BRIAN ENGLES
PHYSICAL DESIGN ENGINEER ***-***-
*647
Austin, Texas
abmwb2@r.postjobfree.com
SUMMARY
Physical Design Engineer with over twelve years of physical design
experience. Team player willing to take on any task in order to meet
milestones and schedules. Able to innovate and solve problems while under
intense schedule pressure. Special expertise in:
Floorplan Timing Analysis Methodology/Scripting
Synthesis Noise Analysis Wire Bond
Place & Route DRC/LVS Flip Chip
Cadence SoC Encounter Synopsys Physical LEC
Compiler
PROFESSIONAL EXPERIENCE
Freescale/motorola, Austin, Texas 1993 - 2009
Physical Design Engineer, 1997 -
2009
Physical design of PowerPC microprocessors and embedded chip sets.
Responsible for chip level floor planning, and building of hierarchical
blocks from RTL to GDSII. Successfully completed critical path tasks as a
member of the design team for tapeout of 17 original PowerPC parts.
. Floorplanned PowerPC parts using a combination of Cadence and Freescale
tools. Completed initial feasibility studies and area planning based on
package type and architectural specifications. Placed hard and soft
blocks. Added power including multi-VDD. Completed clock-tree synthesis,
optimization, routing, and all other steps in the design flow. Delivered
high quality physical def files to block builders. Delivered chip level
netlist for extraction and timing. Completed DFM and delivered DRC-clean
tapeout-ready GDSII databases.
. Built hierarchical blocks from RTL to GDSII using Cadence SoC Encounter
that met all design requirements. Delivered DRC-clean tapeout-ready GDSII
databases.
. Reduced schedule time by using VPN remote access to keep CPU intensive
jobs running during nights and weekends.
. Completed chip level C4 design for an eight core Communications
Processor. Used pin list and package design rules to define C4 pitch, and
define placement of all C4 instances. Placed all power, ground and signal
C4 instances in the floorplan. Delivered a high quality C4 Map to package
design team.
Completed chip level wirebond design for a Dual Core Communications
Processor. Used pin list and package design rules to define initial
placement of all power, ground, signal and probe pads in the floorplan.
Teamed with package designer until all signal pads were successfully
routed in the package. Updated signal pad placements with the final
radial spreading coordinates generated by the Allegro IC Packaging tool.
Delivered coordinates for power, ground, signal and probe pads.
BRIAN ENGLES Page 2
Mask Designer, 1993 - 1997
Designed photomasks for PowerPC microprocessors, Process Development Test
Vehicles, and C4 bump technologies. Developed fracture algorithms for new
process technologies such as Trench Isolation and Optical Proximity
Correction.
. Co-inventor of Patent Title: Method For Minimizing Unwanted Metallization
In Periphery Die On A Multi-Sire Wafer This patent improved yield of die
around the periphery of a wafer by removing excess metal to prevent metal
peeling.
. Award for contribution to Trench Isolation process development.
. Designed reticles for .5, .35 and .25 micron process development test
vehicles.
. Developed methodology for bump mask design.
DuPont Photomasks, Round Rock, Texas 1989 - 1993
Technical Planning
Primary responsibility was to analyze customer data and technical
specifications for the preparation of ETEC data and EBEAM jobdecks for
exposure onto photomasks.
. Improved manufacturing efficiency by writing a program to show operators
exactly where on the photomask to measure critical dimensions.
. Authored documents for ISO 9000 Certification.
. Award for four consecutive years of perfect attendance.
. Quality Improvement Award April 1990.
. Quality Improvement Award August 1990.
EDUCATION
Coursework toward Master of Science Degree in Electrical Engineering
National Technical University, Fort Collins, Colorado
Bachelor of Science, Computer Science
Park College, Austin, Texas
PROFESSIONAL CERTIFICATIONS
CompTIA A+ - 2009 Edition
CompTIA Network+