ECE Projects for Engineering Students

Nowadays electronics play a vital role on the Earth. And we all know that it has become a part of our daily life. So, many people are showing a lot of interest in electrical and electronics concepts. Even the students are also showing a lot of interest in ECE and EEE branches in Engineering for a better future. Especially the demand for the ECE branch is increasing at a rapid rate. The branch ECE refers to electronics and communication engineering. This stream is the topmost branch in engineering. There are many opportunities for students who join this stream. Every engineering student must complete their project work to get their degree certificate. They have various options in choosing their project. For their purpose, the list of ECE projects for engineering students in various categories is listed below. ECE project ideas for electronics engineering students mainly involve in various categories like embedded, communication, solar, general electronics, etc.

ECE Projects for Electronics Engineering Students

For engineering students, projects play a very important role in the final year. They have to use their knowledge and do the projects individually with innovative ideas.

So, here we are providing the list of many ECE Projects ideas on various categories to create better knowledge on what type of projects that an ECE student can choose. Here we are providing the list of ECE projects in various categories such as Embedded Systems, Electrical, Robotics, Communication based, DTMF, GSM, PC, Solar based, Sensor-based, power electronics, general electronics, RF-based, RFID based projects, etc. Here are also providing the abstract details also along with the project ideas.

We hope this would give a better idea of choosing the best projects in the final year of engineering. The list of ECE projects for electronics engineering students in various categories is listed below.

The selection process for various ECE projects is very important for the engineering students because it influences his/her career as most of the recruiters prefer knowing the project details of the candidates. Not only has that but implementing a project also enhances your practical knowledge. Here a complete list of the embedded projects by various technologies is provided.

Bio-metrics based ECE Projects

The biometric fingerprint identification system projects are among the advanced Electronics projects. It is an advanced security system and it is applicable for banks, offices, homes, and other important places.

Biometric Fingerprint Identification Based Security System

Please refer to this link to know more about the fingerprint identification project

Biometric Fingerprint Identification based Access Control System

Please refer to this link to know more about access control system using fingerprint

Biometric Fingerprint Identification based Bank Locker Security System

project is used to provide security for bank lockers using biometric fingerprint technology. This security system project uses fingerprint, RFID, GSM & password. In this project, the user has to enroll his personal details like a person’s name, secret code & his mobile number, after that the user will place his finger on the fingerprint module so that fingerprint can be scanned as well as stored along with the fingerprint ID.

Monitoring of Time and Attendance with Fingerprint Biometric Solution

This biometric project is used to monitor staff attendance as well as time. By using this project we can eliminate buddy punching, prevent time theft, increase profits, a job can be monitored remotely, increase the productivity, precision, and satisfaction of a job.

High-level Authentication for a Power Plant using Voice Recognition

This project is used for high-level authentication of a power plant through voice recognition. This project is used for security purposes in power plants.

IVRS based Home Automation with Immediate Voice Feedback

This project is used to implement a home automation system using IVRS and voice feedback immediately. This project is used to control household devices such as TV, fan, tube lights from anywhere in the globe, or else by using Bluetooth technology.

This project can be designed by using two dissimilar technologies along with dissimilar microcontrollers through similar hardware. The main benefit of this automation project is, we can receive voice feedback. Once the device is turned ON, then we can get a voice message in the mobile which states that the AC is turned ON.

An Electronic Voting System with an Automatic Image Comparing System

There are many benefits by using EVMs as compared with the usual ways of voting like less cost, quick results, better convenience, high accuracy & less human risks. It is extremely complicated to propose an ideal EVM that can allow safety on a high level without compromise.

In the future, this project can be enhanced to implement a system to provide privacy as well as safety of votes on a suitable level through authentication & processing divisions For online electronic voting, one of the verification parameters is a facial reorganization. Similarly for offline, the verification parameter is like iris and finger detection

Home Automation for Disable Persons using His Voice Tag

This project implements a home automation system controlling through voice commands. This project is mainly implemented for disabled, elder, and bedridden people to control the appliances with the android application. For bed-ridden and elder people, operating home appliances is a difficult task so this project uses the voice commands along with switches to control the appliances.

