David Wilson Email & Phone Number

New York City, Us

Helping to develop technology to allow citizens to fight climate change by removing carbon dioxide from the atmosphere.

I'm working on a variety of projects, mostly the design of useful hardware and software to work with the open-source Arduino platform. My focus is on low cost and low power. Current projects include the design of components to aid in carbon dioxide capture, environmental monitoring, and energy conservation.

San Jose, California, Us

Hardware design and DVT for coherent optical line cards with 200Gb/s per wavelength. Design of power supplies and control circuits for photonic integrated circuit (PIC) modules.

Lead hardware engineer for 1.5-W 10Gb/s 80-km DWDM Tunable SFP+ pluggable transceiver module. Design for high density, low power, and signal integrity. Selection and characterization of components; circuit design and simulation; schematic entry, layout supervision, and design verification; transfer to manufacturing; debugging and failure analysis; customer support. Design of test fixtures.

Development of all-optical GPON reach extender employing SOAs for FTTX systems. Optical system testing and analysis to quantify regions of application. Qualification of optical transceiver modules for optical line terminals (OLT).

Us

Developed optical telemetry channel card with tunable laser, LN modulator, variable optical attenuator, PLL, active filters, data conversion, power converters, SPI, RS232. Wrote testing software in C (LabWindows/CVI).

Electronic and optical hardware design of regenerated (OEO) and all-optical (SOA) GPON reach extension products. Defined calibration and testing procedure; conducted optical system testing and analysis of OSNR, eye closure and receiver sensitivity. Automated optical and BER tests.

Ca

Hardware design of amplified DWDM optical line card with fast digital transient control of EDFA; included optical switches and variable attenuators, FPGA, DSP, ADCs, DACs, pump laser driver and TE cooler control, precision analog electronics for wide-dynamic-range monitoring and control of signal levels.

Hanover, Maryland, Us

Developed amplified DWDM optical line card with EDFA, optical supervisory channel, monitors, fast digital EDFA transient control, high-dynamic-range precision analog circuits, pump and TEC control.

Development of terminal and undersea equipment for low-cost submarine systems. System testing and customer demonstrations. Circuit design for line cards.

Us

Optical and electrical design and test of line interface cards for 2.5Gb/s and 10Gb/s switching system.

Espoo, Southern Finland, Fi

Hardware development of polarization-mode-dispersion compensator (PMDC) product. Evaluation of 10Gb/s components. DWDM system testing and analysis.

Murray Hill, Nj, Us

Wide variety of experience in high-capacity terrestrial, undersea, and satellite communications systems.

Dallas, Tx, Us

Development of undersea components. Modeling of transoceanic DWDM systems.

Mee, Electrical Engineering

Bsee, Electrical Engineering