MICHAEL EVANS WILLIAMS
Pilots at Deer Mdw Cir, Colorado Springs, CO

License number
Colorado C1046395
Issued Date
Mar 2016
Expiration Date
Mar 2021
Category
Airmen
Address
Address
10324 Deer Mdw Cir, Colorado Springs, CO 80925

Professional information

Michael Williams Photo 1

Software Test Engineer

Location:
Colorado Springs, Colorado Area
Industry:
Computer Software
Work:
Tomax Corp. 2011 - 2012 - Senior QA Engineer Verizon Business 2007 - 2009 - Contract Software Engineer Dish Network 2006 - 2007 - Test Engineer L&M Sales, Colorado Springs, CO 2003 - 2006 - Software Engineer WorldCom 1999 - 2002 - Software Lead ISTC, Inc, Colorado Springs 1997 - 1999 - Corporate President/Senior Test Engineer MCI 1991 - 1997 - Lead Test Engineer Digital Equipment Corporation 1989 - 1991 - Test Manager
Education:
Regis University 1983 - 1999
BS, Computer Information Systems


Michael Williams Photo 2

Michael Williams - Colorado Springs, CO

Work:
Estenson Logistics, LLC
Regional Delivery Driver
McCoy Oil & Gas Company
Owner / Operator
Safeco Security (a division of ADT) - Colorado Springs, CO
Local sales representative
Beene Plumbing and Utility Contractors - Broken Arrow, OK
Warehouse and equipment manager
Integrity Concepts, Inc - Tulsa, OK
Co-owner and manager of this start up company
Colorgraphics / Regent Printing - Tulsa, OK
Sales
Centaur, Inc - Washington, OK
Member of the state board of directors
Hadson Petroleum and Terra Resources - Oklahoma City, OK
Junior Geologist
Terra Resources, Inc - Oklahoma City, OK
Junior Geologist
Education:
University of Oklahoma Graduate - Norman, OK
Bachelor of Science in Geology
Thomas Edison High School - Tulsa, OK


Michael Williams Photo 3

Michael Williams

Work:
Alpha Company
Senior Analyst (Irregular and Asymmetric Warfare Specialist)
Alpha Company - Fort Carson, CO
Senior Analyst, Intelligence Training Supervisor
USSOCOM
Targeting Analyst
Charlie Company - Fort Huachuca, AZ
Education:
American Military University
Bachelor of Arts
Embry Riddle Aeronautical University (Prescott Campus)
Bachelor of Science in Aeronautical Science
Monterey Institute of International Studies


Michael Williams Photo 4

Michael Williams - Colorado Springs, CO

Work:
Harland Clarke
Sr. Systems Administrator
Colo. Springs, CO
Loan Processor
Colo. Springs, CO
Team Lead/Customer Service Representative
Colo. Springs, CO
Telemarketing Sales /Customer Service Representative
Education:
Widefield High School
High School Diploma


Michael Williams Photo 5

Architect At M.w.a. Architecture

Position:
architect at M.W.A. Architecture
Location:
Colorado Springs, Colorado Area
Industry:
Architecture & Planning
Work:
M.W.A. Architecture - architect


Michael Williams Photo 6

Owner At Williams Inc.

Position:
Owner at Williams Inc.
Location:
Colorado Springs, Colorado Area
Industry:
Banking
Work:
Williams Inc. - Owner


Michael Williams Photo 7

Pulse Position Modulation With Spread Spectrum

US Patent:
5654978, Aug 5, 1997
Filed:
Nov 1, 1993
Appl. No.:
8/146490
Inventors:
Jeffrey S. Vanderpool - Colorado Springs CO
Ryan N. Jensen - Colorado Springs CO
Pete O. Peterson - Larkspur CA
Michael Williams - Colorado Springs CO
Assignee:
Omnipoint Corporation - Colorado Springs CO
International Classification:
H04B 169
US Classification:
375200
Abstract:
A method of pulse-position modulation in a spread-spectrum communication system, which is capable of transmitting more than one bit per received and recognized chip sequence in a system in which an entire chip sequence is required to produce a correlation pulse. A framing pulse window in which a framing pulse may be received, and a plurality of data pulse windows in which a data pulse may (or may not) be received. The delay between the framing pulse window and the first data pulse window may comprise an entire chip-sequence duration, while the delay from one data pulse window to the next may be less. A method of pulse-position modulation with more than one spread-spectrum code. A second transmission medium (such as a second spread-spectrum code) on which a data pulse may (or may not) be received. Each possible choice, for the data pulse, of delay time and transmission code may represent a separate set of multiple data bits. A method of transmitting signals in a spread-spectrum communication system in which a spread-spectrum chip sequence may be interrupted with reduced noise.