Project Data
Resume:
CURRICULUM VITAE
C.SIVAKUMAR
ARIYAPATTI (PO),
USILAMPATTI (TK), MADURAI (DT),
Pin -625532.
Ph .no: +91-978*******
Email-id: ********************@*****.***
Objective:
To establish myself in the fast moving, competitive environment, utilizing my potential for the good of the company I am employed with.
ACADEMIC:
CAREER CONTOUR – 1.1 YEAR
Working as an EMBEDDED DEVELOPER in FABMAX SEMICONDUCTOR RESEARCH LABS PVT LTD., Chennai since April 2015.
Responsibility:
Development of a project within the restricted time and resource.
Documentation and report writing of the ongoing projects.
Embedded programming.
Conducting workshops & trainings on embedded systems.
Cooperating in all the other activities like assisting R&D team in doing projects. Educational Qualifications
Level Board/University Electives Result
Year of
Passing
M.Sc PSG College of Arts & Science
Applied
Electronics
75%
2014
B.Sc
Sri Ramakrishna Mission
Vidyalaya College of Arts and
Science
Electronics
& Communication
Systems
65%
2012
HSC
Government Higher Secondary
School
Usilampatti
Maths
&
Computer science
58% 2009
SSLC
Government Higher Secondary
School
Usilampatti
- 61% 2007
TECHNICAL EXPERTISE
Programming
Languages
C, Embedded C.
Controllers AT89C51, PIC16F877A, LPC2124.
Protocols UART, SPI, I2C.
Tools Used
Keil uV4 for 8051, ARM 7, MPLAB Hi-tech C compiler for PIC series Code vision, PROTEUS7 Simulator, Xilinx ISE.
Boards
8051 Development Board, PIC16F877A Development Board, ARM – LPC2124 & LPC2148 Development Board.
PROJECT SUMMARY
Academic Projects
Project - 1 Automatic Railway gate control system
Institution Sri Ramakrishna Mission Vidyalaya College of Arts and Science. Coimbatore.
Role Academic
Department Electronics and Communication System
Technologies/Tools Keil Uv4, Proteus, Flash magic, 8051, PIR Sensor, LCD, Stepper motor.
Project Description:
This project was designed using 8051 microcontroller and it also comprises of an PIR sensor, an LCD module for displaying the status and a motor for opening and closing the gate. If the train crosses the first PIR sensor, then signal is sent to the relay and motor is started for closing the gate. After the train crosses the second PIR sensor the relay is energized and then the motor will be operated for opening the gate.
Project - 2 Data logger using Raspberry Pi.
Institution PSG College of Arts & Science. Coimbatore. Role Academic
Department Applied Electronics
Technologies/Tools MPLAB, Proteus, GSM Sim300, Raspberry Pi, PIC 16F877A. Project Description:
Main aim of this project is to monitor temperature from LM35 sensor. For this we are using PIC16F877A PIC microcontroller to do analog to digital conversion. Analog voltage is taken from LM35 sensor and this is linearly proportional to temperature. Converted digital voltage is again converted into decimal number to display for the user. This decimal value is sent to Raspberry Pi through UART in PIC16F877A. The Raspberry Pi is mini-computer that will receive UART data from PIC microcontroller to display in monitor. To interfacing Raspberry Pi and PIC16F877A logic level shifter of HEF4050B IC is used. SIM300 GSM module is directly connected with Raspberry Pi via UART. So temperature value is periodically sent to user by SMS using SIM300 module. Finally this project is going to display temperature value in monitor connected with Raspberry Pi and send SMS to user.
Industrial Projects
Project – 1 Machine to mobile technology
Parts used 16F877A, GSM, DC MOTOR.
Technologies/Tools MPLAB IDE,Proteus
Project Description:
In this project we developed the hardware which continuously monitors the health of the machine and sends message to mobile in the case of malfunctioning. Here we are monitoring the voltage and current drawn by a dc motor. In case if dc motor draws more voltage or current message is sent to the mobile.
Project – 2 RFID based Attendance monitoring system Parts used PIC16F877A microcontroller, RFID, LCD display Technologies/Tools MPLAB IDE,Proteus
Project Description:
This project is done for monitoring the attendance of employee’s, using PASSIVE RFID TAGS. The RFID Reader emits a low-power radio wave field, which is used to power up the tag so as to pass on any information that is contained on the tag. The data from RFID reader will be fed into the PC through USB where the VB environment will receive the data and Data base will save the daily timings.
Project – 3 Automatic cable TV on/off control system Parts used PIC16F877A microcontroller, Relay, IC DS1307. Technologies/Tools MPLAB IDE,Proteus
Project Description:
This project is basically used in private cable TV networks to automatically enable and disable the network with respect to the given time by using PIC Microcontroller interface with RTC.
Achievements:
Athletics: participated in the marathon race and achieved the 3rd place in the Bharathiar University.
In inter college meet participated in the 5000mts and I achieved the 3rd place in the Bharathiar university.
Active NCC candidate and I got the B grade certificate. PERSONAL DETAILS
Father Name : C.Chinnamuthu
Age : 24
Date of birth : 05/04/1992
Sex : Male
Language Known : Tamil, English.
I hereby declare that the above given statements are true and correct to the best of My knowledge and belief.
PLACE: yours truly,
DATE: (Sivakumar C)
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