SummarySkilled at analyzing design specifications and applying verification techniques in Verilog Vhdl. Over 4 years of experience working on FPGA Design Verification, Synthesis, Place Route using Synopsys Synplify-Pro Libero Soc Xilinx-ISE, C programming for ARM Freescale CPUs, Writing Digital Core Test plans for Interfaces, SI testing with Hyperlynx Pspice Simulators. HighlightsHardware Description Languages Verilog, SystemVerilog for Design Assertion,VHDL Programming Languages C, Tcl Perl Scripting, C , 8051 Freescale ARM Assembly Tools Modelsim Simulators, Synopsys Synplify Pro, Microsemi Actel Libero Soc 11.7, SmartTime (Static Timing Analysis tool), Xilinx ISE, Synopsys Design IC compiler, Primetime (STA), Hyperlynx LT Pspice Simulators, Orcad Schematic Capture Layout Experience04 2012toCurrentSenior Electrical EngineerHdr, Inc. Raleigh,,Design, Debug and Verification of source code written in Verilog for Microsemi FPGAs.Worked with 2 FPGA designs at the same time, handling both design and verification.Simulation using Modelsim and verifying the quality of testbench with Code Coverage.Writing timing constraints and build scripts for FPGA image release process using TCL.Wrote SystemVerilog Assertions OVL assertions for Asynchronous FIFO verification.Redesigned Finite State Machines (FSM) to meet max delay (setup time) timing goals.Fixed clock domain crossing timing problems using SmartTime Static Timing Analyzer.Reduced the overall resource utilization (area) of an existing FPGA design by about 10 .Writing Digital Core Test Plan for Interfaces of FPGA and Freescale CPUs (MPC5644).Used Hyperlynx Simulation for Signal Integrity testing and directed 2 Lab Technicians.10 2011to01 2012Test Systems Electrical Engineer Intern ,CO,Analog Digital Circuit Design, Motor Control using TI DSP and Semiconductor Testing.PCB (Orcad) Capture Layout and Design of Test fixtures in C and Labview Programs.Designing in Verilog HDL Verification using Test Benches (Modelsim) for FPGAs.01 2011to09 2011Research Assistant ,,Worked on Low Power Optimization of FPGA and ASIC using Design and IC compiler.Role was to write scripts (Tcl), apply design constraints, perform power timing analysis.Included RTL Synthesis, Place and Route, STA, Test Bench Verification using Verilog.07 2008to07 2009Embedded EngineerUniversity Of North Carolina Greensboro City,,IndiaDesigning and Debugging in Embedded C C Assembly for 8051 8086 ARM CPUs.Worked with Robotics team on controlling the movement of Robot using ARM9 MCU.Used Stepper motors, Serial interfaces, Embedded Web Server Linux Windows OS.Jessica Claire PROJECTS UNDERTAKEN Electronics Injection Ignition Driver Control and Diagnostics (at Woodward Inc.) FPGA provides the control logic for the Power Electronics which in turn drives the injector and ignition coils.FPGA also monitors and provides the Diagnostics (open fault, short to gnd -, short to battery -) for each output coil and sends this information to CPU via SPI.Apart from providing Diagnostics information, FPGA also protects the hardware instantly when some kind of critical fault is encountered.Time to reach peak current was also reported by the FPGA for diagnostics purposes for each output coil (kV detection).Trigger and Discrete Outputs Control and Diagnostics (at Woodward Inc.) FPGA provides the control logic for Power Electronics which in turn drives the Trigger and Discrete Outputs (High Side, Low Side and Push-Pull Totem Pole Output).FPGA also monitors and provides the Diagnostics (open fault, short to gnd, short to battery) for each output and sends this information to CPU via SPI.Apart from providing Diagnostics information, FPGA also protects the hardware instantly when some kind of critical fault is encountered.Power optimization in FPGA ASIC design using Synopsys Design and IC compiler tools.A 32-bit ALU designed using Verilog HDL using bottom up approach and horizontal vertical partitioning techniques was taken as the design example.This project involved completing a Low Power ASIC design flow in 45 nm technology using Synopsys Design Compiler and IC compiler in order to generate the gate level net list, perform placement, routing, clock tree synthesis and then optimize the power, area and timing of the design.Implementation and Design of Dice Game Controller using Xilinx Spartan 3E FPGA.This project involved implementing and designing the dice game controller using Finite State Machine (FSM) in VHDL and running the dice game on the Spartan 3E FPGA board.It mainly consisted of 2 counters, one adder to add the outputs of the 2 counters, a comparator to compare the sum and the point, register to store the point, control logic to find if the player wins or loses. EducationExpected inMay 2011totoMaster of Science (MS) Electrical EngineeringCalifornia State University-,GPA Electrical EngineeringExpected inJune 2008totoBachelor of Engineering Electronics and CommunicationAtria Institute of Technology (VTU)-,GPA Electronics and Communication Skillsapproach, ASIC, C, C , Circuit Design, Hardware, Controller, CPU, Debugging, Designing, DSP, Electronics, Embedded C, image, Labview, Layout and Design, Layout, Linux, logic, max, Windows OS, monitors, Optimization, Orcad, peak, Perl Scripting, Programming, Pspice, quality, Robotics, routing, scripts, Simulation, TCL, Verilog, VHDL, Web Server, written  SEP  Our client is a growing Medical Device company located in Parsippany, NJ. This role requires to be ONSITE 5 DAYS a week in Parsippany NJ Office. We are searching for a talented Senior Digital Electronic Engineer, digital circuit design and schematics experience using microprocessors. Experience with tools like DX DesignerAltium etc. Microprocessor C programming experience XilinxAlteraLattice High speed FPGA and SOC and microprocessor like MSP430TM4CNXP IMX family High Speed design tools Layout or Layout guidance for PCB designer. Use of test tools for signal integrity, EMC etc. Desired Experience PCB ( Printed Circuit Board) Design (preferably PAD) Schematic Capture and layout), Circuit Design BIG PLUS Work on Microprocessors development (any kind) doing Firmware using C programming Job Description Implementing embedded controllers using Microcontrollers for various image capture systems Developing firmware utilizing C programming (and Assembler) Experience with Capture schematics, PCB layout, routing and (PADs) tools Working closely with the manufacturing team to ensure through documentation and for production of products Core Requirements Bachelor s degree in Electrical or Electronics Engineering (or similar) 10 years digital electronic Circuit Design and development Will have some opportunity in implementing embedded controllers via Microcontrollers(ARM) as well FPGA (Xilinx) and high-end (32 bits) microcontrollers and IDE tools (CCS from Ti) Familiarity with Code Composer Studio Demonstrated experience in C Programming

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