Seeking an internship/co-op position for Summer and/or Fall 2014
ALMA MATER:
The University of Texas at Dallas, Richardson, December 2014
MS in Electrical Engineering, GPA: 3.612/4
BVM Engineering College, Gujarat, India, June 2012
BE in Electronics Engineering, CGPA: 8.38/10
COURSES:
VLSI Design, Computer Architecture, Advanced Digital Logic, Random Process, Digital Signal Processing-I, Applied Digital Signal Processing, Digital Image Processing, Speech and Speaker Recognition
EXPERIENCE:
Embedded Systems Intern, July 2011 to May 2012
Embitech Solutions, Gujarat, India
- Assisted in design and development of a security system based on GSM and
Microcontroller
- Interface Microcontroller P89V51RD2 from NXP Semiconductors with GSM modem,
alarm and sensor circuits
- Design and simulation of the system using Proteus design software
TECHNICAL SKILLS:
Programming Languages : C, Verilog, Basic Perl & Python
Tools : MATLAB, Simulink, Cadence, Synopsys, Spice, Xilinx,
PrimeTime, Encounter
ACADEMIC PROJECTS:
1. VLSI implementation of Discrete Linear Convolution
- Designed and Implemented 3x3 discrete linear convolution for 8-bit inputs
using Verilog
- Designed a custom cell library using IBM 130nm process consisting of
Inverter, NAND2, NOR2, XOR2,OAI3222, AOI22, MUX2:1 and D-flip flop using
Cadence Design Suite
- Performed DRC, LVS & QRC processes and library characterization using NCX
- Placement & Routing using Encounter, Primetime analysis to find critical
path time and clock frequency of the chip
2. 16 bit Arithmetic Logic Unit Design
- Designed and Implemented 16 bit ALU using Verilog
- Designed schematics and layouts of the gates using Cadence, IBM 130nm
Technology
- DRC, LVS & QRC processes,Library characterization using NCX, Placement &
Routing using Encounter, Primetime analysis
3. Chronological study of effects of Cigarette smoking on fundamental
frequency
- Collected speech corpus of celebrities who have been heavy smokers for a
long period of time
- Calculated and compared the fundamental frequency using three different
methods - Time domain analysis, Frequency domain analysis using MATLAB and
Vowels observation on Wavesurfer
- Trained and tested GMMs to analyze the changes using Voicebox
4. Blur Reduction Algorithms for Images captured by Smartphone Devices
- Collected 150 subjective images using Digital Camera and the sensors'...
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