Summary
Overview
Work History
Education
Skills
Websites
Projects
Timeline
Generic

Kartik Patel

Leander,TX

Summary

Currently serving as an IP Design Verification Engineer at Intel Corporation in Austin, TX. Graduated from Rochester Institute of Technology with a Master’s degree in Computer Engineering, focusing on computer hardware design and verification. Proficient in various engineering disciplines, especially VLSI design and verification, with skills easily transferable to the FPGA domain. Known for a logical and analytical approach to solving complex problems. A dedicated team player, always eager to learn and adopt emerging technologies in VLSI silicon design and validation.

Overview

6
6
years of professional experience

Work History

IP Design Verification Engineer

Intel Corporation
08.2020 - Current

• Develop and validate critical PCIe features, ensuring compliance with PCIe specifications and industry standards.
• Conduct performance validation of PCIe IP Gen6 and earlier versions.
• Collaborate closely with architects to determine bandwidth modeling and optimize system performance to achieve at least 98% of theoretical targets.
• Manage features such as receiver overflow and address translation for PCIe Gen5.
• Optimize validation infrastructure, reducing runtime for performance-related tests by 50%.

SOC Validation Engineer

Intel Corporation
04.2018 - 08.2020
  • Responsibilities include creating robust testplan and developing directed, random and cross traffic tests for Intel's Network on chip fabric
  • Supporting RAL (Register abstraction Layer) infrastructure at SOC
  • Responsibilities also included testing the security attribute feature of the fabric
  • This testing made sure that no external illegal entity can access register through the fabric and only Legal keys are able to access the Endpoint (IPs)
  • This testing was also extended to emulation wherein the role was to create a verification framework that mimics the behavior of the tests written in OVM
  • The developed framework exhaustively verified all corner cases and scenarios by doing sweep testing
  • Post processing scripts were also developed as part of the framework to ascertain connectivity of all eps to the NOC fabric, thus eliminating human error.

Education

Master of Science, Advanced Digital Systems Design, Design and Test of Multi-Core Chips, Digital IC Design, High Performance Architecture using CUDA on NVIDIA GPGPU, Multiple Processor Systems, Real Time Embedded Systems - Computer Engineering

Rochester Institute of Technology
Rochester, NY
12.2017

Bachelor of Science, Digital Logic Design, Circuits and Networks, Micro-Processor and interfacing, Object Oriented Concepts and Programming, Microcontroller and interfacing, Analog Integrated Circuits and Applications, VLSI Technology and Design, Digital Signal Processing - Electronics and Communication

Gujarat Technological University
Vadodara, GJ
08.2015

Skills

  • Simulation Tools: Cadence Virtuoso, SPICE, Synopsys Design Compiler, Mentor graphics Calibre, Microsoft Visual for GPU programming, QuestaSim/ModelSim, Verdi, VCS
  • Programming Language: VHDL, Verilog, System Verilog, C, C, MATLAB, CUDA, Open MPI, Assembly language
  • Scripting Language: Python and Perl
  • Hardware Platforms: Freescale 68HCS12, QNX Neutrino, Intel 8085, 8086, Intel Xeon, Amber 25, Atmega8
  • Other: RTL, Verification, Wireless Network on chip architectures, Performance validation, hardware security, Global fabric verification

Websites

Projects

Multi-channel ADPCM Codec (MCAC) by Single Resource Implementation, A 32 channel ADPCM CODEC was designed in Verilog according to the ITU CCIT G.726 specifications in Cadence Spectre, Verilog, 245.76 MHz, 65 nm, Used golden model for functional and physical verification, 93%, Automated Testing environment developed using Perl and Python Network on Chip: 5 port Router/Switch, Designed and implemented a network on chip 5 port Router/Switch architecture using VHDL in Mentor Graphics, Performed timing and power analysis to understand its effect and analyze improvement in performance

Timeline

IP Design Verification Engineer

Intel Corporation
08.2020 - Current

SOC Validation Engineer

Intel Corporation
04.2018 - 08.2020

Master of Science, Advanced Digital Systems Design, Design and Test of Multi-Core Chips, Digital IC Design, High Performance Architecture using CUDA on NVIDIA GPGPU, Multiple Processor Systems, Real Time Embedded Systems - Computer Engineering

Rochester Institute of Technology

Bachelor of Science, Digital Logic Design, Circuits and Networks, Micro-Processor and interfacing, Object Oriented Concepts and Programming, Microcontroller and interfacing, Analog Integrated Circuits and Applications, VLSI Technology and Design, Digital Signal Processing - Electronics and Communication

Gujarat Technological University
Kartik Patel