Phoenix Engineering
Director
Eads North America Defense Atlanta 2000 - 2003
Project Manager and Tco
Bae Systems Atlanta 1997 - 2000
Marketing Director
Gec Marconi Avionics Atlanta Apr 1986 - Jun 1997
Director
Gec Marconi Avionics Basildon England 1962 - Mar 1986
Principal Engineer
Education:
Thurrock College, Grays, Essex, Uk 1962 - 1965
Mine College, Broken Hill, N. Rhodesia 1961 - 1961
Alan Wilson Tech. High School, Salisbury, S. Rhodesia 1957 - 1960
Skills:
Defence Aerospace Defense Earned Value Management Dod Military Government Contracting System Architecture Engineering Electronics Proposal Writing Air Force Systems Engineering Aviation Embedded Systems Software Development Aircraft Maintenance Visio
Grey Mount May 2010 - Jul 2014
Deputy Director of Field Operations
Grey Mount May 2010 - Jul 2014
Vice President of Operation
United Nations Feb 1994 - Apr 2010
Senior Field Analyst
Education:
University of North Dakota 1994 - 1997
Masters, Art History, Engineering
University of North Carolina at Chapel Hill 1990 - 1994
Bachelors, Bachelor of Science, Civil Engineering
Skills:
Problem Solving Risk Management Planning Logistics Supervisory Skills Strategic Planning Team Building Analysis Public Speaking Research Security Crisis Management Team Leadership Negotiation Physical Security Security Clearance Surveillance Investigations Risk Assessment Emergency Management Security Management Tactics Operations Management Employee Relations Weapons Explosives Civil Military Relations Development Studies Conflict Studies Strategic Studies Security Studies Operational Planning Private Investigations
Interests:
Social Services Children Civil Rights and Social Action Education Poverty Alleviation Science and Technology Disaster and Humanitarian Relief Human Rights Arts and Culture Health
Capital Wire and Cable, Division of U.S. Industries - Plano TX
International Classification:
B29J 502
US Classification:
264122
Abstract:
A process for making a flexible structural member is disclosed in which the member is formed from a mixture of scrap particles of thermoplastic wire and cable insulation, wood particles, comminuted paper, sawdust, and a suitable resin binder. The fabrication process is carried out by initially forming a mixture of reclaimed thermoplastic wire or cable insulation, a thermosetting binder, and one or more wood-like fillers, such as wood chips, comminuted paper, sawdust, and a mold release agent. The mixture is then placed in a mold and is subjected to heat and pressure to form a flexible structural member.
Capital Wire and Cable, Division of U.S. Industries - Plano TX
International Classification:
B29J 500
US Classification:
264112
Abstract:
A process for making a laminated structural member is disclosed in which the member is fabricated with one layer of sheet material such as plywood or fiberboard and an adjacent layer bonded thereto and formed from a mixture of scrap particles of thermoplastic wire and cable insulation, wood particles, comminuted paper, sawdust, and a suitable resin binder. The fabrication process is carried out by initially forming a mixture of reclaimed thermoplastic wire or cable insulation, a thermosetting binder, a wood-like filler, and a mold release agent. The mixture is then placed in a mold with the sheet material and subjected to heat and pressure to form a laminated structural member.
Laminated Structural Member And Method Of Making Same
Capital Wire & Cable, Division of U.S. Industries, Inc. - Plano TX
International Classification:
B32B 516 B65D 7100
US Classification:
428326
Abstract:
A laminated structural member is fabricated with one layer of sheet material such as plywood or fiberboard and an adjacent layer bonded thereto and formed from a mixture of scrap particles of thermoplastic wire and cable insulation, wood particles, comminuted paper, sawdust, and a suitable resin binder. The fabrication procedure is carried out by initially forming a mixture of reclaimed thermoplastic wire or cable insulation, a thermosetting binder, and one or more wood like fillers, such as wood chips, comminuted paper and sawdust and mold release agent. The mixture is then placed in a mold with the sheet material and is subjected to heat and pressure to form a structural member.
Structural Member Of Particulate Material And Method Of Making Same
Capital Wire & Cable, Division of U. S. Industries - Plano TX
International Classification:
B65D 7100 B32B 516
US Classification:
428 2
Abstract:
A structural member is fabricated from a mixture of scrap particles of thermoplastic wire and cable insulation, wood particles, comminuted paper, sawdust, and a suitable resin binder. The fabrication procedure is carried out by initially forming a mixture of reclaimed thermoplastic wire or cable insulation, a thermosetting binder, and one or more wood like fillers, such as wood chips, comminuted paper and sawdust and mold release agent. The mixture is then placed in a mold and is subjected to heat and pressure to form a structural member.
Salina, OK Wheat Ridge, CO Avon, CO Pueblo, CO San Pedro, CA San Antonio, TX Enid, OK Carson, CA Wheeting, UK
Work:
Schwan Food Company - Route Sales Representative Wal-Mart - Store Manager Christian Treasures - Owner United States Air Force - Squadron Medical Element