Project It

ANUSHA PENDURTHI

Email: ******.***********@*****.***

Contact no: 949*******

. Consistent academic record and post graduation in science with 74%.

. I have six months teaching experience in physics

Technical

Skillls

Programming Languages : JAVA/JEE 5,HTML,C,C++,JSP, Java script,

XML,SQL

Frameworks : ANDROID 3.2 SDK,

Spring, Apache Commons

Databases : Oracle.

Operating Systems/Others : Windows 98/2000/XP, Eclipse, SQL Plus, MS-

Office tools.

Assignment accomplished

1. Developed "Google-map" Application

Introduction:

Using the Google Maps library, you can create your own map-viewing

Activity. In this, we will create a simple map application in two

parts. In Part 1, you'll create an app that shows a map the user can

pan and zoom. In Part 2, we will add overlay items that mark points of

interest.

2. Developed component on Android Platform to Process the XML and

JSON Data

. Make a HTTP request to get the data from a webservice

. Parse the XML document and read the attributes

. developed a custom ListView with the data from the

webservice.

Experience

Academic Project : Laser Based Voice Transition & Reception

ABOUT PROJECT: This is mainly to transmit the voice information by means

of Laser with MIC

where this voice information is

received through phototransistor; the output is

connected to audio system.

> This project is developed by using some electronic

instrumentations like Transmitter,Receiver

OperationalAmplifier,LaserTorch,MicroPhone,Transistors,Resistance,Capac

itance,LoudSpeaker,

Potentiometer,Battery.

> It helps to consider how a loudspeaker makes sound.

> WORKING: A loudspeaker is a paper cone attached to a coil of wire

that sits in a magnetic field from a strong permanent magnet.

When an electric current flows in the loudspeaker coil, the coil

becomes an electromagnet, and it moves towards or away from the

permanent magnet.

> When an electric current flows in the loudspeaker coil, the coil

becomes an electromagnet, and it moves toward or away from the

permanent magnet. As it moves, the paper cone pushes on the air

around it, compressing the air in front of it, and expanding the

air behind it. Waves of compressed and expanded air travel to your

ear, and cause your eardrum to move in time to the movements of

the paper cone.

> OUTPUT:The receiver does not need any complicated alignment. Just

keep the phototransistor oriented towards the remote transmitter's

laser point and adjust the volume control for a clear sound .The

receiver circuit uses an transistor the phototransistor receives

the audio signal of low power and low amplitude,the amplitude

received audio signal is taken as output, From the loudspeaker, the

audio output is heard.

Educational background

Qualification Institute Board Year of Percentage

Passing

Post Graduation P.B Siddhartha Acharya 2011 74%

In Science college of arts Nagarjuna

and science University

B.S.C P.B Siddhartha Acharya 2009

(M.P.E) college of arts Nagarjuna 70%

and science University

Inter Harika Board of 2006 78%

(M.P.C) Junior college Intermediate

Education

(A.P)

Class X vijnana vihara Board of 2004 70%

public school Secondary

Education

(A.P)

Personal

details

Father's Name : Sambasiva Rao

Pendurthi

Marital Status : Single

Interests & Activities : Listening to

Music,Travelling

Languages : Telugu, English

Declaration

I here by declare that all the information given above is true to the best

of my knowledge.

DATE :

PLACE : BANGLORE

ANUSHA PENDURTHI

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