B.E in Electrical Electronics Engineering : Resume CV

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RESUME :
KARTHIGA DEVI.B
Email : karthi.geetha AT yahoo.co.in

OBJECTIVE :
To become a successful professional in the field of Electrical & Electronics to work in an innovative and competitive world.

EDUCATION STREAM :
- B.E in Electrical & Electronics Engineering from Srinivasa Institute of Engineering & Technology, Chennai-56, passed with 79% (2006-2010).
- HSLC Passed with 74% from Manilal M Metha Girls Hr. Sec.School,Chennai-3, in April 2006.
- SSLC Passed with 91% from in Manilal M Metha Girls Hr. Sec.School,Chennai-3, in April 2004.

SOFTWARE EXPOSURE :
Operating System : Ms-Dos, Ms-Windows.
Application : Ms-Office.
Languages :C, C++, core Java.
CAD Tools : Professional in Electrical Cadd (Auto cad, Pc schematic, Ms-project)

PROJECT :
PROJECT TITLE :
SECURITY MANAGEMENT SYSTEM FOR OIL-FIELD BASED ON EMBEDDED WIRELESS COMMUNICATION.

PROJECT DESCRIPTION :
The system structure of wireless security adopts two level structures. The first level is consisting of some remote controllers and a launcher. The second level is consisting of a wireless receiver and a wireless alarm controller in the system.
The launcher, which is more than 1W, is a wireless receiver, another is a wireless transmitter, it receives the information of the front-end alarm equipments and can send message by the wireless transmitter. Various sensors are used for detecting hazardous conditions. The function of a wireless receiver can receive the information of some front end launchers and send it to pc through RS232 communication.

PERSONAL PROFILE :
Date of Birth : 31-10-1988
Sex : Female
Marital Status : SINGLE
Languages Known : ENGLISH, TAMIL
Nationality : INDIAN

DECLARATION :
I consider myself familiar with Electrical Engineering Aspects. I am also confident of my ability to work in a team.
I hereby declare that the information furnished above is true to the best of my knowledge.

DATE :
PLACE : CHENNAI B. KARTHIGA DEVI

[Guest]

CURRICULUM VITAE
ARUN PRAKASH.T
E-mail :arun.ee1988 AT gmail.com

OBJECTIVE :
To become an expert in embedded systems and related stuffs and to design embedded gadgets that would be of immense use to mankind.

WORK EXPERIENCE :
Designation : Embedded Trainee Engineer
Company : i-Max Industrial Automation Technologies.
Period : 1 year & 5 month [July 2009 to dec 2010]

EDUCATIONAL QUALIFICATION :
COURSE INSTITUTION YEAR OF PASSING PERCENTAGE :
B.E (E.E.E) P.R. Engineering College, Thanjavur 2009 61
HSC (State board) St.Antony’s Hr. Sec. School, Thanjavur 2005 60
SSLC (State board) St.Antony’s Hr. Sec. School, Thanjavur 2003 86

COMPUTER KNOWLEDGE :
Language : ‘C’, Assembly program for 8085 & 8051.
Packages : Ms Office
Operating System : Windows 98, 2000, Xp, Vista, 07.

FIELD OF INTEREST :
Assembly level of programming of 8085 processor
-Designing and interfacing I/O ports.
-Interfacing memory chips.
Assembly and high level programming of 8051 controller
-Design of timer/counter
-Serial communication.
-Interrupt s enabled programming
C programming
-Serial communication.

EMBEDDED TOOLSETS :
Keil uvision 4 IDE.
EdSim 8051 simulator/assembler.

EXTRA-CURRICULAR ACTIVIITIES :
Development of strategies for cricket matches.
Playing the role of master of ceremony in college functions.

NON- ACADEMIC PROJECTS :
TITLE : Controlling the direction of rotation of a DC motor using E-mail.
DESCRIPTION : Purpose of the project is to control the direction of rotation of a motor using an email.
A very basic e-mail client is created with 8051 as a host which controls a SIMCOM GSM/GPRS module, SIM300s through AT commands. The email client is initially configured for a particular email id from which it should receive email. To the concerned id if an email is sent with the subject line specifying the direction rotation and the duration for which it should run, 8051 host directs the modem to extract the subject line in order to get the required data and controls the motor in terms of direction and the time for which it should run.

TITLE : Case study of Bluetooth technology.
DESCRIPTION : This is just a study project and the purpose is just to explore the basics of Bluetooth technology. It deals with various layers that are concerned with the Bluetooth data transfer. In order to explore the basics I chose connectblue’s oemspa311i4-04 Bluetooth serial port adapter module. With that I managed to do various actions such as inquiring nearby Bluetooth enabled devices, paring with specific devices with/without authentication, communicating with other modules which emulates RS232 interface.

ACADEMIC PROJECTS :
TITLE : Devices switching using PC’s parallel port and ‘C’ program
DESCRIPTION : The aim of the project is to control the switching of various appliances and lighting systems either in a house or complex with the help of a PC whose parallel port is programmed in ‘c’. Highlight of the project is in its profile activation provision, which enables the user to create different profiles as per the requirement. When a particular profile is activated, a corresponding 8 bit binary pattern would be generated which we make use of for the switching of appliances. For an 8 bit binary pattern 256 different combinations are possible and hence 256 appliances could be controlled.

TITLE : Serial communication between 8051 and PC.
DESCRIPTION : Basic intention besides doing this project is to explore the access of serial port both in a PC and 8051 microcontroller. In PC, a host application is created in ‘C’ language which will configure the serial port by setting it at desired baud rate, data bits, parity and stop bits. In order to do this, the host application makes use of the windows functions. On the other side, 8051 controller configures its serial port with the same settings as in the PC using assembly language. After configuring properly we could be able to perform serial communication between PC and 8051.

TITLE : Microcontroller based bi-directional visitor counter.
DESCRIPTION : The project concentrates on monitoring the number of persons within a hall whose entry & exit are queue based. The processing unit of the project is microcontroller P89V51RD2 & It is programmed in ‘C’ language. Project makes use of two IR Transmitter-Receiver pairs, one at the entry and other at the exit, for sensing purpose. Pulses generated by the sensing units are routed to the microcontroller and they are used to update the visitor count. The program is compiled using KEIL compiler.