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Engineering Electrical

Location:
Dearborn, MI
Posted:
March 22, 2016

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Resume:

SHRISHAILAN SRINIDHI

734-***-**** ************@*****.*** 5560, Nottingham Court, Apartment #102, Dearborn, MI 48126 Graduate student passionate in the field of Computer and Electrical engineering with excellent design skills and critical thinking. Experienced in MATLAB, VHDL C and extensively for simulation of Speech Compression using wavelet transform. Have vast knowledge of microprocessors and concepts of Operating System as well.

Technical Skills:

C, VHDL, MATLAB, Microsoft Office

Education:

The University of Michigan, Dearborn, MI April 2017 Master of Science in Engineering Current G.P.A.: 3.9 Major: Electrical and Computer Engineering

Relevant Coursework:

Embedded Systems

Information Engineering

Computer Architecture

Operating Systems

Advanced Software

SDM College of Engineering & Technology, Dharwad, India July 2014 Bachelors in Engineering G.P.A.: 3.7

Major: Electronic and Communication

Technical Projects:

1) Applications of Cluster Server Team size: 3 11/15 to 12/15

Literature survey on properties and applications of Cluster Server

Extensive study done on Cluster Server Architecture and services provided by cluster servers.

Detailed report on properties of Cluster Servers and its merits over other types of servers. 2) Speech Compression using wavelet Technique Team size: 3 06/13 to 05/14

Extensive literature Survey of Compression Techniques and different properties of speech signal.

Extensive study was carried on other techniques such as µ-Law, A-Law

Literature Survey of Wavelet Transforms and its merits over Fourier Transforms.

Designed an Algorithm to compress speech signal using wavelet Transform.

Generated process diagram and documentation using MS word, MS PowerPoint. 3) Super-Heterodyne AM Receiver Team size: 4 01/13 to 04/13

Studied various characteristics of Super Heterodyne Receiver

Used Hilbert Transform to design filter for Envelope Detection on receiver side.

Presented Conceptual Design to implement the receiver.

Simulink model of AM Receiver and comparison with that of MATLAB Simulation.



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