HENRY P. WARREN
EXPERIENCE (CONTINUED) Page 2
HENRY P. WARREN
OBJECTIVE
I am interested in assignments where I can apply my extensive experience as a scientist and electrical engineer. I am interested in researching and developing the
next generation communication semiconductor integrated circuits and electronic systems.
EXPERIENCE
08/1990 to 07/2013: The Boeing Company, El Segundo, CA
· Scientist. Satellite Design Center. Mixed Signal ASIC Custom Design Team Lead.
Ø Data converters, Analog-to-Digital (ADC) and Digital-to-Analog (DAC)
Ø Lead Architect, Lead Circuit Designer, Design/Package/Test Team Leader, Project Manager. Led automated test development, led test characterization, IC package and evaluation board design oversight.
Ø Research and development, new business campaigns, proposals, cost, schedule, earned value, risk management.
Ø Multi-gigahertz wideband ADCs and DACs for high reliability satellite payloads.
Ø Developed 8 generations of ADCs and DACs: 8-12 bits, 0.3 to 12 Gsps, baseband to RF.
Ø IBM’s SiGe-5HP to 8HP-BiCMOS semiconductor technology.
Ø Designed and tested analog, digital, rf, microwave, DC-20GHz ASICs.
IC circuit design experience also included design of a 2GHz Direct Digital Synthesizer (DDS), multi-chip multi-GHz packet switch router demonstration board with eight or so custom designed ICs, multi-rate Clock-Data-Recovery (CDR) chips, clock distribution ICs, single-event radiation hard design evaluation ICs and other analog and digital ASICs. While most experienced with IBM’s SiGe BiCMOS semiconductor technology, also familiar with HRL’s InP HBT, various CMOS ASIC technologies, FPGA, GaAs MESFET and InP HEMT.
Ø 1990 to 1993: Designed and integrated rf, microwave and millimeter wave modules and units from 5Mhz up to 60GHz.
06/1988 to 07/1990: University of California - Los Angeles, Los Angeles, CA
· Research Assistant. Electrical Engineering Department. Analyzed micron scale vacuum-field-emission structures for microwave/millimeter wave integrated circuit applications.
06/1984 to 06/1988: Magnavox Advanced Products and Systems, Torrance, CA
· Electrical Engineer. Research Organization. Designed civil GPS rf/synthesizer and IF receiver bipolar ASICs.
EDUCATION
M.S., Electrical Engineering - University of California - Los Angeles, Los Angeles, CA
Major: Electromagnetics/Microwave
B.S., Physics – University of California – Berkeley, Berkeley, CA
PATENTS
“Digital-to-Analog Upconverter”, 2004 US patent # 6690313. Widely adopted by industry leading manufactures for RF DAC applications.
PUBLICATIONS
A 2GHz, 12bit DAC for DDS Applications, GaAs IC Symp, 1996
1 to 25GHz Vacuum FET Distributed Amp Analysis, IEDM 1990
A GPS Receiver with Synthesized Local Oscillator, ISSCC 1989
DESIGN TOOLS
Cadence Virtuoso Analog Design Environment, Spectre/Spice, Cadence Virtuoso mixed mode simulation, Verilog, VHDL, Synopsys,
AWR’s Microwave Office, Sonnet EM software
SOFTWARE
Matlab, Mathcad, C++, Fortran, Labview