Analog design, rf design, digital design

E-Mail:

***********@*****.***

*****.*****@*****.***

Phone- +91-953*******

Interests :

Sports, Reading science

fiction books, Listening to

music, Reading Quora.

Technical interests:

Taking Courses in

coursera, Uploading own

designs to Github, Active

in EDA board, quora,

source forge, coursera and

stack overflow.

Permanent Address:

Sumadhura nilaya, near

gurukula school, savalanga

road, navule, hosuru,

Shivamogga-577201.

Karnataka.

Phone-+91-953*******

Sunil N S

Objective

To secure a position in a stable and profitable organization, and work in a challenging environment being a member of a team and utilize my technical knowledge to the fullest to benefit the company. Academic Background

SSLC- National high school, Shivamogga. Aggregate - 88.34% (10th).

PUC – DVS composite PU College, Shivamogga. Aggregate - 78.33% (12th).

B.E. (2009-13) – Electronics& Communication Engineering, PESITM with total aggregate of 74.07%.

M.Tech in VLSI Design and Embedded systems in R.V. College of Engineering Bangalore with total aggregate of 70.6%.

Work experience

Worked as a project trainee in centum electronics from July 2013 to august 2014. Internship in Robert BOSCH

Worked on testing of planning software for security systems.

Worked on physical design and testing.

Worked on thermal camera, hyper spectral camera, CCD HD cameras and spectral technologies on various applications.

Academic projects

PG project: Project on “Detection of foreign bodies in food items using hyper spectral camera and removal of defected items in real time” which included 2 major blocks 1. Defect detection block – which has image acquisition, pre-processing stage, training algorithm and testing algorithm along with design of PWM driver for LED and designing PCB for the same, which is main source for detection of contaminants using fluorescence effect. For the detection of contaminants ANN (FF-BP algorithm) is used for effective classification of contaminated and uncontaminated food items.

2. Ejection block – Here ejector is programmed using PLC for synchronising and ejection mechanism in real time using STM32 board.

Tools used: MATLAB, OrCAD, kiel, STM 32 board, Omron software, Omron PLC.

UG project: Implementation of Power Gating technique for the leakage minimization in sub- micron CMOS region. Here we used high threshold sleep transistor insertion technique to reduce stand-by leakage power in combinational and sequential circuit. Tools used: Cadence.

Projects on interest

Underground water level monitoring system and automatic control of motor under the guidance of Senior Scientist Dr.N.R.Prasad KSSRD Bangalore. Here we used level detectors and automatic turning of motor when the water level goes below the motor level. Personal Data:

Date of Birth: 16-09-1991.

Gender: Male.

Nationality: Indian.

Languages Known:

English, Hindi, Kannada,

Telgu.

Low noise amplifier and power amplifier design for the transceiver with frequency of operation at 2.4 G Hz.

Design and Development of Multiple Valued Logic (MVL) Based Combinational Building Blocks for power reduction in combinational circuits.

Worked on topography and designed the module for the eye for the detection of curvature of cornea on eye included 3D modelling.

Worked on the fundus imaging, designed fundus camera with optic lenses of different focal lengths, beam splitters and polarizer working for both hyper spectral camera and mobile camera works for both IR and visible light.

Worked on coded aperture, Designed MURA, PIN hole and Cosine masks which are used in fundus camera for the detection of depth in eye.

Worked on the meibomian imaging and pupillometry for design of hard ware model for capturing the images for detection of dry eye and detection of size of pupil in eye.

Mini projects:

o Project on “Extracting a good quality frontal face image from a low resolution video sequence”. This makes use of MATLAB and main aim is to bridging the gap between facial analysis systems and surveillance cameras using Super Resolution algorithm which involved RBSR and LBSR for increasing the efficiency of the system. o Two wheels Balancing Robot using ARM. This makes use of PID controller algorithm to balance the motor which is the same principle as that of rocket launching. o Design of full adder and counter using reversible logic, Reversible logic is a design for low power and high speed.

o Line following robot tracing the black line, in a work shop conducted by evobi. o Range correlator using Verilog which is implemented in a 65nm node technology for the ultra-wide band Radars.

Technical seminars

Seminar on reversible logic and its implementation in Verilog.

Seminar of Fluorescent multilayer disk in storing information. Courses taken

Machine learning and neural network by courser

Python scripting

RF design and designed LNA and PA

Skills

Application Software: Xilinx, Cadence, Kiel, MATLAB, OrCAD, eagle, Auto CAD, Silvaco, R- script, ladder programming.

Operating System: Windows and Linux.

Languages: C, C++, Embedded c, system Verilog, HDL, R script.

Interests: Analog circuit design, digital circuit design, RF circuit design, semiconductor physics, image processing applications.

Additional Interests and work done: Machine learning and its applications, PCB design, applications on RF design and analog design, IOT applications. Conference and paper presentation

International conference in IRAJ on “Spectral classification in detection of food contaminants present in food”. Paper ID – IR-EECE-CHNN-07086-325.

National level Paper presentation held in RVCE in 2016 on “Defect detection in biscuit using spectral classification”.

National level Paper presentation held at K.V.G COLLEGE OF ENGINEERING, Mangalore on FMD.

National level Paper presentation tech fest held at GMIT, Davanagere on reversible logic.

Attended International conference held in RVCE.

Project demo on Underground water level monitoring system and automatic control of motor in INTERNATIONAL AGRICULTURE CONFERENCE held in RVCE. Awards and achievements

Awarded first place as Excellent paper presentation in International Conference on international Academic conference on Electrical, Electronics and computer engineering in IRAJ held in 2016 august 7th on “Spectral classification in detection of contaminants present in food” with paper ID IR-EECE-CHNN-07086-325.

Demo was given in international conference on agriculture held in RVCE on underground water level monitoring system.

Two projects done in Robert Bosch are applying for Indian Patent.

Qualified for gate in 2014 with gate score of 538. Declaration

I hear by declare that the information furnished above is true to the best of my knowledge. Place : Bengaluru Sunil N S

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