1. VISHVA N. MISTRY
B. Tech. EC/M. Tech. (Pursuing)
ADDRESS: Opposite Jain Temple, E-MAIL ID: vishva2404@gmail.com
Pologround, Himmatnagar-383001 14mecc10@nirmauni.ac.in
PHONE NO.(M): +91 99245-55912
CAREER OBJECTIVE
To be the best in field by grabbing the opportunities that comes along my path and converting them
into the assets of the organization I work by my sheer determination, dedication and hard work.
PERSONAL PROFILE
Mother’s Name : Beena Mistry
Father’s Name : Nayankumar Mistry
Date of Birth : 24th
April,1993
Languages Known : English, Hindi, Gujarati
Hobbies : Music, Reading, Travelling
ACADEMICS
Course Board/ University
Year of
Passing
CPI / Percentage
M. Tech NIRMA UNIVERSITY 2016 9.1
B. Tech
DHARMSINH DESAI UNIVERSITY-NADIAD
2014 9.14 (83.9%)
H.S.C. HSCE Board
Spectrum High School,
Himmatnagar
2010
78.40%
(PCM: 88.33%)
S.S.C. GSEB Board
My Own High school,
Himmatnagar
2008 88.15%
EXPERIENCE
 Trainee at Space Application Center ISRO, Ahmedabad from December 2013 to March 2014.
 Technical Intern at Broadcom Limited, Banglore from May 2015 to June 2016.
TECHNICAL SKILLS
Projects Accomplished:
 FPGA implementation of Digital PID Controller completed at ISRO, Ahmedabad (Jan-April,
2014 – Semester 8):

2. Digital PID Controller implemented on FPGA using the MATLAB and VHDL
Language. PID Controller is used to control temperature of cooler in close loop system. The design
verification is done in MATLAB. The Simulation is done by Questa Sim software. For verification
of VHDL code Xilinx is used.
 Automatic Gear Controller with RPM display (Semester 7) :
It is a Microcontroller Atmel AT89C51 based circuit which controls the gear according to
the speed of motor. The speed of motor and gear will be display on LCD 16x2.The change in gear is
shown by defection in the Stepper Motor.
 Digital Modulation Tool (Semester 6) :
Using MATLAB, a Modulation tool was made. MATLAB GUI will show all types of
basic digital modulation techniques, their input and output with plots along with their constellation
plots.
 FPGA Implementation of 4x1 Multiplexer:
A Verilog code is developed to observe the functionality of 4x1 Multiplexer and it is
verified in Spartan 6 FPGA Board. The simulation is carried out in Xilinx software.
 Intercom using LM386 (Semester 5) :
A circuit designed using Transistors, Amplifiers, Speakers, Microphones to improve
communication in places like hospitals, offices, hostel, etc.
 Application of Encoder and Decoder (Semester 4) :
It is 3 bit Adder Circuit which was designed with Encoder (IC 74148) and Decoder (IC
7442). Sum of given input bits will be display on LED.
 Ball Follower Robot using Arduino :
Arduino is programed in such a way that the robot follows the instruction given from the
keyboard and also follows the ball.
 Applications of C and C++ Language:
1) Library Management: A code was developed in Ubuntu environment, which gave the
information of availability of book, whose Name or Author was given as input by the user.
2) Telephone Directory: Telephone directory was developed in Ubuntu environment, which gave
detail information of that user, when the telephone number or Name is given as input.
3) Student Academic Mark-sheet: A program was made to calculate the percentage and grade of
student, when marks are given as inputs.
 Webpages using JavaScript:
The use of events, Object, timeout, time-interval function and hyperlinks in webpages.
HTML and JavaScript are used as platform.
 ARM7TDMI :
LED blinking program was made in assembly language which was verified on ARM7TDMI
kit.
Computing Skills:
 Turbo C For Programming in C/C++
 Python
 HTML/JavaScript
 A51 and Tasm Assembler
 Quartus 9.1 for VLSI design
 MATLAB

3.  Multisim 11.0 and Circuit Maker for design of Electronics Circuits
 VHDL,Verilog
 Proteus
 Xilinx
 Questa Sim
CREDENTIALS & ACHIEVEMENTS
 Gold-medalist in B. Tech. EC.
 1st
Prize in Tech Genesis (Felicific, 2013, DDU).
 1st
Prize in Quiz of Communication Systems (Felicific, 2013, DDU).
DECLARATION
I hereby declare that the above mentioned information is correct up to my Knowledge and I bear the
responsibility.
Vishva Mistry