Engineering Electrical

Madhuri Sunkara

**** ******** ****., *** #****, Dallas, Texas- 75252-7519

Email ID: *******.********@*****.*** Mobile: +1-512-***-**** Objective

Seeking an entry-level position in the field of Communications and Signal Processing, allowing me to utilize my education and internship experience while gaining valuable work experience in a team oriented environment. Education

THE UNIVERSITY OF TEXAS AT DALLAS Dec 2016

M. S., in Electrical Engineering

Coursework: Digital Communication Systems, Wireless Communication Systems, Digital Signal Processing, Optical Communication Systems, Principles of Fibers and Integrated Optics, Random Processes, Detection and Estimation Theory, RF & Microwave Engineering, RF & Microwave Circuits. JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY, Hyderabad, India April 2014 Bachelor of Technology in Electronics and Communication Engineering Technical Skills

• Programming Languages: C, Verilog, VHDL, Java, Python

• Engineering Tool: MATLAB, LabVIEW, Xilinx ISE, HSPICE, Multisim

• Others: Windows, Linux, MS Office

Academic Projects

The University of Texas at Dallas Dallas, TX

A 400 Gb/s WDM System design using VIRTUAL PHOTONICS Fall 2016

Wavelength Division Multiplexing (WDM) is implemented as the system transmits higher data rates as 400 Gb/s in the range of 100s of Gb/s.

Using the VPI Transmission Marker 8.7, by simulating the design for Optical Spectrum and Eye Diagram, an approximate BER of 10^ (-14) is obtained which is a negligible value resulting in good system performance. Bit Error Probability of OFDM system with AWGN Channel Fall 2015

Analyzed the BER performance of the OFDM system for AWGN Channel, Rayleigh Fading Channel along with a simulation channel using different modulation techniques.

The analysis is verified using multiple input and multiple outputs is the better technique to improve the BER characteristic of the MIMO-OFDM system as it increases the capacity of the system too. Physical Layer simulation of a simplified LTE-OFDM System Spring 2015

Ran the Simulations to identify the different throughputs and BER for different SNR values.

Evaluated the performance of the LTE transceiver by graphing the BER and measured throughputs. Simple Speech Recognition using MATLAB Spring 2015

Using DSP tools, the Speech waveform is converted to a set of features in the Speech Feature Extraction module.

Speech verification namely Feature Matching or Pattern matching is done using Vector Quantization for its high accuracy and ease of implementation.

Work Experience

IRISET- Indian Railways Institute of Signal Engineering and Telecommunications Hyderabad, India Summer Intern July 2014 – Oct 2014

• Analyzed the fundamentals of the Signaling Systems such as isolation, flank protection, approach and route locking, and how the use of electronics reduces the wiring material considerably both indoors and outdoors.

• Studied how the track detection system functions based on DC and AC technologies and intermediate block signaling to follow the commands such as stop depending on the block lengths and line speeds.

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