Innovative ECE projects for Engineering students
There are many branches in Engineering. Among them ECE (Electronics and Communication Engineering) plays a prominent role. ECE projects are based on mainly three domains they are Embedded Systems, MATLAB and VLSI.
This is a blog post for the students who are willing to do ECE projects. Here we explained latest innovative topics based on various controllers.
Face Recognition System Using Raspberry Pi
In these years, the high level of security needs, the computer plays a large role. Computers are now better than people in many issues of face recognition because one can remember that there are limits.
But your computer does not have any restrictions, it is used to get necessary database records largely. The Recognition System has many potential programs, including surveillance and crowded airports, private security.
This system is ideally suited to address security issues and provide flexibility for smart home management. Biometrics became more popular area in research field of computer vision. It is one of the most successful applications of image processing.
This project aims to have full system recognition: easy to build, cheap and cost effective. The main goal is to create a warning to home visitors and provide visitors with a dynamic website and mobile application. It can be used in other sectors such as industry, office, and even wind ports to identify the desired population.
“This system is used in homes, offices, bank lockers, airports for a various purposes such as identity theft, tracking, etc”.
Among other biotech technologies, faced with a recognized approach. The Raspberry Pi model acts as a center of the system that will monitor the performance / performance of other devices. It has built-in-memory, USB port, LAN port. Using the IP image security process can be created, which can be used that for identification.
Voice Control Based Home Automation System
This project is based on voice, for smart home automation using Arduino, GSM, Bluetooth module, and an ultrasonic sensor. At present, research projects in smart homes, but most of these products go incredible with the button on the touchscreen.
There is a need to provide a support system for people, especially for elder people with disabilities. To increase their home security. So we propose the development of wireless remote control for home appliances that could be controlled by voice.
In this system one can recognize the voice of the people using Android apps to turn on and off consumer devices.
“Best feature in this project is when ultrasonic sensor detects motion of any object or a person. Automatically message will be sent to mobile using GSM module. System accuracy is approx. 95%. By using GSM commands electrical loads are successfully controlled”.
The intelligent home automation system proposed model is executed.So users can control certain specifications of home appliances. Today, with the development and advancement of wireless technology, home automation systems are growing rapidly. It is used to provide comfort, convenience. Improve the quality of life and safety of people, especially the elderly and people with disabilities.
The proposed control system has six hardware modules, Arduino, smartphone, GSM, Bluetooth, one of ultrasonic sensors and TRIAC’s. Bluetooth technology is used to communicate with Arduino that it has a smartphone with a voice application.
Arduino controller acts a Master and Bluetooth, GSM are used as a wireless communication between smartphones and microcontrollers. In this project, four tested devices are controlled by voice commands. They are LED devices, televisions, lamps and fans. In ECE projects 2019 list, this is one of the best project.
Vehicle Theft Control and Accident location Intimation Through SMS
The primary purpose of the project is to ensure the safety of vehicle. This system automatically control the vehicle as soon as it receives a predetermined message from the user.
“This project uses wireless communication, GSM. In order to receive messages from the user’s mobile phone, we need a GSM modem”.
The modem will be interfaced to the microcontroller through the serial port. This modem provides a communication interface. It carries a transparent protocol on the network device via a serial interface.
The controlling unit is fixed to the car. The controlling unit contains the microcontroller and the GSM modem interfaced to it. Constantly check the microcontroller whether the message is received from the GSM modem.
If a user sends a predefined message from a modem, the modem receives the same and sends to the microcontroller. This microcontroller receives messages from this modem by issuing specific AT commands. So, after receiving the message from the modem, the car automatically locks.
When someone attempts to open or pick up a car, the alert message is sent to the mobile user. The user after getting authentication as a message, may respond immediately to protect his vehicle. Even if a user attempts to unlock or lock a car, a message will be sent to his mobile phone. These messages can be ignored by the user. We provide projects for ECE in Embedded systems Technology.
Intelligent Train Engines To Avoid Accidents
Now a days public is facing many threats from the Railways Department. They have been reluctant to travel by a planned train. The main reason for this is, accidents that are happened due to the negligence of train drivers.
Although the rail ministry is trying to take measures to curtail informal things, but cannot see the face of success. In order to help this department, we have developed our system.The project was introduced to control the driver’s situation and warn him.
“The main function of this system is to control the action of the driver at one time. If the driver does not make any specific activity over a specific period of time, the train will be stopped immediately”.
The system also checks for a stop sign or a red light, regardless of the activity. Therefore, by controlling the general parameters, we have an opportunity to reduce the possibility of all these accidents. To show, we will provide the key for each parameter. Hence we simulate effectively to get output of our system.
By this we can say that our system is very useful for the Railway Department to reduce the risk. In this project, we are using the arduino controller. We are interfacing all the sensors and modules to this microcontroller I/O pins or to the serial communication pins. Check here for more latest updated ECE projects list.
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