
Hardware Engineer at Intel
Austin, Texas Area

Hardware Engineer at Intel
Austin, Texas Area
Computer Engineer with broad experience in ASIC and Microprocessor design. Experienced in logic design using Verilog HDL and schematic entry tools. Solid background in physical design. Proficient in the use of PERL and unix scripting to automate design and pre-silicon verification tasks and methodologies. Hands on experience working on the Memory Execution Unit on x86 micro processors.
Microprocessor Design;
ASIC(Application Specific Integrated Circuit) Design;
Logic/Phyiscal Design;
Verilog HDL Design;
Schematic Design using Candence Opus.
Memory Execution Unit design for x86 processors.
PERL and Unix scripting.
(Public Company; INTC; Semiconductors industry)
June 2007 — Present (2 years 2 months)
Memory Execution Unit Design.
(Public Company; 1001-5000 employees; NVDA; Computer Hardware industry)
April 2005 — March 2007 (2 years)
•Involved in all aspects of ASIC design. Primary responsibilites include system and unit level verification on nFORCE series of integrated chipsets for AMD platforms
(Public Company; 10,001 or more employees; INTC; Computer Hardware industry)
February 2001 — March 2005 (4 years 2 months)
• Designed, implemented and verified different blocks within the ReOrder Buffer unit in the Sequencer Cluster on TEJAS, a 4GHz Intel Pentium 4 design.
Responsibilities included gate level design of functional verilog, timing closure and full chip integration using top down physical data provided by the physical design cluster.
Major tasks included resolution of critical paths, fub level lef/def consolidation, Noise and ERC/RV certification, level 1 functional debug, FEV, Perl scripting and CVS file management.
• Participated in establishing a semi-custom design flow using standard cells and manual placement directives.
The flow was used in the design of the entire Floating Point Unit and several data path intensive units including the event and exception handler.
This resulted in significant reduction in schedule, overall cost and risks through the elimination of expensive mask design effort and re spin.
(Public Company; 10,001 or more employees; TXN; Semiconductors industry)
February 1998 — January 2001 (3 years)
• Modification and design reuse of TI and third party IP cores for use in turn key System on Chip designs. Worked on I2C master, slave modules, bus functional models for system verification, IEEE 1394 link layer controller modules for data transmission framing
MSEE , Computer Engineering , 2009
MSEE , Computer Engineering , 2000 — 2000
completed 9 hours of course work beforing transfering to UT Austin.
BSEE , Electrical Engineering , 1994 — 1997
1993 — 1994
1991 — 1993
1986 — 1991
1981 — 1986