Published on: Mar 4, 2016
Transcripts - pooja.resume2
M.E +919880806521, +919763713041
Microwave Communication Engineering firstname.lastname@example.org
Pune Institute of Computer Technology, Pune DOB: July 17, 1990
To obtain a challenging position in a high quality engineering environment where my resourceful
experience and academic skills will add value to organizational operations and simultaneously
satisfying my interest in signal processing and communication.
Year Degree Institute
2014 M.E in Microwave Communication
Pune Institute of Computer Technology,
B.E in Electronics and
P.R.M.I.T & R. Badnera, Amravati 75.26%
Brijlal Biyani Science College,
Jawahar Navodaya Vidyalaya,
Programming Languages: C, C++, JAVA, Asp.net, c#.net, VB.net, Embedded C, VHDL,
microprocessor 8085 8086, microcontroller 8051.
Web technology: HTML, CSS and Java Script.
Software Packages: Matlab, Simulink, GUI development, Python, CAD-FEKO, AWR, HFSS,
Area of Expertize: Digital Signal Processing, Audio Processing, RF system, Integrated Circuits,
Analog Circuit Design.
Platforms: Windows and Linux.
Develop and Implement A Robust Speaker Diarization System for Different Dataset
M.E Major Project, Mr. Bilal A. Shah, Sc ‘C’, Centre for Artificial Intelligence and Robotics, DRDO,
Speaker Diarization comprises of two major task
Speaker segmentation: speaker segmentation is the task of detecting speaker change points
(time) that partition the input audio file into segments such that each segment contains the
speech from only a single individual. It is completely unsupervised task, where no prior
information about number of speakers and speaker identity is required.
Speaker clustering: It is the task of detecting and gathering all the segments uttered by the
For the ease of operation proper GUI has been built and also separate library of Matlab functions
related Speaker Diarization have been developed.
Develop and Implement A Robust Voice/Music Separation System
REPET (Repeating Pattern Extraction Technique) has been used to separate background music
from foreground voice part. The system is developed in Matlab and GUI is developed for the better
understanding of users.
Industrial Automation through AC Power line Modem.
In this project A power line modem has been used which includes power line cable as a communication
medium. The modem at the transmission end modulates the signal from data terminal through RS-232
interface into a carrier signal in the power line. At the receiving end, the modem recovers the data from
the power line carrier signal by demodulation and sends the data to data terminals through RS-232
One year research in “Centre for Artificial Intelligence and Robotic lab in DRDO Bangalore,
Karnataka” on the topic “Speaker Diarization” Supervised by Mr. Bilal A. Shah Sc “C” in CAIR
Lab. DRDO Bangalore.
Workshop on “Fiber Optic Communication” in BSNL, Pune.
One Month Training at “SLC Pune Training Division of Scientech Technologies Pvt. Ltd. Indore” in
Participated in many National level competitions – Robotic design.
Achievement in 8th NATIONAL SCIENCE OLYMPIAD in 2006.
Participated as cadet in ALL INDIA SIKKIM TRACKING CAMP, conducted by N.C.C 2004.
A seminar on
1. “Radio Frequency Energy Harvesting” at Pune University in Nov 2012.
2. A seminar on “Design of Coupled Line Band pass Filter” at Pune University in Feb 2013.
3. A seminar on “Impact of Window’s Parameters on the Performance of Speaker or
Instruments Segmentation” at CAIR, DRDO, Bangalore, Jan 2014.
4. A seminar on “study of fixed size window method and growing size window method for
speaker change point detection and their impact on performance” at CAIR, DRDO,
Bangalore, Dec 2013.
1. Pooja D. Patil, Bilal A. Shah, “Performance Improvement Approach for Speaker Diarization,”
IEEE Trans. Audio, Speech, Lang. Process., July 2014. (In review process)
2. Pooja D. Patil, Bilal A. Shah, “To Develop and Implement A Robust Speaker Diarization
System,” in e-pgcon on Speech Communication and Technology, PUNE, 2014.
Microwave Communication: Speech Processing and Application, Electromagnetic and Antenna
Theory, Principles and Practices for IT Management, RF Wave and Microwave Circuit Design,
Applications of Microwaves to Radar and Satellite, Microwave Integrated Circuits, Signal Processing
for Wireless Communication, mobile Communication – GSM and CDMA, Fibre Optic Communication,
Electronics and Telecommunication Engineering.
Digital electronics, Digital communication, Analog communication, Electronic Devices and Circuits,
Power Electronics, Digital ICs and Design.