Here, an android application is used to get the voice commands from the user. By using this project, timer, and effort in controlling the appliances can be reduced.

Prepaid Coffee Dispenser with Biometric Recharge using Fingerprint Module

This project is used to design a fingerprint module based prepaid coffee dispenser using biometric recharge. There are different biometric systems are available, in that fingerprint scanning is one of the best which gives reliable and good mismatch ratio. This project uses two technologies like biometrics and embedded systems. The fingerprint scanner used in this project is the FIM 3030N module that includes RAM, DSP & ROM.

This scanner works in two modes like master and user. Master mode is used to record the stored fingerprints in the ROM. Once this module is connected to the microcontroller then it can be used in user mode. This mode is used to verify the images which are scanned as well as stored.

In this project, the scanner is connected to the microcontroller so that the scanning process can be controlled. Once the scanning process is done, the coffee dispenser can be turned ON automatically. If the person attempts to scan his image after that the coffee machine doesn’t turn on for him & generates a buzzer sound.

Fingerprint-based Driving License Management System

This project implements a system for driving license verification using fingerprint. This project is very useful to monitor the driving license through a biometric system which is easy and more suitable for monitoring. In this project, a prototype of the license verification system is implemented.

In this project, a prototype is implemented like a verification system of automatic license. This system uses fingerprints to confirm personal identity. In this project, an accurate and faster algorithm is developed.

Robotics based Projects

The robot is an automated machine that has the capability of performing some of the functions carried out by human beings. Here is a list of robotics projects for engineering students.

Wireless AI-based Mobile Robot for Multi-specialty Operations

This project implements a mobile robot based on wireless AI to do multiple tasks because sometimes automation is most definitely an effect in the best usage of the machine as well as manpower. There are some robots that are used for multiple tasks like pick & place, detect fire, gas, etc. The robot designed in this project will move automatically.

The working of this robot can be done based on the commands provided by the program. This robot moves in four directions and it includes a smoke sensing device. Once the robot detects the smoke then it generates an alarm. At the control unit of a robot, an RF camera is fixe to monitor the audio as well as video.

Intelligent-Robot for Materials Handling

This project implements an intelligent robot. The main intension of this project is to make a robot for color detecting which disconnects the moving objects in a conveyer belt of an industry. In this project, a color detection algorithm is developed using MATLAB.

Fire Fighting Robotic Vehicle

Please refer to this link to know more about this project Fire Fighting Controlling Robots Used in Dangerous Situations

Pole Climbing Robot

This project designs a robot for climbing an electric pole to reduce the risk for electricians while connecting transmission lines. At present, this robot is used to connect the transmission lines according to the instructions provided to it.

There are many benefits by using these robots like risk-free, as compared to humans; tasks can be done very quickly as well as efficiently. The main reason to develop this project is to save the lives of humans. Further, this robot can be enhanced by performing the tasks of an electrician like repairing, wiring, etc

Microcontroller Controlled Robot Arm for Paint Spraying

There are different kinds of robots available which are used in different fields for different purposes like medical, industrial, exploration of space, military, etc. In this project, the microcontroller-based robot arm is developed.

The classification of these robots can be done like manipulator robots to assist with other automated otherwise semi-automated parts of equipment to attain different tasks like welding, painting with spray, assembling, loading, etc. In general, controlling robots can be done through a control device or a computer by using an algorithm or a specific program.

Wireless AI-based fire fighting robot for relief operations
Integrated rule-based control of the robot using fuzzy system & Neural Networks
Ai based mobile robot for multi-specialty operations
Industrial security robot with the motion detection system
Production monitoring robot
Two-axis robot with artificial intelligence
Three-axis robot with artificial intelligence
Four-axis robot with artificial intelligence
Five-axis robot with artificial intelligence
Wireless industrial security robot
Alive human detector robot with counter using wireless pc interfacing
Microcontroller based surveillance robot for a military application
PC controlled wireless robot using RF module with a feedback sensor to detect fire.

