Method and apparatus for the neutralization of improvised explosive devices by using electrical energy to render them inoperable or to explode them yards in front of a military vehicle equipped with the device. It is an object of the invention to counteract acts of terrorism by providing a safe means of transport through hostile territory by ensuring that explosive devices do not detonate directly underneath or alongside a vehicle equipped with the invention. The invention can also be carried aloft by a helicopter and used to destroy all the mines in a minefield quickly and efficiently.
Method And System For Increasing The Degree Of Autonomy Of An Unmanned Aircraft By Utilizing Meteorological Data Received From Gps Dropsondes Released From An Unmanned Aircraft To Determine Course And Altitude Corrections And An Automated Data Management And Decision Support Navigational System To Make These Navigational Calculations And To Correct The Unmanned Aircraft's Flight Path
A system and method for determining wind profile and current icing potential information, comprising the steps of flying a plane; carrying a plurality of dropsondes on the plane; releasing the dropsondes into an atmosphere, for movement with a wind; collecting meteorology data by the dropsondes; transmitting the data from the dropsondes to the plane; transmitting the data from the plane to a remote control center; interpreting the meteorological data; and guiding the plane to a flight path with favorable winds and other favorable weather conditions. The invention also discloses an automated data management and decision support navigational system to make these navigational calculations and to correct the unmanned aircraft's flight path thus increasing the degree of autonomy of the unmanned aircraft.
Method And Apparatus For A Mine Protection Vehicle System
The present invention discloses an improved mine resistant ambush protected vehicle. The apparatus of the present invention features the use of a plurality of armored pods positioned on an armored frame. These pods are large enough to accommodate one crew member each and are spaced far enough apart from each other to allow the energy impulse and overpressure created from an IED attack to pass in between the pods. These armored pods also provide an improved method of defense against RPG attacks for if one pod is hit by a RPG, the other pods have a high probability of surviving that attack.
Ul Feb 1988 - 2011
Standards Technical Panel Project Manager
Alan Mcgrath Law Office Feb 1988 - 2011
Solo Attorney
United States Air Force Sep 1985 - Jul 1987
Staff Meteorologist
Education:
Keller Graduate School of Management of Devry University 1992 - 2007
Master of Business Administration, Masters, Project Management
The John Marshall Law School 1994 - 1999
Bachelor of Applied Science, Bachelors, Meteorology
The John Marshall Law School 1995 - 1999
Doctor of Jurisprudence, Doctorates, Law
Texas A&M University 1985 - 1986
Northern Illinois University 1982 - 1984
Bachelors, Bachelor of Science, Mechanical Engineering
Skills:
Management Project Management Six Sigma Engineering Program Management Process Improvement Project Planning Operations Management Strategic Planning Cross Functional Team Leadership Electricians Product Development Change Management Team Leadership Negotiation