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[QUOTE=Guest;215392]s.m.sethupathy
[b]E-mail id  [/b]: sethupathy2 AT gmail.com 
 
 Objective
 To pursue a challenging career with scope for improvement and growth, fulfilling the organizational goals in the field of software development
 Professional Summary
- Around 2 years of work experience in EMBEDDED TECHNOLOGY.
- Extensive hands-on experience on Embedded C programming to create Application software, extensively in Assembly Language.
- Wide experience in Embedded Systems Design with 8051 microcontroller, PIC microcontroller 16F877a and ARM LPC2129 series.
- Experience with KEIL and MPLAB compiler tool.
- Extensive work experience on Robotics Design with movements and axial alignments.
- Worked with I2c protocols
- Worked with wireless networks RF, Bluetooth and ZIGBEE Communication.
- Knowledge about Linux operating system.
- Excellent communication, leadership, analytical and problem solving skills.
- Positive attitude and willing to take initiative.
- Effective and Efficient in working on own and as a co-operative team player. 
- Ability to learn new skills with self-study and interest.
 Professional Experience
[b]Current employer [/b]:
 [b]Company name  [/b]: IRIS SOLUTION PVT. LTD,Thanjavur 
 [b]Designation  [/b]: Embedded Programmer
 [b]Total Work Experience  [/b]: 2 Years (From june-2010- Till Now)
 [b]Nature of Business  [/b]: Design and development of embedded projects.
 [b]Exposure  [/b]: C, Keil, MpLab, CCS, Proteus
 S.M.SETHUPATHY 
 Scholastic profile
- Have done my B.Tech (ELECTRICAL AND ELECTRONIC ENGINEERING) from Sastra University, Thanjavur in 2010 with an aggregate of 66.64%.
- Have done my DIPLOMA (ELECTRICAL AND ELECTRONIC ENGINEERING) from Latha Mathavan Polytechnic College, Thanjavur in 2007 with an aggregate of 84%.
- Have done my H.S.C from St. Antonys Higher.Sec.School, Thanjavur in 2005 with an aggregate of 52%.
 
 [b]Responsibilities [/b]: 
- Studying IEEE based transactions in embedded system and analyzing the feasibility.
- Selecting good transactions for IN HOUSE development.
- Preparing Hardware and software for in house projects.
- Incorporating the comments if any during inspection.
- Completion of the project.
 [b]SOFTWARE SKILLS [/b]:
[b]Computer Skills  [/b]: MS office, C, C++. Java, AutoCAD, Matlab, Photoshop 
[b]Operating systems  [/b]: Windows
[b]Languages  [/b]: Embedded C, 
[b]IDE  [/b]: KEIL, MPLAB Compiler and CCS Compiler.
[b]Microcontroller  [/b]: AT89C51(ATMEL), 16F877a (PIC) and LPC2129(ARM)
 [b]Achievements [/b]:
o TRAINING IN “EMBEDDED SYSTEM “ at BREEZ TECHNOLOGIES TRICHY (2010) 
o Certificate Course in “INTERNET INFORMATION AND COMMUNICATION TECHNOLOGY”(2010)
o Certificate Course in “INTRODUCTION OF MATLAB” (2008)
o Certificate Course in “Diploma in computer aided designing and drafting in AutoCAD”(APRIL 2005) 
 [b]Projects Handled [/b]:
[b]Project #1 [/b]:
[b]Project Title  [/b]: Vehicle Tracking System using GPS and GSM (AT89C51).
[b]Client Name  [/b]: kings college of engineering, Punalkulam. Thanjavur.
[b]Languages Used  [/b]: Embedded C
[b]Tools/Environment  [/b]: Keil uvision, Windows XP.
[b]Role  [/b]: Programming, execution and Debugging.
[b]Scope  [/b]:
 In this project AT89S51 microcontroller is used for interfacing to various hardware peripherals. The current design is an embedded application, which will continuously monitor a moving Vehicle and report the status of the Vehicle on demand. For doing so an AT89S51 microcontroller is interfaced serially to a GSM Modem and GPS Receiver. A GSM modem is used to send the position (Latitude and Longitude) of the vehicle from a remote place. The GPS modem will continuously give the data i.e. the latitude and longitude indicating the position of the vehicle. 
 The GPS modem gives many parameters as the output, but only the NMEA data coming out is read and displayed on to the LCD. The same data is sent to the mobile at the other end from where the position of the vehicle is demanded. 
[b]Project # 2 [/b]: 
[b]Project Title  [/b]: Wireless Traffic System with Speed Control (PIC16F877A)
Client Name : Mount Zion Eng. College Pudukottai
Role : Programming, execution and Debugging. 
Scope : 
 This paper explores the possibility of providing traffic control signals through radio frequency (RF) transmission or by other means of wireless data communication and thereby reduce road accidents. Additional advantages can be reducing the car speed or stopping car at speed breakers, no entry zones or police barricade. 
  
 This system if adopted by some state can effectively reduce the number of road accidents caused by speeding vehicles Losing control of the vehicle at speed breakers or by driver’s negligence towards traffic signals. The primary model of this system consists of a microcontroller controlled RF transceiver module, electronic controller unit (ECU) used in vehicles. 
 In the system proposed the traffic sign boards including control signals are replaced with RF transmitters transmitting the specified coded data (about the traffic signal) for the traffic control receiver unit integrated in the in the car where the receiver unit is connected to the ECU and to display unit on the dashboard of the car which on coming in vicinity of the particular traffic signal transmitter starts displaying the very traffic signal on the displaying unit. For some specific signals, of the likes of speed breaker, police barricade it asks for response for the driver in specified time duration such as to reduce speed or stop down, if the driver does not respond in the required manner the controller unit takes control of car transmission and performs the specified operation. 
 
 Declaration 
 I hereby declare that all the details and information furnished above are true to the best of my knowledge.
 
 Place: Yours truly, 
 Date: 
 (s.m.sethupathy)[/QUOTE]

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