Bluetooth based Projects

Bluetooth technology is an advanced wireless technology that is designed to connect phones or other portable equipment. It is a specification for the use of low power radio communications to link phones, computers, and other network devices over a short distance without wires. Now a day so many ECE projects are developed based on this technology.

Here I am giving some advanced Bluetooth based projects for engineering students

Wireless code modulation for secure Communication using encryption & Decryption
Bluetooth enabled wireless network synchronization
Wireless heartbeat rate monitoring & A Cardiac Pacemaker Simulation – Mobile Messenger
Wireless AI (Artificial intelligent ) Based Intelligent- Robot for Materials Handling
Wireless AI (Artificial intelligent) Based Fire Fighting Robot for Relief Operation
Wireless Industrial Security Robot With Motion Detection System
Wireless AI (Artificial intelligent) Based Mobile Robot For Multi-Specialty Operations
Smart / Proximity Based College Campus Card & Access Control System
Smart / Proximity Based Employee Id Cards & Access Control System
Smart Card / Proximity Based BioMedical Health Card Design
Smart Card / Proximity Based Human Resources Management System
Smart Card / Proximity Based Membership Management System
Smart / Proximity Based Punctuality Monitoring System For Public Transport System
Microcontroller Communication System with LCD Display
Wireless Temperature Monitor & Controller Based On Vhf Transmission
Wireless Motor Speed Controller Using RF Module
Electrical Parameters In Industries
Monitoring Through PC Using Wireless Data Transfer.

Security and Access Control System

Here is a list of security and access control based systems, mostly using smart cards.

Intelligent Industrial Security Surveillance System with Auto Dialer

This project implements an effective security alarm system to monitor the industry with the help of different sensors like fire accidents, IR detection, unauthorized entry, wall braking, etc. The sensor data can be displayed on an LCD. In this system, all the sensors are connected to a burglar alarm. These sensor’s status can be indicated through LEDs. Once the alarm is turned ON, then the sensor’s LED will make the alarm to turn on the LED once the cable failure occurs.

Automatic Railway Gate Signaling Simulator & Controller

Generally, the controlling of railway gates can be done manually by a gatekeeper. The status of the train can be received by the nearby railway station so that gatekeeper opens or closes the gate. However, some railway crossings are completely unmanned so there is a lot of change for accidents. To avoid these accidents by avoiding manual operation, here automatic railway gate controller is developed.

Code Modulation based Encryption & Decryption for Secured WIRELESS Communication

At present, communication technology plays a key role to make chatting from one place to another fast and easy. However, the security of the data is the main concern, so the data transmission can be done through the advanced chatting system with a microcontroller. This project includes two sections like transmitter and receiver which are designed like a control unit in the region of a microcontroller by interfacing all the devices to it.

The main aim of the project is to transmit encrypted data using wireless communication. This data can be received by the receiver and decrypts to shown within the PC. If a person wants to send a message to a remote location then he has to enter the data through the PC. This data can be obtained by the microcontroller and transmits to RF TX when it is encrypted. Similarly, the RF receiver gets the data to decode it & displays it through PC. So finally, code text is converted to plaintext.

Smart Card Technology-Based Employee ID Cards & Access Control

A smart card looks like a plastic card that includes a chip that works like a memory otherwise a microprocessor. This chip is mainly used to store the data and process in the chip of the card.

The data in the card can be sent through a reader that is the outside component of the smart card. This is used in a wide range of areas like companies, banking, finance, healthcare, media, and entertainment. In this project, the smart card is used in employee id cards to give access to the organization. By using these cards, security can be provided to the data stored in the cards.

