William Lecomte Email & Phone Number

Burlington, Ma, Us

Burlington, Ma

Director of Anti-Jam Technology and lead Principal RF Engineer responsible for the design, development, test, and evaluation of RF systems used to support the production of military GPS receivers and Anti-Jam systems. RF hardware efforts at Mayflower concentrate on the design of miniaturized military RF technology. As part of these efforts in leading the RF technology at Mayflower, Mr. LeComte has managed several Anti-Jam programs including the Small Antenna System (SAS) GPS Anti-Jam technology… Show more Director of Anti-Jam Technology and lead Principal RF Engineer responsible for the design, development, test, and evaluation of RF systems used to support the production of military GPS receivers and Anti-Jam systems. RF hardware efforts at Mayflower concentrate on the design of miniaturized military RF technology. As part of these efforts in leading the RF technology at Mayflower, Mr. LeComte has managed several Anti-Jam programs including the Small Antenna System (SAS) GPS Anti-Jam technology program, the Ballistic Trajectory Extended Range Munition II (BTERM) program, and the Mayflower Low Elevation Antenna Nuller (M-LEAN) program. In addition, Mr. LeComte has provided management support for field testing Mayflower Anti-Jam and GPS technologies at White Sands Missile Range (WSMR), Yuma Proving Ground (YPG), Facilities for Antenna and RCS Measurements (FARM) at Naval Air Systems Command (NAVAIR), and Air Force Research Laboratory (AFRL) at Wright-Patterson AFB. Show less

Burlington, Mass

Responsible for optical/RF systems designs for high-speed multi-gigabit 20 GHz terrestrial air-links, was also Test Director for those efforts. Designed 20 GHz atmospheric propagation simulator utilizing transversal filter techniques to provide repeatable testing of atmospheric equalizers used to counter the effects of depolarization. Designed various RF and photonic antenna nulling systems to counter the effects of broadband signal jamming over a 2 GHz bandwidth. Performed receiver designs… Show more Responsible for optical/RF systems designs for high-speed multi-gigabit 20 GHz terrestrial air-links, was also Test Director for those efforts. Designed 20 GHz atmospheric propagation simulator utilizing transversal filter techniques to provide repeatable testing of atmospheric equalizers used to counter the effects of depolarization. Designed various RF and photonic antenna nulling systems to counter the effects of broadband signal jamming over a 2 GHz bandwidth. Performed receiver designs employing phase-locked loop techniques for reception of communication space satellites in the S and EHF bands. Supported design, fabrication, and test of various RF and digital subsystems for EHF communication satellites. Show less

Master Of Science (M.S.), Microwave Engineering

Associate Of Science (A.S.), Electronic Engineering