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Curriculum Vitae

Sumana Chaudhuri

Address : *** ** ***** ****

Appartment Number 449

Corvallis, OR 97330

E-mail : ***********@**********.***

Phone No : 443-***-****

Objective:

To secure a promising position that offers both a challenge and a good

opportunity for growth.

Qualification:

. MBA from Bengal Engineering & Science University, Shibpur, India.

Completed in June 2009.

. Masters of Science in Electronics & Telecommunication from Birla

Institute of Technology, Mesra, India. Completed in September 2003.

. Bachelor of Science in Electronics from the Birla Institute of

Technology, Mesra, India. Completed in June 2001.

Projects and internships (Graduation and Post graduation):

1.Title: Comparison of Nationalized banks (State Bank of India or

SBI) and

Private banks (Housing Development Finance Corporation or

HDFC)based on

the home loan scheme.

Description:

. Estimation of the market potential for SBI home loan and HDFC home

loan.

. Comparison of SBI home loan and HDFC home loan.

2. Title: Estimation of market potential for prospective corporate tie

ups - an

IFB (Indian fine blanks) industries case study.

Description:

. Finding out the customers preference, opinion, experience and

complain.

. Customer motivation to buy IFB products.

. To know what customers prefer.

. Giving survey based conclusion and making necessary recommendations

to improve the sales of IFB products.

3. Title: Analysis of Microstrip lines using "Finite Difference Time

Domain"

(FDTD) Method.

Description:

Various numerical techniques are available for the analysis of

electromagnetic wave propagation in Microstrip structures. One such

approach is the FDTD (Finite Difference Time Domain) method. This

technique provides the solution in the time domain of Maxwell's

equations in differential form. The purpose of the project is to

present a finite difference time domain formulation which can be used

to analyse planar Microstrip structure. The mathematical formulation

of the FDTD technique is first described. In addition absorbing

boundary condition necessary to truncate the spatial solution space is

described. Several basic Microstrip geometries are first analyzed in

order to verify the implementation and then several additional

geometries are investigated. Then the CFDTD (Compact Finite Difference

Time Domain) technique which generates the entire dispersion curve

using just a two dimensional analysis is studied. MATLAB programs

using CFTD method has been developed to find the cut off frequency in

waveguides and the dispersion characteristics of Microstrip lines.

4. Title: Secure Communication.

Description:

A secure communication employs sending information from one end to

another in

coded form so as to be understandable only to the intended parties. In

between the

two if some eavesdropper is able to access the coded information he

should not

be able to understand it. This project is one such way of providing

secure

communication. This system provides secrecy in speech communication.

The

project involves sampling of analog speech signal and subsequent

digitization

using the analog to digital convertor. This digital data is encrypted

using a

predetermined key to give a secret messege code which is then

transmitted.The

received encrypted data is decrypted using a decryption key and

subsequently

reconstructed into its analog form using a digital to analog

converter. Thus the

transmission of information secretly is achieved.Applying coding

techniques to

digital data is highlighted because of the fact that there are

numerous options of

providing security to digital data while a few options are available

for analog data.

This is a total hardware project.

5. Title: Digital Modulation and Demodulation.

Description:

The project aimed at theoretically designing a digital

communication channel.

6. Title: Design of Stepper Motar Controller.

Description:

The project aimed at theoretically designing a Stepper Motar

Controllar.

Seminars presented (Graduation and Post graduation):

. Global positioning system.

. Multicarrier CDMA for future generation mobile communication.

. Evolution of microprocessor.

Work experience:

1.Worked as a consultant in Ahana Technology Services Private Limited,

India (September 2005 - January 2006) - Responsible for teaching (computer

fundamentals), administration and students management.

2.Worked as a computer instructor in Students Computer Academy, India (June

2003-August 2005) - Responsible for teaching (computer fundamentals),

administration and students management.

Computer skills:

Operating System : DOS, Windows

Tools : MATLAB

Programming language : C, C++

General : Microsoft

word, Excel, Powerpoint

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