praveen_kumar

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CURRICULUM VITAE

Praveen Kumar

Email Address: [email protected] Cell: +91 9880919131

Objective

I am looking forward to join a progressive organization. I have high level of personal morals and integrity.

I am Goal oriented, self-motivated and committed to the successful outcome of the project. I am willing to

work hard and have a great desire to learn.

Summary

Worked 1+ Year in Development on Embedded systems Using C, Embedded C, C++, python in windows

and Linux Environment as Embedded software developer in Viswajyothi Technology, Bangalore from Oct

2015 to Nov 2016. Viswajyothi Technology offerings are built around the core competencies gained

through clear focus on embedded systems development. Worked in a demanding start up environment

and have ability to produce results without much direction.

Skills

Languages C, Embedded C, C++, Assembly, Python, HDL

Hardware Microcontrol ler, ARM, DSP, dsPIC, Raspberry-pi , FPGA

Tools Ecl ipse IDE, Kei l IDE, Simul ink, Xi l inx ISE, CCS IDE, MPLAB IDE,

Proteus

Protocols UART, SPI, CAN, I2C

Platform Windows, Linux, RTOS, RASPBIAN

Sensors Ultrasonic, Temperature, Moisture, Hall Current, Accelerometer

Supporting Device GSM(AT commands), Zigbee, ADC, SIPO, PISO

Experience

ViswaJothi Technologies Private Limited, Karnataka, India

Junior Engineer (Embedded Software Developer)

Key Responsibility handled

that work should be done on time

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Major Assignments

Project 1: AVR (Automatic voltage regulator)

Responsibi l i ty: programmer

Team Size: 4

Environment: CCS V5, (DSP) TMS320F28335

Description: This project gives regulated constant 24v automatical ly using PID control ler. The PID is a

control loop feedback mechanism, i t is continual ly calculate an error e(t) as a di f ference between

desired set point and measured process variable and appl ied a correction based on proportional ,

integral and derivative terms. P ID control ler is developed using IQmath l ibrary this contain high

accuracy Matametical functions. According to the PID result buck and boost ci rcuits wi l l increases and

decreases the output to maintain constant voltage. LCD display is interfaced with the p roject to

monitor input and regulated output voltage.

Project 2: Co-relation power swing blocking


Team Size: 3

Environment: MPLAB IDE, dsPIC33FJ256GP710 , proteus 8

Description: This is a power electronics based project, Power systems are operated with such tight

stabi l i ty margins that when a power system experiences a fault or disturbance. These osci l lat ions in

the generator rotor angle translate into power swings across the system. The occurrence of a power

swing condit ion on a power system must be detected, and the appropriate protective action needs to

be taken. Using LCD display status of voltage swing wi l l display and here relay is used to control

power l ine protection.

Project 3: Induction motor controll ing and monitoring


Team Size: 3

Environment: Kei l IDE, ARM, ecl ipse

Description: This project is developed to control and monitor industr ial induction motor with the help

of sensors, sensing over voltage and under voltage, over current, over speed, temperature, Line

frequency and phase fai lure parameters. Al l parameter values are transferred to the control l ing

computer through Zigbee and by using GUI al l these parameter values are displayed on the monitor ,

as wel l as i t wi ll display on LCD interfaced with ARM Control ler . Computer has a manual control over

induction motor to turn ON/OFF by sending commands through Zigbee

Project 4: Crop monitoring and control using IoT

Responsibi l i ty: programmer (python)

Team Size: 4

Environment: python, Raspberry-pi , RSAPBIAN

Description: This project is developed for crop monitoring and control l ing through internet, so provide

login page for particulate IP address , in that login page crop related information and control option

wi ll avai lable. That web page wi l l give detai ls about water level , temperature, moisture, crop status

and motor status

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Academic Project

FPGA Implementation of Modified CORDIC Algorithm and Architecture–M Tech Final Project

The Trigonometric, logarithmic and hyperbolic are like many functions are performed by use of Sine

and Cosine functions.

The Sine and cosine functions are generated by CORDIC (COordinate Rotational DIgital Computer)

Algorithm and Architecture for whole four quadrants.

The proposed Architecture is performed by using only simple addition, subtraction and shifting

operation, due to the reason efficient hardware utilization is achieved.

Education

M Tech – VLSI Design and Embedded system (2013 -15) from Alpha Col lege of Engineer , Bengaluru

(Affi l iated to VTU, Belgaum) with 77.9%.

Certifications

RTL Verification using Verilog certified by IEEE Ref No. 574622551 Bengaluru

Year: 2015

Advance diploma in embedded system development Bengaluru Year: 2015

Personal details

Name Praveen Kumar

DOB 22nd Apri l 1991

Sex Male

Marital Status Single

Nationality Indian

Languages Known Kannada, Hindi, English and Telugu

Hobbies Surfing on the Internet, Listening Music and swimming

Declaration

I hereby declare that all the details furnished above are true to the best of my knowledge and belief.

Praveen Kumar

praveen_kumar

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