Wireless heartbeat rate monitoring & a cardiac pacemaker simulation – mobile messenger
Smart networked home – connected devices with auto design
Methodology for modeling a microcontroller with the TELE-load switch application
Smart/proximity-based college campus card & access control system
Smart card/proximity-based membership management system
Smart/proximity-based punctuality monitoring system for the public transport system
Smart card/proximity-based human resources management system
Smart networked home – connected devices with auto dallier
Wireless BLUETOOTH enabled the network to synchronize
Smart card/proximity-based vehicle identification & access control system

Networking Projects Ideas

Here are a couple of network-based projects

Wireless home automation system using telephone line with WAP
Wireless heartbeat monitoring system with WAP

Communication-based ECE Projects

Communication-based projects mainly include different technologies like Bluetooth, DTMF, RFID, GPS, GSM, PC, RF, Smart Card, Voice module, and XBEE. The list of communication-based projects is listed below.

RF-based Wireless Encryption & Decryption Method

The main aim of this project is to send encrypted data & receive the data using RF wireless communication. The transmitter used in this project is TLP434A with 433.92MHZ frequency which is used in the application of remote control. The operating range of this transmitter is in between 2V-12V. In this project, the microcontroller works like a decoder.

The data is shown on LCD before transmitted through the transmitter. On the receiver side, the antenna receives the signal & transmits it to the receiver. For further processing, the data can be transmitted to the microcontroller.

RF-based Wireless Weather Station

Before performing any activity which is related to the environment, knowing the weather information is essential. There are different parameters in the weather like wind speed, temperature & intensity of solar radiation. This project is designed with opt coupler, LM35 & LDR. These sensors obtained through microcontrollers like ATmega8535.

Then the sensor signal can be processed & transmitted to the processor to translate it into wind speed of the data parameter, sun intensity, and temperature. Here, KYL 1020 U plays an intermediate in between the processor and the client computer to transmit data.

Wireless Electronic Notice Board with Multipoint Receivers using RF

This project implements an RF-based wireless notice board. This project replaces the wired notice boards because these boards need manual operation. The essential components of this project are AT89S52 microcontroller, LCD, RPS, RF receiver, RF transmitter, etc.

In this project, an alphanumerical keypad is connected to the transmitter to enter the data as well as transmit to the receiver. Once the text is entered then the user can detach the keypad at any time. And the user can change, add otherwise remove the text based on his requirement. The main benefits of this project are not expensive, less complex, and don’t depend on the network.

Wireless Stepper Motor Control using RF Communication

This project is used to control a stepper motor with the help of RF. When the RF transmitter generates commands then the motor can move in the clockwise direction or anticlockwise. The frequency range of RF communication ranges 30 KHz – 300 GHz. This kind of communication works by making electromagnetic waves at a source & receives at the destination.

These waves can move throughout the air with the same speed of beam. Both the signal wavelength and its frequency are inversely proportional. When the frequency is high then the wavelength is low. In this project, the control system includes a microcontroller, RF TX and Rf RX, where the microcontroller gets the data from RF for motor control.

The program in the microcontroller can be developed by the embedded C language. This motor works based on the instructions received by the microcontroller. Thus, this motor is used in robotics to control its directions.

Wireless DC Motor Speed and Direction Control using RF Communication

There are many industries like printing machines, rolling mills, cranes, paper mills, etc. DC motor is used to move a product on the conveyor belt from one location to another location. So, speed, as well as direct control, is essential for DC motor. In the proposed system, RF communication is used to control the motor speed & direction.

The motor speed controller is to take a signal representing the required speed and to drive a motor at that speed For that purpose wireless speed and direction control of dc motor by radiofrequency technique is very crucial with pulse width modulation and H-Bridge converter. The microcontroller AT89S51 is used to control the dc motor speed and the Transistorised h-bridge converter is used for direction control.

