Category: Advanced ECE & EEE Projects

Here Students Can download the Latest Advanced ECE & EEE Academic projects for both the Electronics & Electrical Students. Here IoT, Robotic, Aurdino, Raspberry Pi, Solar, etc Ideas & Hardware Kits are available for Free.

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Hand Gesture based Wheel Chair Control System for Handicapped People

Why is project needed?

This project is developed for the physically handicapped people, in the market, there are many products but they do not have safety features like seat belt locking, GPS navigation, multi-control system, Hand gesture & joystick movement system.

This project gyro sensor for gesture movement which is very unique.

We have low battery indication led.

Block Diagram

Working operation

Gesture control wheelchair has two modes of operations (gyro/joystick) these sensors will give data to Atmega-328 microcontroller.

the seat belt is locked automatically once the user has seated in place.

The motor driver is interfaced for driving the motors logically as per user directions, its has GSP /GSM for getting the location information.

Gyro  Sensor

  • The gyro sensor is used to for getting the information of how much we have tilted.
  • The gyro sensor is interfaced with ATmega328 microcontroller with SPI pins.

Joystick

  • The joystick is used for manual hand operated movements.
  • Joystick gives x-axis and y-axis values to Atmega328 microcontroller for motor movements

Battery

  • In this project, we are using 12V / 2A Lead acid battery.
  • Lead acid battery is easy to charge.
  • Low maintenance
  • Low cost / easily available.

GPS / GSM

  • We are using a SIM808 module which has built-in GSM/ GPS for location identification and alerting the parents.
  • It works with low voltage 5V.
  • We are using this module for information to our parents with help of GPS and GSM.

DC motors

  • DC Motors are used for wheelchair movement.
  • 100RPM
  • 1Kgcm torque.

Applications

This project can be integrated into below areas.

  • Physically handicapped people.
  • Aged people.

Advantages

  • This is easy to install.
  • This project has safety locking system for a seat.
  • Easily / local available spare parts are used in this project when anything not functional we can replace it easily spares are available.
  • It has two modes of operations (Hand gesture and joystick).
  • It has GPS /GSM for getting location via SMS.

Disadvantages

This wheelchair cannot navigate in footsteps.

Conclusion

  • This project is very useful for physically handicapped people which helps them to navigate from place to another place without taking any other human help.
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Department Announcement System ECE Project Abstract

Abstract

In most of the institutes, announcements are coming under the major problem. A universal announcement by speakers is mostly deployed in most of the institutes, but there are cases when the announcement needs to be done for a particular classroom or for a particular person.

In that case, such a universal system will not be helpful. One resolution of this problem most of the institutes adopt is deploying one universal system and a separate system for each room and then place people to handle the entire control system.

Though this resolves many issues, it increases the cost of the entire control unit when you have to be dependent on human resources. Automation is one of the most thriving of today’s technology through which many organizations are cutting costs on Human Resources and utilizing human resources in more innovative and productive works.

So here for this issue also we have come up with automating the entire process of announcement where a pre-recorded voice will be played for every announcement in the institutes.

Block Diagram:

Communication channel box :

In this communication channel box signals from the desktop will be received to microcontroller and microcontroller will send a signal to relay driver  IC (ULN2803)  to switch the relay.

Relays —— SPDT.
Voltage —–12V

Purpose of the relay is to channelize the sound for each classroom.

Amplifier box

This box will receive the signals from mic where we speak and sound is amplified and sent to relay channel junction box.

Advantages

  • Human effort is reduced.
  • Time to convey the things can be done in a more faster phase.
  • They won’t be any communication gap with this setup.
  • We can communicate in multiple classrooms at one time.
  • We can know the delivery report of a speech delivered to the classroom or not with help of feedback button in each classroom.

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Classroom Automation using Android App Project Synopsis

Abstract

The aim of this project is to automate sound system in classrooms by which small notice announcements, emergency intimation to student or faculty of the classroom can be communicated from the control room.

In this Classroom Automation project, we are using an android app by which the user can select the classroom or group multiple classrooms to announce script, with this system human effort and time is reduced.

Announcement from control room is captured with mic and feeded into the amplified box, from that amplifier box sound signal is sent into relay switching box, from relay switching box sound is switched into the respective classroom based on user inputs from android app.

