Chip Designer and a Semiconductor Visionary
Bangalore Area, India
Chip Designer and a Semiconductor Visionary
Bangalore Area, India
I have been told many times what "is not possible", but I have always loved challenges, and rarely give up. My skills are varied, my interests many...
I consider myself a self-starter, a passionate and a very creative person, who likes to work fast and try to help others.
Chip Design platform strengths:
FPGAs, ASICs & SoC based product development.
Technology Strengths:
System Architecture, IP Development, Rapid Prototyping, Platform Emulation, Mobile Platform Development, 10/100/1000 Ethernet and Multi-Gigabit Ethernet based Product Development, Optical networking technologies like PON and GPON, TCP Offload Engines, PCI, PCI-Express, Advanced Switching based Switch Development.
Skills:
IP Development, Hardware System Integration, Functional Verification, knowledge of HDLs like Verilog & VHDL, extensive experience in FPGA Synthesis & Timing Closure, Wireless Network Infrastructure Design, Wired Network Infrastructure Design.
Competencies:
Up to date with current trends in Technology and market requirements and Digital Convergence.
Bottom line:
A must have for any Technology Company.
(Public Company; 201-500 employees; ALSC; Semiconductors industry)
April 2005 — February 2006 (11 months)
Architecture & Design of Advanced Switching (ASI) and PCI-E based switches.
(Privately Held; 1-10 employees; Semiconductors industry)
April 2003 — March 2005 (2 years )
Architecture and Design of accelerated TCP Offload Engines on high density Xilinx FPGAs and leveraging support on ASICs via a delayered parallel architecture, achieving line speed packet processing at 10/100, Gigabit and Multi Gigabit rates.
Development of a micro form factor De-Layered Grid Storage Server based on the above Technology capable of TCP offloads at speeds greater than 10Gbps with a SPI backbone.
(Privately Held; 11-50 employees; Information Technology and Services industry)
February 2002 — March 2003 (1 year 2 months)
Design and Implementation of High speed RSA encryption Engine on ASIC.
(Privately Held; 51-200 employees; Semiconductors industry)
August 2000 — February 2002 (1 year 7 months)
Development of Encoder/Decoder models for subscriber side Baseband modem, i-Burst User Terminal (UT) in Matlab which was later ported to Verilog RTL. Completed unit level validation for a subset of UT’s functional blocks using Matlab & Verilog. Completed performance analysis and unit level validation of Fixed-point & Floating point Matlab & Verilog models of i-Burst UT encoder and decoder blocks. Completed Implementation, synthesis, timing closure and FPGA based validation for ArrayComm’s i-burst, subscriber side baseband modem plus slim line UT SOC implementation in a PCMCIA formfactor.
(Educational Institution; 5001-10,000 employees; Semiconductors industry)
August 1999 — July 2000 (1 year )
Teaching/Research Assistant at the Digital Systems Lab, Texas A&M University.
Master of Science , Electrical Engineering , 1999 — 2001
Thesis: On Viterbi Decoders for Wireless CDMA
Designed an optimally fast, efficient and a low latency Viterbi decoder using a novell register exchange scheme instead of the traditional trace back scheme.
Bachelor of Engineering , Electronics & Communication , 1994 — 1998
Graduated with Honors. Majored in Design of Advanced Digital Systems & VLSI Systems Design.
Graduate Research Project Titled “Content Based Image Retrieval”, 1998.
+2 , Mathematics, Physics, Chemistry , 1992 — 1994
Major subjects were Mathematics, Physics and Chemistry.
1985 — 1992
Recognized for all round competence and won many awards of merit in science.
Digital Photography, Web Design, National and International travel, Gourmet cooking, War and architectural history, Gaming and Blogging.
IEEE