspberry Pi
(Domains / IOT)
862
TEMBMA1018
Real-time Monitoring Of Bone Fracture
851
( Page 209 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
Recovery By Using Aware, Sensing, Smart
And Active Orthopedic Devices
(Controllers / Arduino)
TEMBMA1032
An Iot Platform Integrated Into An Energy
Efficient Dc Lighting Grid
(Domains / IOT)
864
TEMBMA1085
Design Of Raspberry Pi Based Embedded
System For Industrial Application Using Tcp/ip
Network
(Controllers / Raspberry pi)
865
TEMBRE19_576
Towards A Novel Approach For Designing
Smart Classrooms
(Controllers / Arduino)
866
TEMBMA1102
Design And Implementation Of An Interactive
Road Safety System For Young Bikers Using
Raspberry Pi
(Domains / WSN)
867
TEMBMA1111
Arm Based Smart Energy Meter For Advanced
Metering And Billing System
(Controllers / ARM7)
868
TEMBMA1114
Gsm Based Digital Fuel Meter And Fuel Theft
Detection Using Arduino
(Controllers / Arduino)
869
TEMBMA1122
Iot Based Indoor Air Pollution Monitoring Using
Arduino
(Controllers / Arduino)
863
The main objective of the project is
to avoid the corruption in rationing
system to a large extent by
providing transparency at each level
by storing all the data in database
and in turn it is easy for higher
authorities to cross check the data
at any point.
870
TEMBRE19_592
Smart Ration Card System Using Rfid With
Raspberry Pi
(Controllers / Raspberry pi)
871
TEMBMA1141
Rfid Based Petrol Pump Automation System
With Raspberry Pi
(Controllers / Raspberry pi)
872
TEMBMA1147
An Intelligent Dress Uniform Identification
System Using Arduino
(Domains / Image Processing)
873
TEMBRE19_598
An Intelligent Dress Uniform Identification
System Using Arduino
(Domains / WSN)
874
TEMBMA1149
Rfid Based Pesticides Dosing With Automatic
Plant Irrigation For Agriculture Applications
( Page 210 )
Website: www.takeoffprojects.com
The main objective of this project is
to display the fuel level and detect
fuel theft by sending SMS
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
Objective
Using 8051
TEMBMA1162
Lane Change Detection Algorithm On Real
World Driving For Arbitrary Road
Infrastructures Using Raspberry Pi
(Domains / Artificial Intelligence)
876
TEMBRE19_605
Lane Change Detection Algorithm On Real
World Driving For Arbitrary Road
Infrastructures Using Raspberry Pi
(Domains / Artificial Intelligence)
877
TEMBRE19_637
Drunken Driving Detection Using Car Ignition
Locking Using 8051
878
TEMBMA1221
Real-time Eye Tracking For Password
Authentication Using Arduino
(Domains / IOT)
879
TEMBRE19_647
Arduino Based Vehicle Seat Vacancy
Identification
(Controllers / Arduino)
880
TEMBMA1260
Analysis Of Wireless Sensors For
Environmental Monitoring Using 8051
(Controllers / 8051)
881
TEMBMA1261
Analysis Of Wireless Sensors For
Environmental Monitoring Using 8051
(Domains / WSN)
882
TEMBMA1278
The Car Door Safety System With Wireless
Alert Transmission Using 8051
(Domains / WSN)
TEMBMA1298
Continuous Arm Gesture Recognition Based
On Natural Features And Logistic Regression
Using Arduino
(Domains / WSN)
TEMBRE19_683
Continuous Arm Gesture Recognition Based
On Natural Features And Logistic Regression
Using Arduino
(Controllers / Arduino)
885
TEMBMA1378
Non-invasive Flexible And Stretchable
Wearable Sensors With Nano Based
Enhancement For Chronic Disease Care Using
Raspberry Pi
886
TEMBMA1418
Design Of The Intelligent Control System Of
Classroom Based On Arduino
(Domains / IOT)
887
TEMBMA1428
Bore Well Water Quality And Motor Based On
8051
(Controllers / 8051)
875
883
884
( Page 211 )
Website: www.takeoffprojects.com
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
888
TEMBMA1436
Lightweight Rfid Protocol For Medical Privacy
Protection In Iot Using 8051
(Controllers / 8051)
889
TEMBMA1466
Fast Access For Zigbee-enabled Iot Devices
Using Arduino
890
TEMBMA1473
Low Cost Nano Satellite Communication
System Using Arduino
(Controllers / Arduino)
891
TEMBMA1474
Low Cost Nano Satellite Communication
System Using Arduino
(Domains / WSN)
892
TEMBMA1489
An Agent-based Iot System For Intelligent
Energy Monitoring In Buildings With Raspberry
Pi
(Controllers / Raspberry pi)
893
TEMBMA1509
8051 Based Blind Navigation System Using
Rfid For Indoor & Outdoor Environments
(Domains / WSN)
894
TEMBRE19_814
Novel Ibeacon Placement For Indoor
Positioning In Iot With Arduino
(Controllers / Arduino)
895
TEMBMA1572
Sms Voting System Project Using Raspberry Pi
896
TEMBMA1641
A Wireless IOT System Towards Gait Detection
in Stroke Patients
(Controllers / Arduino)
897
TEMBMA1643
A Wireless IOT System Towards Gait Detection
in Stroke Patients
(Domains / WSN)
898
TEMBMA1642
A Wireless IOT System Towards Gait Detection
in Stroke Patients
(Domains / IOT)
899
TEMBRE19_825
A Wireless IOT System Towards Gait Detection
in Stroke Patients
(Domains / IOT)
900
TEMBRE19_826
A Wireless IOT System Towards Gait Detection
in Stroke Patients
(Domains / WSN)
901
TEMBRE19_829
A Wireless IOT System Towards Gait Detection
in Stroke Patients
(Domains / Biomedical)
902
TEMBMA1666
Probabilistic Terrain Mapping for Mobile Robots
with Uncertain Localization
(Domains / Robotics)
( Page 212 )
Website: www.takeoffprojects.com
Objective
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444
Embedded-Standard Titles
S.No
Project Code
Project Name
903
TEMBMA1687
Development of Bluetooth Based Indoor
Positioning Application
(Domains / Android)
904
TEMBRE19_831
Development of Bluetooth Based Indoor
Positioning Application
(Controllers / Arduino)
905
TEMBMA2152
Automatic Rotation Of Solar Panel Using
NodeMCU
(Domains / Embedded applications)
906
TEMBMA434
System Architecture For Tracking Passengers
Inside An Airport Terminal Using Rfid
(Controllers / ARM7)
907
TEMBMA560
A Real-time Flood Alert System For Parking
Lots
(Controllers / ARM7)
908
TEMBMA893
Rfid Based Secure Smart School Bus System
(Domains / WSN)
( Page 213 )
Website: www.takeoffprojects.com
Objective
Email: info@takeoffprojects.com
Phone: +91 9030333433, +91 8776681444