Block Diagram:

Technical Requirements:

  • ANDROID APP
  • RELAY SWITCHING SECTION
  • AMPLIFIER
  • MIC
  • CLASSROOM 1
  • CLASSROOM 2
  • STAFFROOM
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Vehicle wrong routing detection on highways Project

Vehicle wrong routing detection on highways

Abstract

In present days many accidents are happening because of wrong route driving on highways, even after advertisements on roadside barrier gates and postures but people are not getting it used it and not following that traffic rules, to avoid these accidents we have come up with a product which will detect the vehicle in wrong route driving.

We are using a pocket-size computer called raspberry pi which will have camera attached to it on vehicle front portion to detect the wrong route indication sign boards, this raspberry pi has small speaker attached to it which will alert the driving with voice announcement not to drive in the wrong route and vehicle speed will be reduced to 30Km/hr and parking lights will on for vehicle safety.

Block Diagram:

Hardware Requirements:

  • Battery
  • Speaker
  • Parking lights
  • Power regulator unit
  • Raspberry Pi
  • Camera
  • Motor Driver
  • DC Motor
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Robo Waiter Robot Project Synopsis & Full Report

Robo-waiter 

 Abstract

This project reports on Robo waiter the first robot for serving food in hotels and restaurants and the same robot can be used in the hospital for serving the food.

As it’s very difficult to serve food in big restaurants where restaurants having 100 tables, so we have designed a robot named RoboWaiter which can serve the food from the kitchen to table.

First, the user will order the food from the android app and the order will be received by kitchen master once the food is ready to master will keep the food on Robo Waiter by selecting the table number. This robot waiter robot will travel to that particular by line tracking.

This Robo Waiter project is a good and innovative topic for final year ECE students.

Block Diagram:

  • Input Switches
  • Motors
  • MSP 430G
  • Line sensors
  • Motor driver
  • Battery pack
  • Voltage regulator

CONCLUSION:

In this project , e have studied and implemented a RoboWaiter Robot using a Microcontroller for hotel automation in place human serving food. The programming and interfacing of microcontroller has been mastered during the implementation.

FUTURE SCOPE:

Smarter versions of robowaiter are used to deliver mails within office building / theater and malls and deliver medications in a hospital.

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Solar based robot for garden grass cutting and watering the plants

Abstract:

The Solar based robot for garden grass cutting and watering the plant’s advanced ECE & EEE paper gives a description of a prototype of Grass cutting and watering robot, as automatic gardening robots have a great demand in the existing robotic market.

This present robot cuts the grass in the field at the same time waters the garden autonomously by using solar power to recharge itself and to save the environment.

Firstly the robot gets charged throughout the day and uses the same energy to power the motor for cutting the grass and as the robot activates the grass cutting dripping of water will also start in parallel.

The controller receives the environmental data from the sensors like obstacles lawn area and etc and commands the motors accordingly.

A water reservoir is placed above the robot which starts dripping as the robot starts cutting the grass with the motor blades.

Hence the robot autonomously clears the extra grass in the whole field and waters it simultaneously.

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Solar based garbage cleaning robot with time slot arrangement

Abstract:

The Solar based garbage cleaning robot with time slot arrangement advanced ECE & EEE project provides the clear description of solar-based cleaning system which can clean the places with respective time slots.

This robot does not require any power from external sources it takes the solar power to actuate the robot. (i.e., If you want to clean a place twice a day then you just need to fix the time at which the robot need to clean).

Firstly the controller will have the path of the places that need to be cleaned. Then it starts the cleaning procedure. Once all the paths are travelled by the robot then it goes to its original position. Robot collects the garbage in its front claws and carries them to dump area at its respective position.

Block Diagram:

Solar based garbage cleaning robot with time slot arrangement
Solar based garbage cleaning robot with time slot arrangement

What will your project do?

This is a solar based garbage collecting robot with time slot management, in the current day every individual life is becoming very busy and people don’t like to spend time in throwing garbage safely, so we have come up with a new mechanism like every house will have garbage hanger in defined place.
The robot will travel every day on one particular time slot which is assigned by the user. This robot has a record of where the garbage bags are located, this robot comes to that particular place by line tracking and pulls the garbage bag into its bin, and likewise, it will collect the all houses garbage.

