Design HF RFID Reader and Antenna.

Calibrated 3 Meter Anacohic Chamber for EMI Testing and Radiation susceptibility.Completed EMI testing of Remote Conferencing Equipment to 10 GHz.

Member of a Feasibility Proposal Team for the Bureau of Engraving and Printing, Washington, DCPrepare and present a feasibility study outlining Wireless Technologies to enhance and streamline the Bureau’s production process. This included Wifi, Bluetooth, and RFID technologies.

Design, Test, and carry through production an Aircraft Emergency Beacon with GPS last-known-location tracking capability.

Designed, Analyzed and Implemented 900 Mhz RFID Tag Readers using Homodyne detection methods.Made significant improvements in reader range, sensitivity, and transmit occupied bandwidth.Carried through to production two of the smallest RFID reader modules available on the market.Ensured compliance with FCC part 15 and ETSI regulations. Utalized Eagleware Genesys, MathCad, and Pspice software programs to aid in each of these designs.Completed a systems analysis white paper on the far field effects of phase/ load modulated tags on the reflection coefficient at the reader antenna terminals.Designed a high gain/ broad-banded antenna for 860 to 960 Mhz.Designed a bi-directional amplifier to increase the read range by a factor of three.Mentored less experienced engineering team members.Two Patents for Increased RFID Reader Sensitivity.

USS Garcia (Destroyer Escort)Newport, RI & Boston, MA

USS Gilmore (Submarine Tender)Charleston, SC