By adjusting the duty cycle of the pulse from the Pulse Width Modulation technique simultaneously the terminal voltage of the motor is change and hence speed will vary with terminal voltage. H-Bridge is a DC to DC converter used for direction and made by 4 transistor switch across it a diode is connected. RF-based power meter reading system for locked house

RF-based wireless remote for advanced steward calling system in airlines/flights
RF communication based wireless remote control of devices in-home/ offices using AVR microcontroller
Wireless multipurpose 4 channel RF remote for controlling the devices using AVR microcontroller
Microcontroller based fire monitoring system in petro and chemical industries using RF communication
Cell Phone Controlled Home Appliance Switching by PIC microcontroller
Phone Controlled-Load Management System
Auto Dialing on Detecting Burglary using I2C Protocol
Garage Door Lifting System by Cell Phone
Vehicle Theft Location Intimation by GPS/GSM to the Owner
Vehicle tracking by GPS – GSM
Prepaid Energy Meter with GSM Interface
GSM based Electricity Energy Meter Billing with On-site Display
Detecting Power Theft prior to feeding the energy Meter and
Intimating to Control Room by GSM
PC Mouse operated Electrical Load Control Using VB Application
Scrolling Message Display by LCD from PC Terminal
PC Controlled Surveillance Camera
Electrical Load Control from PC Terminal
Wireless Home Appliance like Fan Speed Control using RF Communication
RF Controlled Robotic Vehicle with Laser Beam Arrangement
Unique Office Communication System Using RF
RFID based Electronic Passport System for Easy Governance using Arduino
Arduino based RFID Sensed Device Access
Car Parking Management by RFID
RFID Security Access Control System

Android-based ECE Projects

Android is an OS that is based on the Linux kernel and it works on the touch screen panel-based gadgets. The main advantage of this operating system is, it permits for best use of memory and hardware resources on the mobile platform. Here is a list of android based projects are listed below.

Android Phone Speech Recognition Sensed Voice Command based Notice Board Display
Android Based Smart Phone Used for Induction Motor Control
Android-based Remotely Programmable Sequential Load Operation
War Field Spying Robot with Night Vision Wireless Camera by Android Applications
Remote Induction Motor Control by Android Application with 7 Segment Display
Remote Operated Domestic Appliances Control by Android Application
Remote Password Operated Security Control by Android Applications
Density-Based Auto Traffic Signal Control with Android Based Remote Override
Four Quadrant Operation of DC Motor Remotely Controlled by Android Application
Fire Fighting Robot Remotely Operated by Android Applications
Pick N Place Robotic Arm And Movement Controlled by Android Wirelessly
Remote Alignment of 3D Dish Positioning by Android Application
Metal Detector Robotic Vehicle Operated by Android Application
Password-based Remote Controlled Door Opening by Android Application
Railway Level Crossing Gate Operation Remotely by And

Arduino based ECE Projects

Arduino is a simple microcontroller board that allows you to make computers that drive both functional and creative projects. The list of Arduino based projects is listed below.

Arduino based Industrial Appliances Control System by Decoding Dual Tone Multi-Frequency Signals via GSM Network
Arduino based Electrical Appliances Control using IR
Arduino based LED Street Lights with Auto Intensity Control
Arduino based Home Automation
Arduino based Underground Cable Fault Detection
Arduino based Solar Street Light
Arduino Based Auto Intensity Control of Street Lights

ARM Cortex based ECE Projects for Electronics Engineering Students

ARM refers to Advanced RISC (reduced instruction set computer) processor. It is the heart of the various portable devices. The list of arm cortex based projects is listed below.

ARM Cortex (STM32) based Motor Speed Control
ARM Cortex (STM32) based Solar Street Light
ARM Cortex (STM32) based Auto Intensity Control

Embedded based ECE Projects for Electronics Engineering Students

An embedded system is an electronic system that is designed to control, access the data in electronics-based systems. The list of embedded systems based projects is listed below.