What is the new for this project?

There is no such product in the market.
This project is automatic runs without human interaction, it has solar panel to charge the Battery and it works with time slot management.

What is the current status?

Sir as of now we have ideated the project and designed the plan on paper, we will soon design the robot in solid works and then we will go for fabrication.
We have made research on what motors we have to use, what should be the size of the robot.

Components used?

Robot body will be fabricated on MS sheet metal.

BLDC motors are used for driving the robot forward. (Specifications = 12V BLDC motor, torque = 2kgcms).

A small 2 DOF robotic arm will be used for picking the garbage bags.

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Solar based defense cleaning robot with autonomous charging and navigation

Abstract

The Advanced ECE & EEE based Solar based defense cleaning robot with autonomous charging and navigation project provides a clear description of a Solar-based cleaning system which can charge by itself and can navigate to reach the destination to be cleaned or where it can charge.

As we are in the realm of automating the machines around us. Whereas cleaning robots have never encountered a sustainable acceptance in the market due to their heavy complexities in manufacturing and unaffordable costs.

In contrast, this specific robot not only cleans the room but can navigate through rooms to reach to the charging slot or to the muddy field through GPS and sensors.

Firstly the Controller takes input from the GPS to track its route through the doors and commands the motors to move as per the requirement. Whenever the robot encounters an obstacle it receives information through sensors to defend it from brutal hits and avoids falling from steps.

Once the controller senses that its charge is getting depleted through the sensor the robot navigates itself to the charging station and charges itself without any human intervention.

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Advanced Major Project list for ECE & EEE

These are the below 150 advanced IOT major ECE and EEE Major projects developed for B.Tech/M.Tech Students.

