A responsible, flexible and motivated graduate seeking a role which will employ the professional skills obtained through my education. Blend of hard work and experience molded me into a diligent professional and a smart thinker capable of working under pressure.
ACADEMIC PROFILE
2010-2011 MSc in Mobile and Pervasive Computing, Newcastle University
Result Distinction
Master thesis project Design of Minimum energy reliable digital circuits for low power energy harvesting applications- Designed and Analyzed the CMOS circuit with respect to parameters like reliability, energy in order to find the optimum voltage & minimum energy point and to present them in a different dimension.
Course Work
Reconfigurable hardware design Designed an FIR filter accelerator for the FPGA on UP 2 development board.
Simulation of wireless communication - Examined the performance of the frequency selective multipath channel over AWGN using MATLAB for various types of receivers & guard intervals using the gray encoded 8 PSK modulation scheme and Orthogonal Frequency Division Multiplexing (OFDM).
Implementation of wireless receiver algorithm Implemented a non-coherent and a coherent version of a DPSK receiver by programming the ADSP 21364 SHARC board and demonstrated the use of DSP hardware for the implementation of a radio frequency (RF) data link.
Asynchronous Low power systems Implemented a half-handshake communication using Petrify.
Sensor Network Project Implemented a wireless sensor network using Zigbee modules.
Real Time Computer Systems Implemented a time triggered co operative scheduler for the tasks, protect it from overruns and to execute them in ARM-XILINX development board.
Relevant Modules Design of asynchronous low power systems, Real time computer systems, Wireless Networks, Pervasive Networks, Mobile and Cellular Communication and Biometrics and Recognition.
2006-2010 Bachelor of Engineering in Electronics and Communication Engineering, Rajalakshmi Engineering College (Affiliated to Anna University) Result First class 67%
Project LIN Sub-Network Implementation using FPGA for Automobiles (2010)- Designed a LIN subnet using FPGA which is represented as a multiple interface instrument cluster or panel using virtual instrumentation where the user can customize the information that they want to see on the console.
Relevant Modules Wireless Communication, Satellite Communication, Mobile Communication, Digital Signal Processing, Digital Image Processing, Control systems, Transmission lines and waveguides, Microwave engineering, linear integrated Circuits, Optical Communication.
WORK EXPERIENCE
December 2009 April 2010 Internship in BSNL (Bharath Sanchar Nigam Limited)Radio Network in GSM- Tested the Base Transceiver Station (BTS) with the help of the TILCOM v15c307 software and maintained them to prevent unauthorized access to the information in the database.
ACHIEVEMENTS, INTEREST AND ACTIVITIES
Department Topper in First and Second semester in Masters.
Attained the Bronze Standard from DUKE OF EDINBURGH for Scouts & Guides.
Coordinated a national level Tech symposium called BRAVADE08.
Underwent in plant training in BSNL.
Underwent a training program on Automotive Software Engineering Methodologies conducted by TIFAC-CORE in Automotive Infotronics, VIT.
TECHNICAL SKILLS
Modeling and Design Cadence, Quartus, Matlab, Petrify
IT VHDL, C, HTML, MS word, MS excel, MS power point
LANGUAGES
Tamil Native language
English Fluent
REFERENCES
Dr. Alex Bystrov
School of Electrical, Electronic and Computer Engineering
Newcastle University, Newcastle upon Tyne, NE1 7RU, United Kingdom
Email a.bystrov@ncl.ac.uk Phone +44 (0) 191 222 6584.
Employer:
Bharath Sanchar Nigam Limited
Job Title:
Internship
Start Month/Year:
12/2009
End Month/Year:
04/2010
City:
Chennai
Country:
India
Description:
Tested the Base Transceiver Station (BTS) with the help of the TILCOM v15c307 software and maintained them to prevent unauthorized access to the information in the database.