Arduino Managed High Sensitive LDR based Power Saver for Street Light Control System
The Temperature Humidity Monitoring System of Soil Based on Wireless Sensor Networks using Arduino
RFID based Electronic Passport System for Easy Governance using Arduino
Arduino based RFID Sensed Device Access
Prepaid Energy Meter with GSM Interface
Zigbee based Automatic Meter Reading System
Automated Irrigation System using a Wireless Sensor Network and GPRS Module
Automatic Irrigation System on Sensing Soil Moisture using PIC Microcontroller.
Parking Availability Indication System
Voice Controlled Home Appliances
Voice Controlled Robot by Cell Phone with Android App
PC Mouse operated Electrical Load Control Using VB Application
EVM-Electronic Voting Machine
Industrial Power Control by Integral Cycle Switching without Generating Harmonics using PIC Microcontroller
Programmable Decoration Light
ATmega based Garage Door Opening
Speed Control Unit Designed for a DC Motor using PIC Microcontroller
Auto Intensity Control of Street Lights using PIC Microcontroller
Cordless Mouse Features by TV Remote Using PIC Microcontroller
Medication Reminder using PIC Microcontroller
PIC Controlled Dynamic Time Based City Traffic Signal
Using TV Remote as a Cordless Mouse for the Computer using PIC Microcontroller
Pre Stampede Monitoring and Alarm System using PIC Microcontroller
Portable Programmable Medication Reminder using PIC Microcontroller
Speed Synchronization of Multiple Motors In Industries using PIC Microcontroller
Synchronized Traffic Signals at Various Junctions using PIC Microcontroller
Density-based Traffic Signal System using PIC Microcontroller
RFID Based Device Control and Authentication using PIC Microcontroller

Raspberry Pi based ECE Projects

Raspberry Pi is a credit card-sized single computer board, which is used for many of the things that your desktop PC does. The list of raspberry pi based projects is listed below.

Raspberry Pi based Solar Street Light
Raspberry Pi based Programmable Sequential Switching
Raspberry Pi based Motor Speed Control
Raspberry Pi based Auto Intensity Control

Sensor-based ECE Projects

The sensor is a device, that detects the physical quantity and converts into an electrical signal. The list of sensor-based projects is listed below.

Arduino Managed High Sensitive LDR based Power Saver for Street Light Control System
Vehicle Movement Sensed Streetlight with Daytime auto-off Features
LDR Based Power Saver for Intensity Controlled Street Light
Temperature Control with Digital Sensor
Vehicle Movement Sensed LED Street Light with Idle Time Dimming
Vehicle Over Speed Detection on Highways
Conveyor Belt Object Counting with IR Sensing & Display
Ultrasonic Sound Reflecting Means of Distance Measurement
Obstacle Sensed Switching in Industrial Applications
Traffic Density Sensed Signal Light System
Path Tracking Robotic Vehicle by Programmed Microcontroller
Temperature Controlled-Load by Thermistor Sensor
Contactless Liquid Level Controller
Speed Checker to Detect Rash Driving on Highways
Movement Sensed Automatic Door Opening System
IR Obstacle Detection to Actuate Load

Solar based ECE Projects

Solar energy is nothing but the radiant energy emitted by the sun. We may convert this solar energy into electricity either directly using photovoltaic. This solar energy is mainly useful in solar street lights, auto solar irrigation systems, traffic junction signal lighting, etc. The list of solar-based projects is listed below. If you are aware of solar energy facts, then the below mentioned project ideas will be best suitable for your final year projects.

Implementation of Solar Inverter for Home Garden/Street Light Applications

Please refer to this link to know more about the solar inverter project

Design and Implementation of a Maximum Power Tracking System

Please refer to this link to know more about this project Implementation of a Maximum Power Tracking System

What is Solar Charge Controller: Working with MPPT Technology

Please refer to this link to know more about this project Solar Charge Controller

Solar based High Efficient Vacuum Cleaner

This project implements a high efficient based vacuum cleaner using solar energy. This project is capable of capturing even 40 microns of small dust.

The Solar-Based Energy Measurement System

This project designs a solar energy management system. This project is used to determine the different parameters of the solar cell such as voltage, temperature, current & intensity of light using several sensors.

Sun Tracking Solar Panel

This project is used to design a maximum power tracking system through automatic control of solar panel direction based on the sun direction. Please refer to this link to know more about this project Sun Tracking Solar Power System

Solar Based Air Compressor Pump for Car Bike Tire Inflate

We know that solar energy is used for different purposes. Similarly, the application like the hybrid charger is used to recharge small devices like a camera, a DC fan, and a cell phone. This project implements an air compressor pump using solar energy for the bike and car tire inflate.