Sr No Project Title
1 Smart garbage bin municipal operations.
2 Agri-bot: Agriculture robot.
3 Swatch Bharat – washroom cleaning robot
4 Smart trolly for easy billing using a raspberry pi and IOT.
5 Industry Product sorting machine with weight identification over the conveyor belt.
6 Advance surveillance robot using a raspberry pi.
7 Intruder alert system: IOT based home security with E-mail and photo using a raspberry pi.
8 Web application based home automation using a raspberry pi.
9 Smart electronic wireless notice board display over IOT.
10 Vehicle security system with engine locking and alerting over GSM.
11 Smart toll plaza with RFID based door opening system and balance alerting over the message.
12 Smart Medicine pill box: Remainder with voice and display for emergency patients. Video
13 Accident identification based alerting location over GSM and GPS.
14 Railway Track Pedestrian Crossing between Platforms (Movable and flexible railway platform).
15 Greenhouse monitoring and Weather station monitoring over IOT
16 Smart assistive device for deaf and dumb people.
17 Semi-autonomous Garbage collecting robot.
18 Solar power based grass cutting and pesticides praying robot.
19 Automatic movable road divider with traffic detection and posting data to IOT
20 Automatic car washing and drying machine with conveyor support.
21 Real-time voice automation system for the college department.
22 Patient health monitoring over IOT
23 Automatic gear shifting mechanism for two-wheelers.
24 A Smart Helmet For Air Quality And Hazardous Event Detection For The Mining Industry over wireless Zigbee
25 Semi-autonomous firefighting robot with android app control.
26 Smart Wearables: Emergency alerting with location over GSM for women’s.
27 Smart movable travel luggage bag.
28 Building smart cities: Automatic gas cylinder booking over GSM with user alert.
29 Automation of dry-wet dust collection to support Swachh Bharat Abhiyaan and monitoring over the internet of things (IoT)
30 Smart street lights and fault location monitoring in the cloud over IoT
31 GSM based notice display with voice announcements.
32 IOT based smart irrigation system
33 Smart cities: Traffic data monitoring over IoT for easy transportation/alternative route selection
34 Dam gate level monitoring for water resource analysis and dam gate control over IoT
35 Public water meter units monitoring and controlling water valve over IoT
36 Density-based traffic light system with auto traffic signal transition for VIP vehicles/ambulance
37 Wi-Fi based Wireless Device control for Industrial Automation Using Arduino
38 Ghat road opposite the vehicle alerting system with sound and vibration over the android application.
39 RFID based student attendance recording and monitoring over IOT
40 Smart colony: RFID based gate security system, street lights, and water pump automation.
41 Water Boat for surveillance and video and audio
42 Smart rain analyzer with GSM and a loud siren.
43 Smart bike.
44 Smart wheelchair with android application control.
45 Home automation over WiFi using Android application.
46 Intelligent blind stick with SMS alert
47 Student performance enquiry system using GSM.
48 Automatic plant watering and tank water level alert system
49 Swacch Bharat mission robot: Smart Mosquito trope
50 Dual axis solar tracking robot for surveillance with IP camera
51 Rocker-bogie suspension system
52 GSM protocol Integrated Energy Management System
53 Home automation using Android app
54 Merrain navigation robot
55 Drainage pipe cleaning robot
56 RFID and fingerprint-based library automation
57 Classroom automation using Android app
58 Intelligent car parking using robotics technic
59 Agriculture automation using GSM (soil moisture level control and motor control)
60 solar based grass cutting robot by obstacle avoiding and path planning
61 Meriane navigation robot
62 Glass cleaning robot
63 Hotel Automation using line tracking robot and android app
64 Advanced Supervisory Security Management System For ATM’s Using GSM& MEMS
65 Touch Panel Based Industrial Device Management System For Handicapped Persons
66 Modern public garden
67 Hotel automation for ordering and billing
68 Advanced parking system showing nearest availability for parking your vehicle
69 College bus information to students
70 Automatic efficient street light controller using RTC and LDR
71 Head movement controlled car driving system to assist the physically challenged
72 Patient health monitoring (heartbeat and body temperature) with doctor alert reporting over the internet of things (IoT)
73 Breath and Lungs health analyzer with Respiratory analyzer over the internet of things (IoT)
74 Movable road divider for organized vehicular traffic control with monitoring over the internet of things (IoT)
75 Automation of dry-wet dust collection to support Swachh Bharat Abhiyaan and monitoring over the internet of things (IoT)
76 Automatic movable railway platform with train arrival detection and monitoring over the internet of things (IoT)
77 Automatic plant irrigation system with dry/wet soil sense and controlling 230V
78 water pump for agricultural applications and monitoring over the internet of things (IoT)
79 Weather station monitoring over the internet of things (IoT)
80 Arduino Based Foot step power generation system for rural energy application to run AC and DC loads
81 RFID security access control system Using Arduino
82 RFID based banking system for secured transaction
83 Construction of Central Control Unit for Irrigation water pumps. A cost-effective method to control entire villager’s water pumps with user level authentication
84 RFID based Library Automation System using AT89S52
85 Prepaid coffee dispenser with biometric recharge using fingerprint
86 Automatic Vehicle Accident Detection and Messaging System using GSM and GPS
87 Blind Person Navigation system using GPS & Voice announcement
88 Hand gesture based wheelchair movement control for the disabled using (Micro Electro Mechanical Sensor) MEMS technology
