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Michael J Weiss, 599752 E Arizona Dr UNIT 732, Aurora, CO 80247

Known as:
Michael Joseph Weiss Michael A Weiss Mike Weiss Charlene Weiss Michael Wise Michael Nilsson Micheal S Nilsson
Related to:
Patricia Giusef Davis

Michael Weiss Phones & Addresses

9752 E Arizona Dr APT 732, Denver, CO 80247    720-4938591   

811 Leyden St, Denver, CO 80224    303-3949361   

9510 Florida Ave, Denver, CO 80123    303-6961616   

Aurora, CO   

Cheyenne, WY   

Chicago, IL   

Work

Company: Project²

Education

School / High School: bachelor, Informix Software, Community College (Schulzentrum Utbremen), Denver Specialities: photography , business management
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Mentions for Michael J Weiss

Career records & work history

License Records

Michael A Weiss

Address:
18957 E Saratoga Cir, Aurora, CO 80015
Licenses:
License #: 370 - Active
Issued Date: Oct 5, 2000
Renew Date: Sep 1, 2016
Expiration Date: Aug 31, 2018
Type: Respiratory Therapist

Michael Weiss resumes & CV records

Resumes

Michael Weiss Photo 31

Michael Weiss - Boulder, CO

Work:
Gold Lake - Ward, CO Jun 2013 to Aug 2013
Staff University of Richmond Recreational Center - Richmond, VA Jan 2013 to Jun 2013
Personal Trainer Arctic Glacier Ice - Mamaroneck, NY Jun 2011 to Aug 2011
Truck Delivery Assistant Premier Business Services - Larchmont, NY 2008 to 2011
Administrative Assistant Mamaroneck Beach and Yacht Club - Mamaroneck, NY Jun 2010 to Aug 2010
Waiter
Michael Weiss Photo 32

Michael Weiss - Lakewood, CO

Work:
PIVOTAL VISTA 2011 to 2000
President WELLPOINT SYSTEMS - Denver, CO 2007 to 2011
CTO BOLO SYSTEMS - Lakewood, CO 2005 to 2007
Sr. VP of R&D HALLIBURTON - Denver, CO 2000 to 2005
Sr. Director of Development, VP R&D Marketing and Services A Halliburton Company - Denver, CO 1998 to 2000
VP Research and Development LANDMARK GRAPHICS - Houston, TX 1993 to 1998
Business Unit Manager, Sr. Consulting Manager A General Signal Company - Rochester, NY 1990 to 1993
Manager Information Engineering GENERAL ELECTRIC CONSULTING - Rochester, NY 1988 to 1990
Sr. Consultant COMPUTER SMARTWARE - Rochester, NY 1985 to 1988
Software Engineer International Energy ERP
Sr. VP and Chief Technology Officer Midsize
VP of Research & Development
Education:
University of New York - New York, NY 1985
BS in Computer Science Genesee College - Batavia, NY 1983
AS in Mechanical Engineering Rochester Institute of Technology, University of Texas
MBA
Michael Weiss Photo 33

Michael Weiss - Northglenn, CO

Work:
WL Contractors, Inc Jun 2010 to 2000
Project Manager TARCO, Inc - Arvada, CO Oct 2008 to Nov 2009
Project Manager/Estimator E-Z Excavating, Inc - Erie, CO Nov 2007 to Sep 2008
Project Manager/Estimator Laing/Village LLC - Aurora, CO Mar 2005 to Nov 2007
Project Manager - Director of Land Development McStain Enterprises, Inc - Louisville, CO Dec 1999 to Mar 2005
Project Manager - Director of Land Development Lafarge NA - Denver, CO Jun 1976 to Dec 1999
Estimator/Project Manager
Education:
University of Phoenix - Denver, CO Jan 1997 to Jan 1999
Bachelor of Science in Business Management Community College of Denver - Denver, CO Jan 1983 to Jan 1984
AA in Photography Community College of Denver - Denver, CO Jan 1981 to Jan 1983
AA in Graphic Arts

Publications & IP owners

Us Patents

Microstrip Antenna System Having Nonconductively Coupled Feedline

US Patent:
4477813, Oct 16, 1984
Filed:
Aug 11, 1982
Appl. No.:
6/407079
Inventors:
Michael A. Weiss - Nederland CO
Assignee:
Ball Corporation - Muncie IN
International Classification:
H01Q 138
US Classification:
343700MS
Abstract:
A microstrip antenna system having one or more conductively isolated resonantly dimensioned radiator structures disposed less than about one-tenth wavelength above a ground plane is nonconductively coupled to an intermediate layer of microstrip feedline structure. The microstrip feedline structure includes various microstrip transmission line segments fed with reference to the ground plane and including predetermined coupling locations positioned an odd integer number of one-fourth wavelength(s) from an effective r. f. short circuit to the underlying ground plane. Such coupling locations are also disposed proximate a predetermined corresponding feedpoint region of the radiating structure such that electromagnetic fields concentrated at the coupling location operate to nonconductively couple r. f. energy to/from the radiator structure from/to the feedline structure. The coupling location is preferably disposed at a widened and relatively lowered r. f.

Temperature Compensated Radio Frequency Antenna And Methods Related Thereto

US Patent:
4366484, Dec 28, 1982
Filed:
Mar 23, 1981
Appl. No.:
6/246325
Inventors:
Michael A. Weiss - Nederland CO
Robert E. Munson - Boulder CO
Assignee:
Ball Corporation - Muncie IN
International Classification:
H01Q 138
US Classification:
343700MS
Abstract:
A resonant metallic conductor having a nominal resonant frequency which varies inversely with temperature is temperature compensated by association with a predetermined proportion of dielectric material which acts to increase the nominal resonant frequency with temperature so as to substantially temperature compensate an antenna structure.

Method And Apparatus For Matched Impedance Feeding Of Microstrip-Type Radio Frequency Antenna Structure

US Patent:
4613868, Sep 23, 1986
Filed:
Feb 3, 1983
Appl. No.:
6/463588
Inventors:
Michael A. Weiss - Nederland CO
Assignee:
Ball Corporation - Muncie IN
International Classification:
H01Q 138
US Classification:
343700MS
Abstract:
The center region of a dual slot microstrip-type antenna radiator "patch" structure is forced to take on a controlled non-zero radio frequency impedance by the provision of a slot formed therein at the center region. By controlling the dimension of such an impedance-matching slot in the radiator patch, a feedpoint connection may be made at the center region of the radiator patch and still achieve matched impedance feed. Because the feedpoint can thus be centrally located within the antenna structure, any spurious radiation which occurs from the feedpoint connection or associated feedlines does not tend to skew the overall or composite radiation antenna of the pattern as much as when such feedpoints are asymmetrically disposed on the radiator patch with respect to the primary radiating apertures.

Possible Relatives

Cynthia M Weiss  David R Weiss  A C Weiss  Dawn M Weiss  Dean H Weiss  Deanna K Weiss  Damien T Weiss  Michael C Last  Michael C Johnson  Michael F Stamps 

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