This project includes a control unit based on the microcontroller to monitor as well as control the air pressure and displays on LCD. The solar cell regulated o/p can be given to the rechargeable battery. The output of this battery can be given to the compressor motor’s input so that controlling of the motor can be achieved by the user with controlled buttons.

The input modules of the microcontroller are control buttons & pressure sensor whereas the output modules are buzzer, LCD display & switching driver of the compressor. The buzzer gives an alert in case of high force.

Solar Highway Lighting System with Auto Turn Off in Daytime
Solar Water Pump Control with Four Different Time Slots for Power Saving Applications
Farmer Friendly Solar Based Electric Fence for Deterring Cattles
Implementation of Solar Inverter for Home, Garden, Street Light Applications
Charge and Load Protection in Solar Power Management
Measuring Solar Photovoltaic Power
Time Programmed Sun Tracking Solar Panel
Raspberry Pi based Solar Street Light
ARM Cortex (STM32) based Solar Street Light
Arduino based Solar Street Light
Solar Power Charge Controller
Solar Powered Led Street Light with Auto Intensity Control
Sun Tracking Solar Panel
Solar Energy Measurement System
Solar Powered Auto Irrigation System
Implementation of Solar inverter for home garden/street light applications
Design and implementation of a maximum power tracking system by automatic control of solar panel direction according to the sun direction
Solar based high efficient vacuum cleaner capable of capturing even 40 microns small dust
the solar-based energy measurement system
Design and implementation of a maximum power tracking system by automatic control of solar panel direction according to the sun direction
Solar based air compressor pump for car bike tire inflate.

Global Positioning System(GPS) Projects

GPS is a satellite-based communication system used to attain information about the location. The GPS navigation system and tracking system are used in many ECE projects and here is a list of GPS embedded projects.

GPS based Active Fleet Management – Automated Vehicle Tracking

This project is used to track the real-time information of vehicle location. Automated vehicle tracking system allows corporations to get in touch with their automobiles at any time to decide the exact place & without delay retrieves the data used by other vehicles. These systems permit better control in excess of the fleet management

GPS based Highway Monitoring & Control

This project is used to track the vehicle on the highway by using GPS & GSM technologies. GPS plays a key role in calculating the values of longitude & latitude of the vehicle location. The vehicle position information can be obtained by the GPS which communicates with four satellites. Here, MAX232 works like an interface between microcontroller & GPS device, that works on serial communication.

Global Positioning System with AI

GPS is a navigation system that stores route map information to determine the route selection depending on a straight path algorithm. This method is very useful to reach your destination within less time. The main drawback of this is, it doesn’t have any recollection, so there is no chance of remembering the actual time and route.

Here is a simple method to change a GPS system by including velocity profiles for easy learning. These profiles are also used for removing features from the surroundings so that the accuracy of the optimal path selection can be improved. All of the necessary data can be derived from GPS location recording, time & date.

GPS based intelligent guided vehicle with collision mitigation
GPS based vehicle parameter monitoring with intelligent data analysis
Advanced real-time vehicle tracking system using GPS modem
Automatic vehicle accident detection and messaging system using GSM and GPS
Design and development of an SMS based car engine control system to prevent car theft
Mobile phone signal jammer for GSM, CDMA, and 3g networks with user-selectable pre-scheduled time duration (mobile jammer)
Blind person navigation system using GPS & voice announcement
GPS based active fleet management – automated vehicle tracking
GPS based highway monitoring & control
GPS based intelligent guided vehicle with collision mitigation
GPS enabled PC based geographic information system (GIS) and routing/scheduling system
GPS based vehicle parameter monitoring with intelligent data analysis
Global positioning system with AI
Advanced real-time vehicle tracking system using GPS modem
Automatic vehicle accident detection and messaging system using GSM and GPS
Design and development of an SMS based car engine control system to prevent car theft
Mobile phone signal jammer for GSM, CDMA, and 3g networks with user-selectable pre-scheduled time duration (mobile jammer)
Blind person navigation system using GPS & voice announcement