89 Fish culture automation with auto pumping, temperature control, and food feeding
90 bomb disposable robot with Infrared remote control
91 Defense robot with CAM and GSM for high-risk rescue operations
92 solar based defense cleaning robot with autonomous charging and navigation
93 Automatic ambulance rescue system using GPS
94 Bi-pedal humanoid for military operations
95 Advanced college electronics automation using raspberry pi (IOT)
96 Solar based garbage cleaning robot with time slot arrangement
97 solar based robot for garden grass cutting and watering the plants.
98 Under pipe traveling robot to detect Gas line leakage and RFID address navigation to cloud over IoT
99 Loco pilot operated unmanned railway gate control to prevent accidents over the Internet of Things
100 Smart street lights and fault location monitoring in the cloud over IoT
101 Patient health monitoring (heartbeat and body temperature) with doctor alert reporting over the internet of things (IoT)
102 Breath and Lungs health analyzer with Respiratory analyzer over IoT
103 Non-invasive Blood Pressure Remote Monitoring over the internet of things (IoT)
104 Building smart cities: Automatic gas cylinder booking over IoT
105 IoT solutions for smart cities: Garbage dustbin management system and reporting to municipal authorities over IoT
106 Public water supply grid monitoring to avoid tampering & waterman fraud using the Internet of Things
107 Movable road divider for organized vehicular traffic control with monitoring over the internet of things (IoT)
108 Automation of dry-wet dust collection to support Swachh Bharat Abhiyaan and monitoring over the internet of things (IoT)
109 RFID based pesticides dosing with automatic plant irrigation for agriculture applications
110 Construction of Central Control Unit for Irrigation water pumps. A cost-effective method to control entire villager’s water pumps with user level authentication
111 Direction control of photovoltaic panel according to the sun direction for maximum power tracking (Model Sunflower)
112 Photovoltaic E-Uniform with Peltier plate thermo cool technology for soldiers who work at extremely high temperature or extremely low temperature to warm up or cool down body temperature
113 Agricultural solar fence security with automatic irrigation and voice announcement alert on PIR live human detection
114 Aerodynamic windmill with reverse charge protection for rural power generation applications with battery voltage analyser
115 Footstep power generation system for rural energy application
116 Automatic movable railway platform with train arrival detection
117 Intelligent car wash system with infrared proximity sensor triggered conveyor belt arrangement using AT89S52 MCU
118 Super sensitive Industrial Security System with Auto dialer & 60dB loud siren using AT89S52 MCU
119 Gesture Controlled Speaking Micro Controller for the deaf & dumb
120 Density-based traffic light system with auto traffic signal transition for VIP vehicles / ambulance
121 Wireless Speech Recognition enabled smart home automation for the blind and physically challenged
122 Under pipe travelling robot to detect Gas line leakage and RFID address navigation to cloud over IoT
123 Dam gate level monitoring for water resource analysis and dam gate control over IoT
124 Programmable temperature monitor and controller for industrial boilers & ovens with
125 live monitoring in cloud over internet of things
126 Automatic Room Light control with Visitor Counting for power saving applications and
127 monitoring in cloud over internet of things
128 Patient health monitoring in cloud (heartbeat and body temperature) with doctor
129 alert reporting over internet of things”
130 Breath and Lungs health analyzer with Respiratory analyzer over internet of things (IoT)
131 Parking slot availability check and booking system over IoT
132 Smart cities: Traffic data monitoring over IoT for easy transportation / alternative route selection
133 Tollgate traffic monitor and analyzer using IoT
134 Battery Powered Heating and Cooling Suit
135 Energy management in an automated Solar powered irrigation
136 Smart home energy management system including renewable energy based on ZigBee
137 Development of a Cell Phone-Based Vehicle Remote Control System
138 Passenger BUS Alert System for Easy Navigation of Blind
139 Remote-Control System of High Efficiency and Intelligent Street Lighting Using a ZigBee Network of Devices and Sensors
140 Microcontroller managed module for automatic ventilation of vehicle interior
141 Wind speed measurement and alert system for tunnel fire safety
142 Traffic Sign Recognition for autonomous driving robot
143 Android-based home automation with fan speed control
144 Android-based password based door lock system for industrial applications
145 Android-based electronic notice board (16X2 LCD)
146 Android-based digital heartbeat rate and temperature monitoring system
147 Android-based Robotic Arm with Base Rotation, Elbow and Wrist Motion with a Functional Gripper
148 Android-based hand gesture based robot control using (mobile inbuilt Micro Electro Mechanical Sensor) MEMS technology
149 Android-based multi Terrain Robot to travel on water surface, Indoor and outdoor uneven surfaces for defense applications
150 RFID based Airport Luggage security scanning system Using Arduino
151 Arduino Based Automatic Temperature based Fan Speed Controller
152 Bluetooth based Wireless Device control for Industrial Automation Using Arduino
153 Design and implementation of maximum power tracking system by automatic control of solar panel direction according to the sun direction (Model Sunflower) Using Arduino
154 Implementation of solar water pump control with four different time slots for power saving applications Using Arduino
155 Arduino Based Foot step power generation system for rural energy application to run AC and DC loads
156 Solar highway lighting system with auto turn off on daytime with LCD display using  Arduino
157 Bluetooth based Robot Control for Metal Detection Applications Using Arduino