Electrical Engineer Engineering

Kirad Sharayu Shirish

Contact no: 716-***-**** Email: ********@*******.***

**, ********* ******, *******,*** York -14214

www.linkedin.com/Sharayu Kirad

OBJECTIVE

To seek a full time job in your esteemed organization and contribute towards the objectives of

the company .

EDUCATION

University of Buffalo, The State University of New York

Master of Science/ Electrical Engineering, 1 February 2015

Cumulative GPA = 3.73/4

Vishwakarma Institute Of Technology, Pune, Maharashta, India

Bachelor of Technology/ Electronics and Telecommunication Engineering, May2013

Final Semester SPI (Semester Performance Index) = 8.83/10

Overall CPI (Cumulative Performance Index) = 8.06/10

SKILLS

• Applications : MATLAB, COMSOL Multiphysics,LATEX, XILINX, Verilog,

Advanced Design System(ADS), MULTISIM,MS Word, MS Excel, MS Power

Point,VLSI

• Programming in C, SQL, Python

• Technologies : Wireless Communication, 4 G LTE, 3GPP, IMS, VoLTE, LTE-A, MIMO,

Embedded systems -Microprocessor / Microcontroller, Networking, Logic Design,

Digital Communications, Robotics, RF Communication, Nano Networking, High

Electron Mobility Transistor(HEMT)

PUBLICATION

Apurva Puranik, Rahul Patil, Sharayu Kirad, Varsha Patil, Milind Rane, “Survey of Palm Print

Recognition”, International Journal of Innovative Research and Studies,/volII/Issue4/17, April 2013

INDIVIDUAL PROBLEM STUDY

COMSOL Multiphysics to simulate and optimize Graphene based Plasmonic Transceiver for

Tera hertz band communication – Fall 2014

• Individual Research Problem

• Investigated Plasmonic effects expected in the 2DEG of High Electron Mobility

Transistor (HEMT) at Terahertz band frequencies

PROJECTS

Electronic Lock Code-Summer 2014

• Electronic Locking System built using Xilinx Spartan 3E-100 FPGA board

Packet Prioritization of Video Data for Energy Efficient Transmission-Spring 2014

• Proposed a framework which discusses physical layer centric solutions such as power

control, system level solutions such as dynamic power management, packet prioritization

for increasing efficiency of the system

• Framework formulated as a Markov Decision Process (MDP)

MIMO technique in LTE and LTE Advanced standards-Spring 2014

• Survey on Spatial Multiplexing, LTE Downlink, LTE Uplink and MIMO for LTE-A

Quorum Sensing Enabled Diffusion based Molecular Communication – Spring 2014

• Concept of Quorum Sensing, Sensor Capacity Analysis, Signal Amplification, Diffusion

based Noise, Bio Nano Robots

Performance Improvement in OFDM system by Peak to Average Power reduction – Fall 2013

• Implemented the following techniques for PAPR reduction : Clipping, Selective

Mapping

Palm Print Recognition, Fall 2012/Spring 2013 –Final Year Project

• Performed image acquisition, pre processing, feature extraction, matching of an image to

get results successfully

• Used Center symmetric local binary pattern(CSLBP), Singular Value

Decomposition(SVD),

Diagonal Matrix, Gaussian Pyramid for feature extraction as a part of software development

• Developed a hardware model for capturing palm images for creating our own database

Signature Recognition System -Spring 2012

• Used a curvature-based corner detector that detected both fine and coarse features

accurately at low computational cost

• Used the concept of Euclidian distance in the feature space between the claimed signature

and the template

• Concluded that by using a higher dimensional feature space and incorporating dynamic

information gathered during the time of signature can also improve the performance.

Battery Charger- Fall 2011

• Battery charger is designed for overcharge protection and deep discharge protection

PRESENTATIONS

Tera Hertz and Millimeter Wave Antenna - Fall 2013

Following topics were covered in presentation

• Significant Radiation Enhancement in Photoconductive Terahertz Emitters by Incorporating

Plasmonic Contact Electrodes

• Broadband Terahertz Antenna for Wide Band Gap Semiconductor Photoconductive

Switches

• Photoconductive Tera hertz antenna with Radial Symmetry

The Blue Eye Technology, Spring 2012

• Presented a brief seminar on the hardware and software of this technology along with its

Blue Eye-enabled devices, namely POD Car, PONG Robot and Secure Pad

EXTRA CURRICULAR ACTIVITIES

• Completed one day manual robot workshop conducted by ‘The Robotics Forum’-TRF

• MELANGE-A blend of technical, non technical,cultural, sports events (Annual College Event)

Handled over 15000 registrations for the seven day event MELANGE

Hosted VIP individuals and judges

• Was a part of the student council, Vishwakarma Institute of Technology, Pune

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