To be associated with an organization, that provides career development opportunities so that I may contribute in its progress through the best of my knowledge and skills.Work Experience :
Working as Assistant Professor in Amrita School of Engineering, Bangalore since Dec 2010.
Worked as Lecturer in CMR Institute of Technology, Bangalore from July 2009 to Dec 2010 (1.5 yrs).
Worked as Lecturer in Oxford College of Engineering, Bangalore from 2004 to 2006 (2 years).
Worked as lecturer in University College of Engineering, Kerala from 2001 to 2004 (3 years).
Worked as Production Engineer in Unitek Power Systems, Kerala in 2000 (8 months).Roles & Responsibilities In Lecturing :Subjects handled : Basic Electronics, Digital Systems, Solid State Electronics, Communication Engineering, Integrated Circuits, Computer Networks and Network Security,Digital Communication.Labs handled : Analog Electronics Lab, Digital Lab, Communication Lab and Integrated Circuits Lab, VHDL Lab.
Have exposure in exam duty and have conducted lab exams.
Attended centralized paper valuation camp.Qualification :
M.Tech (Communication Systems) from RV College of Engineering, Bangalore in 2009 with 66%.
B.E. (E&C) from Amrita Institute of Technology & Science, Coimbatore in 2000 with 69%.
PreDegree from St.Joseph’s College, Kerala in 1996 with 82%.
SSLC from De Paul School, Kerala in 1994 with 85%.Software Proficiency :Operating Systems : MSDOS, WINDOWS 9x/2000 and XPSkills :VHDL, SYSTEM GENERATOR,C, MATLAB, Pspice,ALP in 8085Cocurricular Activities :
A paper on “Digital Signal Generator Design Using Interfaces with Aurora Protocol” is selected for an International Conference in Dayanad Sagar College of Engineering, Bangalore due in April 2010.
Attended International Conference in RV College, Bangalore in 2007.
Attended Summer School Programme on DSP, Wavelets ,Fractals & Chaos’ in Amrita Institute of Technology & Science, Coimbatore in 1999.Project Details :M.TECH :Title : Design and Development of FPGA based Modules for Radar SystemsS/W Platform : VHDLH/W Platform : Virtex, Virtex 5SYNOPSIS : The project was based on ECCM technique. Sponsored links :
A radar processor decides the frequency of transmission by analyzing the jamming errors and sends this information to the transmitter section in terms of messages. The aim of the project was the design and development of high speed interface for feeding the message with the extraction of required fields using FPGAs. The interface for feeding the messages are developed using Aurora protocol of Xilinx which supports high speed data communication up to gigabytes. Based on the messages received, the respective fields are extracted to give the required signals for the generation of various frequencies. This project also aims in the development of FPGA based module for the extraction of frequency field from the message. In this module the mode of operation of radar is also identified. The frequencies are identified depending upon the operational modes.B.E. :Title : Texture Analysis & Classification using Wavelet Transform.S/W Platform : Matlab & CSYNOPSIS : The main idea of the project was to analyze and classify the textures whose dominant frequencies are located in the middle frequencies channels, using treestructured wavelet transform also called wavelet packet. The method based on multichannel or multiresolution analysis outperforms the traditional methods.Personal Skills :
Ability to deal with people diplomatically, hard worker, interest to take up new ventures, fair verbal and written communication skills.Declaration :
I hereby confirm that the information furnished above is correct to the best of my knowledge.Date : ___________Place : ___________
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