Engineering Project

Varsha Naresh

**** ********* ******* ***# *****, Richardson, Texas 75080. Contact: 469-***-****, *********@********.***

OBJECTIVE: To obtain a challenging intern in RF and Microwave Engineering/Signal Processing for Spring 2015 so as to

utilize the skills learnt in the engineering field and contribute to the growth of the company.

EDUCATION:

Master of Science in Electrical Engineering CGPA: 3.0 May 2015(expected)

The University of Texas at Dallas, Richardson, Texas

B.E in Electrical and Electronics Engineering CGPA: 3.6 May 2013

Osmania University

Softwares: ADS, AWR Microwave Office, VSS, MATLAB, SCADA, Keil

Languages: C, C++, Java (Eclipse IDE), Python,

Database: SQL

Simulators: Simulink

Operating Systems: Windows, Linux

Course Work: RF Circuit Design, Optical Communication Systems, Fields and Waves, RF Amplifier Design,RF Systems

Engineering, Random Process, Digital Signal Processing

Academic Projects:

• Ultra-wide Band Power Divider

Designed an unequal Wilkinson Power Divider for an Ultra-wide band to get good in band and isolation performance. A novel

design was implemented to the existing design so that keeping the frequency constant, the circuit was improved to get better

isolation.

• Design of Two stage Broad Band RF Amplifier

This project applies the RF and Microwave concepts to design a broadband RF amplifier that is used as a front-end amplifier for

receivers using Microwave Office and Matlab.

• Design of a Low Noise Amplifier:

Microwave Office was used to design a 2-stage Low Noise Amplifier. The gain, noise figure were calculated. The network was

matched, and later the network was biased. After finding all these values the stability analysis was conducted to find if the

amplifier was unconditionally stable or unstable.

• DTMF Transmitter Receiver

Designed DTMF Transmitter/Receiver in Matlab for Signal Processing and implemented GUI for the design.

• Communication Link

Designed a communication link consisting of Radar (Transmitter and Receiver) and Satellite (Transmitter and Receiver). In this

project, with the help of the communication link and an eye blink sensor, we could detect if a person is drunk and driving. After

getting this information, using the satellite link, other car drivers can be alerted and accidents can be avoided.

• Changing the Sampling Rate of a speech signal

The interpolation and decimation techniques are used to alter the sampling rate or the frequency of a speech signal taken from

the user as an input. This program was written and executed in MATLAB.

• RF Lab

Completed a course work in RF Laboratory in under graduation. Some of the experiments included measurement of S

parameters of various transmission lines, detection of faults in transmission lines and designing of matching networks.

• Density Based Traffic Control

To control traffic flow at junctions using the Microcontroller 8051. The programming was done in the Keil software. Utilized

the ExpressPCB software to fabricate the PCB used in the project.

• Internship

Completed a two months internship in BHEL (Bharat Heavy Electricals Limited, India, Hyderabad) . Manufacturing of turbo

generators was done using the VPI (Vacuum Pressure Impregnation) method. In large scale industries which manufacture

generators, insulation plays a pivotal role. If the insulation fails, the generator fails leading to core losses. So the VPI method is

used.The generator is kept in a resin thereafter creating a vacuum. By doing this the strength of the resin increases and the

insulation of the generator is strengthened, thereby increasing the longevity of the generator.

Visa Status: F1

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