Category: ECE and EEE Project Abstracts

This category consists of latest abstracts which can be used for institutions for developing new projects for electrical and electronic final year students. Electronics students can download mini and major projects with abstracts and project reports.

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Micro Controller Based DC Motor Control Using PWM Technology

Project Name: Micro Controller Based DC Motor Control Using PWM Technology

Responsibility: Developer, Designer

Project Description: In this Micro Controller Based DC Motor Control Using PWM Technology project, by using a Micro controller, DC motor speed should be controlled. 

Depending on delay, motor runs slow, moderate and heavy speed.

This Electronics & Communication Engineering Final Year Project was well designed & developed by Embedded C Programming Language. 

Software / Tools Used: Embedded c Programming Language and a.v.r studio

Download Micro Controller Based DC Motor Control Using PWM Technology

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Parking Guidance System Project

Project Name: Parking Guidance System Project

Responsibility: Developer, Designer

Project Description: Parking Guidance System Project was developed by using Embedded C programming language under A V R Studio tool. 

By using Ask-RF technology providing parking slots information through LCD to particular users while parking their vehicles.

Software’s / Tools Used: Embedded c Language and a.v.r studio

Download Parking Guidance System Project Paper Presentation.

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Advanced Mobile Jammer with Prescheduled Timing Project Abstract

Advanced Mobile Jammer with Prescheduled Timing project allows organizations like military to restrict incoming or outgoing calls between mobiles and base stations. Using jammer device range and frequency is adjusted for disabling signal strength at that frequency without affecting any other communication means. Jammer equipment can be placed at any location but it is mainly used for security concerns. Mainly they are used in military areas, hospitals, educational institutions…etc.

This application is mainly a pre programmed jammer where we can adjust start time and end time of jamming which is programmed inside micro controller. Basically jammers will send radio signals at a frequency of mobile signaling and create interference between mobile phones and base stations. When jammer is set to on users under that area are under No Network area and mobiles show same information.

download Advanced Mobile Jammer Project abstract.

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Broadband with Multimedia & Digital Home Networks

Broadband with Multimedia & Digital Home Networks Electronics Final Year Project creates awareness to the Broadband wired line access technologies based on the existing media networks like copper, cable TV networks, powerlines and optical fiber cables. This project will also provide information on the ADSL2+ Access Network, Digital Home Network Architecture, components, SMTP protocol Model, Modulation Techniques, Application, Challenges, and Penetration of ADSL2+ technology. This Project was done at Regional Telecom Training Center (BSNL), Hyd within the period of 3 months

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Traffic Clearance for VIP Vehicle with DTMF

AIM: Traffic Clearance for VIP Vehicle with DTMF project main objective is to implement a embedded system application for traffic systems which will help traffic police to control traffic under tight situations.

Purpose: This project will concentrate on implementing a advanced system for traffic signals to overcome existing traffic problem and design a traffic controlling system by providing password entering method to overcome heavy traffic problem in cities.

Description:

   This project works on password system when ever VIP is willing to travel in certain root he need to enter password using his mobile application while traveling then all the green lights will be set to on that way based on the expected time of his reach to that point.

In this project we use step down transformer, bridge rectifier, Filter circuit, Regulator section, DTMF decoder, micro controller.

download Traffic Clearance for VIP Vehicle with DTMF project abstract

 

 

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Modeling a Grid Based Problem Solving Environment for Mobile Devices Project

Modeling a Grid-Based Problem Solving Environment for mobile devices projects the main idea is to provide a solution for improving performance in mobile devices. 

Grid computing is one of the fatly growing technologies for improving the performance of servers by interconnecting using the wired network for sharing of distributed resources.

Sharing include process speed, power distribution between different connected resources.

By placing all the devices in the grid the performance, frequency and signal strength of each device can be calculated. 

The main system acts as the server and the next system acts as the second server, all the other mobile devices are the subordinate system.

At present grid computing is most important for wireless devices where there is scope of improving performance of the system. 

One of the two major issues in mobile devices are network instability and nature of transmission medium.

download Modeling a grid based problem solving environment for mobile devices reference document. 

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Development of Wireless Based Student Strength Counter for Colleges

Project Name:  Development of Wireless Based Student Strength Counter for Colleges.                                 

Project Description:   Wireless based student strength counter is a reliable circuit that takes over the task of counting Number of students in the school/college/university very accurately. When student enters into the college then the Counter is Incremented by one and when any one leaves the room then the Counter is Decremented by One. The total number of students inside the college is displayed on the LCD displays through the wireless communication. The software used is embedded ‘c’. Application is to monitor strength using wireless technology. This Development of wireless based student strength counter for Colleges Electronics & communication Engineering Final Year Project was done at Silicon Circuit Research Labs Pvt. Ltd, Hyderabad.

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Modbus Protocol Implementation from Pc to Industrial Device

Project Name           :  Modbus Protocol Implementation from Pc to Industrial Device.

Project Description   :  This Modbus protocol is the most widely used communication language mainly used in industrial systems. The MODBUS RTU (Remote terminal unit) defines how a master unit sends data to slave and also reads from them in real time. The application to be developed is a monitoring system for power system applications typically from any industrial node in the system. This node would actually sense parameters using the appropriate sensors. This Modbus Protocol Implementation from Pc to Industrial Device Project was done at National Institute for Micro, Small and Medium Enterprises, Govt. of India, Hyderabad. This is the best electronics & communication engineering project to submit in final semester.

Download Modbus Protocol Implementation from Pc to Industrial Device ECE Paper Presentation.

 

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Protocol Implementation between Two Micro Controllers

Protocol Implementation between two Micro controllers that allows the user to send data through serial programming. This can be utilized with IR as sensors and in real time applications (Mobile phones, ID callers and computers). 

For many applications communication between two micro controllers is compulsory but there is no integrated environment between the microcontrollers.  In this project we will work on implementing Protocol for communication between two micro controllers. Serial port communication is used for implementing this protocol, these two micro controllers are called as UMC and TMC. UMC will transfer information to TMC using a 18 bit packet. TMC will respond to UMC using 33 bit packet.

download Protocol Implementation between two micro controllers Reference documents.

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Boost Inverter Using Sliding Mode Control Project

Boost inverter using sliding mode control Project Description:  

To invert and boost the power supply applicable for home appliances. To uniqueness of our project it provides robustness for plant parameter variations and one of the most feasible approaches.

In this project sliding mode control theory is applied to the output of sinusoidal boost inverter with a linear load. Basically these boosters are used in UPS designs, This project will explain about a scenario where a higher voltage is needed than DC link voltage without any requirement of second power conversion stage.

Boost inverter is used to convert DC voltage to AC voltage this inverter will generate an output AC voltage which varies from high to low comparing with input DC voltage and duty cycle. In classical inverters we cant find this property where AC voltage will always lower than DC voltage.