DAVID LOWELL GRIFFITH
Medical Practice in Seattle, WA
License number
Pennsylvania MT187088
Category
Medicine
Type
Graduate Medical Trainee
Address
Address
2
Seattle, WA 98102
Pennsylvania
Pennsylvania
Personal information
See more information about DAVID LOWELL GRIFFITH at radaris.comName
Address
Phone
4980 State Rd APT 2-613, Drexel Hill, PA 19026
4915 Laredo Dr, Pasco, WA 99301
437 S Baumstown Rd, Birdsboro, PA 19508
4529 S 140Th St, Tukwila, WA 98168
543 237Th Ave SE, Redmond, WA 98074
Professional information
Customer Support At Microsoft (Volt)
Position:
Customer Care Advocate at Microsoft (Volt)
Location:
Greater Seattle Area
Industry:
Business Supplies and Equipment
Work:
Microsoft (Volt)
since Nov 2012
-
Customer Care Advocate
Grimco, Inc.
Apr 2012 - Aug 2012
-
Customer Development
Flagstar Bank
May 2008 - Apr 2012
-
Capital Markets Associate
Nordstrom
Nov 2007 - Jan 2008
-
Seasonal Sales Associate
Sport Restaurant and Bar
- Seattle, WA Oct 2005 - Nov 2007
-
Server
Ucentris Insured Solutions
Dec 2006 - Aug 2007
-
Licensed Insurance Planner
Education:
University of Washington 2005 - 2006
Bachelor of Arts (B.A.), Communication
Bachelor of Arts (B.A.), Communication
Skills:
New Business Development, Microsoft Office, CRM databases, WordPress, Familiar with HTML, CSS, and SQL
Principal Test Manager At Microsoft (Xbox)
Position:
Principal Test Manager at Microsoft (Xbox)
Location:
Greater Seattle Area
Industry:
Computer Games
Work:
Microsoft (Xbox)
since Apr 2011
-
Principal Test Manager
Microsoft
Jan 2011 - Apr 2011
-
Principal Service Delivery Manager (Xbox)
Microsoft (Xbox)
Nov 2008 - Jan 2011
-
Principal Test Manager
Microsoft (Xbox)
Feb 2008 - Nov 2008
-
Test Manager
Microsoft (XBox)
Mar 2006 - Feb 2008
-
Lead SDET
Indie Built (Take 2 Interactive - SLC, UT)
Nov 2004 - Mar 2006
-
Director of Test / IT
Griffith Consulting
Nov 2001 - Mar 2006
-
Owner
Microsoft (MGS Studio - SLC, UT)
Nov 2003 - Nov 2004
-
Test Manager
Microsoft (MGS Studio - SLC, UT)
Aug 2002 - Nov 2003
-
Test Lead
Microsoft (MGS Studio - SLC, UT)
Oct 2001 - Aug 2002
-
Software Test Engineer
Microsoft (Passport)
Mar 2000 - Oct 2001
-
Technical Lead
Volt (Microsoft Passport)
Aug 1998 - Mar 2000
-
Software Test Engineer
Education:
University of Washington 1997 - 2000
BS, Computer Software Systems, Systems Analysis Bellevue Community College 1994 - 1997
Associates of Applied Science
BS, Computer Software Systems, Systems Analysis Bellevue Community College 1994 - 1997
Associates of Applied Science
Skills:
Testing, Software Development, Software Quality, Software Quality Assurance, Test Automation, Test Planning, Test Management, Test Cases, Performance Testing, Test Strategy, Agile Methodologies, Quality Assurance, C#, Software Engineering, Visual Studio, JScript, T-SQL, Scrum, Xbox 360, Debugging, Agile Project Management, Xbox, Distributed Systems, C++, Software Design, Web Services, Game Development, Scalability
Northwestern Mutual Financial Network
Position:
Wealth management Advisor at Northwestern Mutual Financial Network, Financial Advisor at Northwestern Mutual
Location:
Greater Seattle Area
Industry:
Financial Services
Work:
Northwestern Mutual Financial Network
- Bellevue, WA since Jul 1996
-
Wealth management Advisor
Northwestern Mutual
since 1996
-
Financial Advisor
Education:
Washington State University 1971 - 1975
Interests:
Golf, Snowskiing
Honor & Awards:
2008 NML Seattle Advisor of the Year
Sr. Engineer At Boeing Commercial Airplanes
Position:
Sr. Engineer at Boeing Commercial Airplanes
Location:
Greater Seattle Area
Industry:
Aviation & Aerospace
Work:
Boeing Commercial Airplanes
-
Sr. Engineer
Fire Captain At Modesto Fire Department
Position:
fire captain at Modesto Fire Department
Location:
Greater Seattle Area
Industry:
Public Safety
Work:
Modesto Fire Department
-
fire captain
Planar Waveguide Spectrograph
US Patent:
5493393, Feb 20, 1996
Filed:
Oct 12, 1993
Appl. No.:
8/075597
Inventors:
Mark W. Beranek - Bellevue WA
Barbara A. Capron - Issaquah WA
Raymond W. Huggins - Mercer Island WA
David M. Griffith - Renton WA
Darrell L. Livezy - Renton WA
Timothy Traynor - Redmond WA
Barbara A. Capron - Issaquah WA
Raymond W. Huggins - Mercer Island WA
David M. Griffith - Renton WA
Darrell L. Livezy - Renton WA
Timothy Traynor - Redmond WA
Assignee:
The Boeing Company - Seattle WA
International Classification:
G01J 320, G01J 336
US Classification:
356328
Abstract:
A spectrograph usable as a demultiplexer/detector in a wavelength division multiplexing optical system. The spectrograph comprises a planar waveguide and a detector array. The planar waveguide has a dispersive edge having an inwardly concave shape, an input edge, and a straight output edge. The dispersive edge has a reflective diffraction grating formed on it, the grating having a variable line spacing. An optical input signal comprising a plurality of different wavelength ranges enters the waveguide at the input edge, and travels through the waveguide and strikes the grating. The grating focuses the optical energy in each of the wavelength ranges at a focal spot at the output edge, the position of each focal spot being a function of wavelength. The detector array comprises a plurality of photodetectors positioned along a straight line, such that the photodetectors are positioned at the focal spots. Each photodetector therefore detects the optical energy in one of the input ranges.
Optical Source For Optical Sensing System
US Patent:
5029967, Jul 9, 1991
Filed:
Apr 9, 1990
Appl. No.:
7/506424
Inventors:
Darrell L. Livezey - Bellevue WA
David M. Griffith - Renton WA
Raymond W. Huggins - Mercer Island WA
David M. Griffith - Renton WA
Raymond W. Huggins - Mercer Island WA
Assignee:
The Boeing Company - Seattle WA
International Classification:
G02B 634
US Classification:
350 9619
Abstract:
An optical source for use in an optical sensing system such as a wavelength division multiplexing system. The source produces an optical interrogation signal comprising a plurality of component signals, each component signal comprising light in a wavelength band different from the wavelength bands of the other component signals. The source comprises a concave diffraction grating, means for forming an aperture at which the interrogation signal will be formed, and a plurality of optical emitters. Each emitter is positioned such that the emitter output signal strikes the concave diffraction grating, and is focused onto the aperture, such that a portion of the emitter signal enters the aperture and forms one of the component signals. As a result, the component signal wavelengths are not sensitive to temperature-induced fluctuations in the emitter output signal.