DAVID WILSON BURKE, LMSW
Social Work in Tucson, AZ
License number
Arizona LCSW-12533
Category
Social Work
Type
Clinical
Address
Address
3601 Ave 4-116A #Q7, Tucson, AZ 85723
Phone
(520) 792-1450
(520) 629-4776 (Fax)
(520) 629-4776 (Fax)
Personal information
See more information about DAVID WILSON BURKE at radaris.comName
Address
Phone
5020 W Peoria Ave, Glendale, AZ 85302
550 N Overland, Mesa, AZ 85207
5437 W Mercer Ln, Glendale, AZ 85304
Professional information
Owner At Cs Design Studios Llc.
Position:
Owner at CS Design Studios LLC.
Location:
Tucson, Arizona Area
Industry:
Internet
Work:
CS Design Studios LLC.
since Aug 2006
-
Owner
US West - Qwest Comm.
Sep 1999 - May 2006
-
Network Technologies
Education:
UofA 2002 - 2006
Bachelors, Applied Science & Technology Pace University 2004 - 2005
Pursuit - Bachelor of Applied Science (B.A.Sc.), Applied Science & Technology
Bachelors, Applied Science & Technology Pace University 2004 - 2005
Pursuit - Bachelor of Applied Science (B.A.Sc.), Applied Science & Technology
Skills:
Online Marketing, SEO, Marketing, Graphic Design, Management, Cloud Computing, Project Management, B2B, SQL, XML, Analytics, Linux, Outsourcing, Telecommunications, Software Development, HTML, WordPress, CMS, Web Services, Web Marketing, digital disaster recovery protocol, Web Analytics, Web Applications, Web 2.0, Web Content, Web Design, Mobile Internet, Web Servers, Web Application Security
Interests:
People,
Nature,
Exploring,
Giving to Others!
Investing, Business Growth, Entrepreneurship, Self Betterment & Development -
Communications - Emerging Technology -
Finance Director - Retired
Position:
Consultant at independent consultant
Location:
Tucson, Arizona
Industry:
Chemicals
Work:
independent consultant
- Tucson, Arizona Area since Apr 2013
-
Consultant
Midland Symphony Orchestra
- Midland, MI 2005 - Sep 2012
-
Director
Creativity 360
2004 - 2011
-
Director
The Dow Chemical Company
2001 - 2009
-
Finance Director
Union Carbide
1992 - 2001
-
Finance Director
Education:
American Institute of Certified Public Accountants 1999 - 1999
CPA Ontario Institute of Chartered Accountants 1981 - 1981
CA Carleton University 1974 - 1978
B Comm, Finance, Accounting
CPA Ontario Institute of Chartered Accountants 1981 - 1981
CA Carleton University 1974 - 1978
B Comm, Finance, Accounting
Skills:
New Business Development
David W Burke, Tucson AZ - LMSW
Specialties:
Social Work
Address:
3601 S 6Th Ave SUITE Q7, Tucson 85723
(520) 792-1450 (Phone), (520) 629-4776 (Fax)
(520) 792-1450 (Phone), (520) 629-4776 (Fax)
Languages:
English
Mechanical Disconnect Dual-Sided Interlocking Teeth
US Patent:
7946403, May 24, 2011
Filed:
Mar 4, 2008
Appl. No.:
12/042137
Inventors:
David W. Burke - Oro Valley AZ, US
Balwinder S. Birdi - Tucson AZ, US
Arturo Maceda - Mexicali, MX
Balwinder S. Birdi - Tucson AZ, US
Arturo Maceda - Mexicali, MX
Assignee:
Honeywell International Inc. - Morristown NJ
International Classification:
H02P 9/06, F16D 11/04
US Classification:
192 90, 192 698, 192101, 192114 R, 192114 T, 322 12
Abstract:
A disengagement/disconnect assembly for disengaging a generator from a gear box may include an inner ball screw having an angled threading on an outer surface thereof and surrounding and operatively engaged to a rotating generator drive shaft to cause rotation of the inner ball screw. The inner ball screw may be attached to an engagement member having undercut and interlockable teeth engaged to corresponding teeth of an engagement member of the gear box. An outer ball screw may surround and normally rotate with the inner ball screw. A helical ball track may be formed between the inner and outer ball screws. A brake may be provided for slowing or stopping rotation of the outer ball screw so that the inner ball screw rotates relative to the outer ball screw along the ball track and slides axially away from the gear box thereby disengaging the generator from the gear box drive shaft.
Application Of Eddy Current Braking System For Use In A Gearbox/Generator Mechanical Disconnect
US Patent:
7896147, Mar 1, 2011
Filed:
Mar 4, 2008
Appl. No.:
12/042172
Inventors:
David W. Burke - Oro Valley AZ, US
Miguel A. Guzman Lopez - Tucson AZ, US
Arturo Maceda - Mexicali, MX
Miguel A. Guzman Lopez - Tucson AZ, US
Arturo Maceda - Mexicali, MX
Assignee:
Honeywell International Inc. - Morristown NJ
International Classification:
H02K 7/104, F16D 11/14
US Classification:
192 90, 310105, 322 12, 192 698, 192144 T
Abstract:
A disengagement assembly for disengaging a generator from an engine or gear box may include an inner ball screw having helical threading on an outer surface thereof and surrounding and operatively engaged to a rotating generator drive shaft to cause rotation of the inner ball screw, the inner ball screw may have interlockable teeth engaged to corresponding teeth of the gear box drive shaft. An outer ball screw may surround and may normally rotate with the inner ball screw. A helical ball track may be formed between the inner and outer ball screws. An eddy current brake may slow or stop rotation of the outer ball screw so that the inner ball screw may rotate relative to the outer ball screw and slide axially toward a lock thereby disengaging the generator from the engine.
Inner Cross Over Support Clip
US Patent:
7741749, Jun 22, 2010
Filed:
Aug 14, 2008
Appl. No.:
12/191558
Inventors:
David W. Burke - Oro Valley AZ, US
Tom Snider - Oro Valley AZ, US
William Scherzinger - Oro Valley AZ, US
Tom Snider - Oro Valley AZ, US
William Scherzinger - Oro Valley AZ, US
Assignee:
Honeywell International Inc. - Morristown NJ
International Classification:
H02K 3/48
US Classification:
310214, 310 71, 3102611
Abstract:
An inner crossover support clip may be used to support a crossover wire joining two adjacent rotor coils on a rotating machine, such as a generator. The support clip of the present invention may be capable of withstanding forces, such as centrifugal forces, that lead to the failure of conventional crossover wires. The support clip may be formed of a sheet material bent at an angle to form an inside surface thereon and may include a tie edge formed on each end of the sheet material. The tie edge attaches to adjacent rotor coils of a rotating machine and the inside surface supports a crossover wire electrically connecting the adjacent rotor coils.