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Verilog, VHDL, System Verilog

Bangalore, KA, India
April 29, 2014

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Present Address: H No. ***/*, 6th Cross, 5th main, Venkatapura, Koramangala 1st block, Bangalore 560034

E Mail: / Contact No.: +91-948-***-****

VLSI Frontend Design & Verification Trained Engineer

Career Objective

To pursue a career in the field of Hardware Design, R&D, and Verification & to work in an Organization where

I use my skills and knowledge to deliver value added results as well as further enhance my learning and develop my

career in the field of VLSI .


Pursued B.E in Electronics & Communication Engg. from G M Institute of Technology, Davangere, Karnataka.

(Visvesvaraya Technological University, Belgaum)

Certification of VLSI Design and Verification. A 6 months in class training program from Sandeepani School of

Embedded and VLSI Design.

Expertise in Verilog based Front End Hardware Design, RTL Coding, Functional Verification, System Verilog based

Design and Verification, Class based Environment creation for verification, assertion based verification.

Hands On experience with FPGA Spartan 3E & Spartan 6.

Knowledge of VHDL, C, Microprocessor 8086, Microcontroller 8051.

Skilled in Xilinx ISE Tools, ModelSim, QuestaSim, Leonardo Spectrum.

Certification of Embedded System Design. An 1 week overview session from Li2 Innovation Pvt. Ltd., Bangalore,

It included the practical usage of ATMega 32 Microcontroller on development board.

An effective communicator with excellent relationship management skills and strong analytical, leadership,

decision making, problem solving & organizational abilities.


B.E. in Electronics & Communication Engg. 2013 73.79%

G M Institute of Technology, Davangere, Karnataka (Affiliated to VTU, Belgaum)

12th Standard from Basavaprabhu Kore PU College, Chikodi. 2009 59.5%

Dept. of Pre University Education, Bangalore, Karnataka

10th Standard from M K Kavatagimath Kannada High school, Chikodi. 2007 88.32%

Karnataka State Secondary Education Board (KSEEB), Bangalore

B.E final year Project

Project: Human Brain – Computer Interface using Electroencephalography.

Duration: 4 Months.

Type: Team (4 members)

Scope: Our goal was to build a brain computer interface using a PIC microcontroller. It is decided that

the least invasive way of measuring brain waves would be using electroencephalography

(EEG) to record microvolt range potential differences across locations on the userʹs scalp. In

order to accomplish this, a two stage amplification and filtering circuit are constructed.

Moreover, the built in ADC functionality of the microcontroller to digitize the signal is used.

Passive tin electrodes soaked in the bentonite paste are placed on the userʹs head and connected

to the amplifier board. The PIC microcontroller converts the analog values obtained from EEG

electrodes to digital form using programmed ADC instruction and sends it to a PC connected

to the microcontroller. The PC runs software written in MATLAB to plot the variations in

voltage level on the resultant signal. From there, we were able to control our own DC motor

rotation using our mindʹs brain waves.

In – Course Project

Project: Controller Design for ADC 0808

Duration: 2 Week.

Organisation: Sandeepani School of Embedded & VLSI Design, Bangalore.

Scope: ADC 0808 is an 8 bit microprocessor compatible analog to digital converter with 8 channel

Multiplexer which can access 8 analog inputs. It is a standalone device which on request,

converts the analog input at channel to digital. Hence there needs to be a mechanism to control

the conversion operation. This controller will generate control signals required for ADC to

perform as on request when any analog data is available. Also the controller is designed such

that it can be interfaced with other modules like SRAM or other memory elements to store the

converted digital value.

Hobby Project

Project: Digital Voltmeter

Duration: 1 Week.

Organisation: Li2 Innovations Pvt. Ltd., Bangalore

Scope: It was a short term internship project after the completion of 6 days’ workshop on Embedded

System Design. Input AC voltage of max. 230v is reduced to the range between 0v 5v range

via voltage divider and fed to microcontroller, where it is processed digitally.

Extra Curriculum Activities

Secured 2nd prize in Paper Presentation on “A SURVEY ON WI FI” at Bapuji Institute of Engineering &

Technology, Davangere.

Participated in National level paper presentation held at Kalpataru Institute of Technology, Tiptur.

Participated in a two day workshop on ETHICAL HACKING.

Qualified to attend the State Level Cultural Activities in Quiz competition conducted by Dept. of Pre University

eduction board, Bangalore during the year 2008 09 after securing 1st, 1st, 3rd place in taluk, district and zonal levels


Active member of school volleyball team, qualified upto district level during year 2003 04, being the general

champion taluk level.

Active participant in various sports and cultural activities conducted in school and college days.

Worked as main coordinator during DELTA 12.0 & DELTA 13.0, an annual technical fest conducted by GMIT,


Playing XI Member of class football team, Winners of inter class football championship for consistently for 2 years.

Winning team member of VOLLEY 10, a volleyball championship conducted by GMIT Boys Hostel

IT Proficiency

Software Languages: C, 8086 Assembly Programming, 8051 Assembly Programming.

Windows XP/7, Microsoft Office, Adobe Photoshop.

Personal Dossier

Date of Birth: 19th June 1988

Permanent Address: S/o Ravindra Hiremath, 5288/1, Neel Kamal, K C Road, Chikodi 591 201, Karnataka.

Languages known: English, Hindi & Kannada.

Nationality: INDIAN

Passport Number: L7564489

References: Available on request.

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