PRASAD PRADIP KUMBHARprasadkumbhar101291@gmail.com (201-989-8154) Jersey City, NJ-07306.

EDUCATION:New York Institute of Technology (NYIT), New York, NY December 2015Master of Science - Electrical and Computer Engineering

University of Mumbai, Mumbai, India June 2013Bachelor of Engineering - Electronics

TECHNICAL SKILLS:Development Boards: ARM 7 (NXP LPC 2148), Raspberry PI 2, Cortex-M3, 89C51, BASYS 3 board, Xilinx Zynq-7000 SOC Programming Languages: VHDL, Verilog, C++, Embedded C, Python (Beginner level)Electronic Design Automation Tools (EDA): Xilinx Vivado, Xilinx ISEIntegrated Design Environment Tools(IDE): Kiel vision, Altera Quartus, Xilinx Software Development Kit(SDK), Flash MagicSimulation Tools: Modelsim, Multisim, MatlabOperating Systems: Windows, Mac, Linux (Red Hat, Ubuntu, Fedora)

PROFESSIONAL EXPERIENCE:

Firmware Engineer, Rockwell Automation for Technospirellc.inc, Milwaukee, WI July 2015 - Present Worked on target Platform HPC_755 POWERFLEX LOW VOLTAGEDRIVE (Arm-Cortex) Involved in system analysis, Design, Development Created UML class and sequence Diagrams Working under an Agile/Scrum methodology in self-organized teams Involved in Functional testing, Unit testing, Integration testing Hands on experience in Version controllers and Configuration management tools like Rational clear case and Clear Quest Programming software modules in C/C++.

Graduate Assistant, New York Institute of Technology, New York, NY January 2015 – December 2015

Assist students with queries pertaining to VHDL codes related to shift registers, counters, RAM and ROM Designed a 32 bit Serial In Parallel register to remove a place design error on Xilinx Vivado for 256 bits secure hash bit SHA-1 code

CERTIFICATIONS:Linux Kernel Internals and Advanced programming August 2015 Worked on Linux Kernel internals, basic commands, File systemDiploma in Embedded Systems, Prolific Systems & Technologies Pvt. Ltd, India September 2013 - December 2014 4 month experimental training program on embedded systems and fundamentals and concepts of Real Time Operating Systems.

ACADEMIC PROJECTS:

ZYNQ DRAM BRIDGE, Graduate, Final year project, NYIT September 2015 – December 2015 Investigated high throughput sustained data transmission methods between the Programmable Logic and DRAM on ZYNQ 7000 SOC Zedboard through ARM A-9 processors and vice versa Configured AXI based interfaces for communications. Performed data transmission by barebone method and using Linux Developed block diagrams and module interfaces in Xilinx vivado and exported to Xilinx SDK for software development

32 BIT ALU using instruction decoder in Verilog, Graduate Curriculum project, NYIT May 2014 Designed a 32 bit ALU that stores instructions and performs arithmetic and logical operations Defined a 32 bit instruction format and created an array contains 8 elements 32 bit wide and defined 8 operations Designed a decoder to read and implement meaning from the op code, while storing it in memory

SONET FRAMER Detector for average calculation, Graduate Curriculum project, NYIT April 2014 Designed a SONET Frame using VHDL consisting of 90 rows and 9 columns and defined values to overhead bytes Developed a memory (RAM) to store random values which can be retrieved from the memory as per user request

ARM-7 based Smart Gasoline Station, University of Mumbai May 2013 Designed an ARM-7 based Smart Gasoline Station incorporating a GSM Modem that allows wireless communication between the

authorized owner and the petrol pump. Designed the algorithm and flow chart for the logical flow of the software, which analyzes the complete system. Programmed the microcontroller using Embedded C and compiled in Keil software using Flash magic to burn the codes.