Arun Venugopal.S Contact No.: + 91 – 74186 65519

arunvenugopals@live.com

Professional Objective : To be a successful person and a leader in my discipline and to serve my organization as well

as my nation, through my commitment and dedicated hard work, and to expose my capabilities

on systems development.

Professional Summary : Overall 2 years of experience in LabVIEW, Teststand in EVM related software

development for Texas Instruments India (both Offshore & Onsite).

Experience in Instrument drivers creation to control bench instruments.

Experience in using NI hardware’s like DAQ cards & PXI’s.

Having experience in following protocols,

SPI

I2C

One wire (or) S – Wire

Display Scale

MIPI

Knowledge in system development life cycle model and its different testing phases.

Experience in handling a team with maximum of 3 members.

Awarded with Supplier Excellence Award, the highest appreciation for any contractor

Employee from Texas Instruments.

Work Experience : Working as a Project Engineer in Soliton Technologies Pvt.Ltd, from July 2013 to till

date.

Academic Credentials : B.E – Electrical & Electronics Engineering from Karpagam College of Engineering,

Coimbatore with 85% - Year 2013.

HSC from St.Thomas Matriculation Higher Secondary School, Tuticorin with 90.66% -

Year 2009.

SSLC from Sri Kamakshi Vidhayala Matric. Hr.Sec. School, Tuticorin with 86.36% - Year

2007.

Certification :

Planning to take up CLAD & CLD at the earliest possible.

Projects Accomplished :

Project #1 :

Project Name : ADS8688 EVM GUI

Team : 3

Environment : LabVIEW & C++

Description:

The main objective of the software is to control the EVM. The EVM is a Sequential sampling

ADC with 8 channels which samples the continuous sine wave & analyzes the sample results

across all channels. The ADC efficiency is calculated by the histrogramming techniques. The ADC

also features alarm feature which triggers an alarm when the output DAC code is greater than

the user defined value. The interface board used is SDCC which uses SPI protocol to

communicate with the EVM & the software. The software also does a phase compensation

technique which nullifies the sampling of the input signal at different phases.

Project #2 :

Project Name : TMV2032 EVM GUI

Team : 2

Environment : LabVIEW & VIA Toolkit

Description:

The main objective of the software is to control the registers of the EVM. The interface

uses SPI & MIPI protocol to read/write the registers of the EVM.

Project #3 :

Project Name : TPS GUI’s (a collection of 10 GUI’s)

Team : 1

Environment : LabVIEW & VIA Toolkit

Description:

The main objective of the software is to control the registers of the EVM. The EVM is

used to test the display like LCS’s, LED’s. The interface uses I2C, SPI, Display scale & One wire

protocols to read/write the registers of the EVM.

Project #4 :

Project Name : Instrument Drivers

Team : 1

Environment : LabVIEW

Description:

Instrument drivers were created to control the instruments remotely. These drivers

were used to help the validation engineers to make post silicon validation. Created instrument

drivers for bench instruments like Oscilloscopes, Multimeters, Power supplies.

Personal Details:

Name : Arun Venugopal.S

Date of Birth : Mar 11, 1992.

Age : 23

Contact Address : Block 11 / 1, Camp 2,

Type 2, Analmin Nagar,

Tuticorin – 628 004.

Tamil Nadu.

Nationality : Indian

Languages Known : Tamil, English (R/W/S)

Declaration:

Here by, I declare that the above stated information is true to the best of my

knowledge.

Place : Coimbatore

Date : Jul 21,2015 (Arun Venugopal.S)