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JOSEPH M. BENNETT, PE
CLEARANCE: Active
Secret
CAPABILITIES:
 | Architect technical solutions to systems design and signal processing
challenges |
 | Design and verify digital, microprocessor and high-speed digital signal
processor based systems |
 | Design and implement FPGAs and custom integrated circuits using VHDL
language |
ACCOMPLISHMENTS:
 | Digital design engineer for a
miniaturized four board multi-DSP signal processing complex. The design
consisted of four Analog Devices TS101 (TigerSHARC) processors running at a
core rate of 250 MHz and a bus rate of 100 MHz. This design included four
linkports per DSP running at 125 MHz with a thruput of 250 Mbytes/Sec. The
four boards were built and interconnected using semi-rigid flex technology. |
 | Digital design engineer for Guidance and Control Computer (Dual ADSP-21160
- 80 MHz) for an advanced tank munition. This design included DSP hardware
implementation as well as FPGA design and high-speed (100 MHz) data
communications development. |
 | System design of Packet over Sonet for OC-192 test equipment using Xilinx
Virtex 2000 devices to process 128 bit wide data at 78 MHz. This design
generated and analyzed PPP, IP, UDP, TCP and ICMP traffic at a 10 Gbps rate.
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 | Design of several FPGAs for Guidance and Control Computer including Xilinx
Virtex 300 devices running at 50 - 125 MHz. These devices performed serial
telemetry data stream monitoring as well as message routing of communications
between the System DSP and all other subsystems in the Guidance and Control
section. |
 | Digital design engineer for Laser Ranging Computer (ADSP-21060 - 40 MHz)
for an advanced imaging system. This design included high-speed pulse
discrimination circuits implemented in ECL and PECL. |
 | Lead design engineer of the portable handset for the AT&T TransTalk 9000
Wireless Communication System. Detailed design work included the FPGA
implementation and FPGA conversion to ASIC of two custom integrated circuits.
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 | Digital design engineer for AT&T Merlin 206/410/820 Communications
Systems. Detailed development work included the design of two standard cell
custom integrated circuits used in the Control Unit Line Circuits. |
 | Co-author of the IEEE Journal on Selected Areas in Communications article
entitled "The Merlin Communications System" (Vol. SAC-3, No. 4, July, 1985).
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 | Co-inventor of the AT&T Merlin Communications System (U.S. Patent
#4,506,346) and Calling Line ID Adjunct (U.S. Patent #5,479,493). |
 | Design of several boards used on a Monopulse ECM System. These designs
included a Pulse Doppler AGC board that digitally sampled the pulse amplitude
data, averaged this data with the previous data, and adjusted the system gain.
|
 | Design of various cockpit mounted control panels used on JTIDS, German
Doppler, and F-16. |
 | Obtained Professional Engineers License in New Jersey (GE37441) and
Florida (48338). |
WORK HISTORY:
| 1/2001 to Present |
502 Design Services |
Consultant |
Oldsmar, FL |
| 3/2000 to 1/2001 |
Digital Lightwave |
MTS |
Clearwater, FL |
| 8/1997 to 3/2000 |
Alliant Techsystems |
PE |
Clearwater, FL |
| 6/1980 to 8/1997 |
AT&T/Lucent/Bell Laboratories |
DMTS |
Middletown/Holmdel, NJ |
| 5/1978 to 6/1980 |
Kuras-Alterman, A Raytheon Company
|
MTS |
Wayne, NJ |
| 6/1974 to 5/1978 |
The Singer Company, Kearfott Division |
Engineer |
Wayne, NJ |
EDUCATION:
| 1980 |
M.S. in Systems Science |
Fairleigh Dickinson University |
Teaneck, NJ |
| 1974 |
B.S. in Electrical Engineering |
Fairleigh Dickinson University |
Teaneck, NJ |
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