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Dennis Masashi Nishi

from Santa Rosa, CA
Age ~61
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Also known as:
Dennis M Nishi, Dennis Masahi Nishi, Dennis Mashashi Nishi, Denis M Nishi, Dannis M Nishi, Denny Nishi, Dennis L, Eriko Nishi, Lorena Mcrae
Phone and address:
1327 Holly Park Way, Santa Rosa, CA 95403
(707) 578-4077
Related to:
Kevin K Nishi, 50Carlos Hernandez, 39Tristan Orosco, 40Souheila Daouk, 69Miranda Hernandez, 36Francisco L Garcia, 86
Connected to:
Christine T Nishi, 76Dalal Nishi, 38Gene Nishi, 86Heerkens Nishi, 66Hironori Nishi, 44India L Nishi, 65Roger H Nishi, 61Valerie H Nishi, 63Yukari N Nishi, 61Paul Nishia, 38

Dennis Nishi Phones & Addresses

  • 1327 Holly Park Way, Santa Rosa, CA 95403 (707) 578-4077
  • 3689 Hemlock St, Santa Rosa, CA 95403 (707) 578-4077
  • Sacramento, CA
  • Clarksburg, CA
  • Torrance, CA
  • Fullerton, CA
  • Somers, CT
  • 1327 Holly Park Way, Santa Rosa, CA 95403 (707) 480-8654

Emails

d***[email protected]

Resumes

Resumes

Dennis Nishi Photo 1

Npi Engineering Manager

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Location:
3689 Hemlock St, Santa Rosa, CA 95403
Industry:
Electrical/Electronic Manufacturing
Work:
Solmetric Corporation Jan 2010 - Dec 2010
Senior Manufacturing Engineer
Agilent Technologies Aug 2002 - Jun 2010
R&D Sub-System Project Manager
Agilent Technologies Apr 2000 - Aug 2002
R&D Hardware Project Manager
Hewlett-Packard Dec 1996 - Apr 2000
Manufacturing Engineering Manager
Agilent Technologies Sep 1990 - Dec 1996
Manufacturing Engineer
Education:
University of Southern California 1984 - 1986
MSEE, Electrical Engineering University of California, Davis 1980 - 1984
BSEE, Electrical Engineering
Skills:
Japanese
Semiconductors
Product Development
Embedded Systems
Electronics
Project Management
Testing
Engineering Management
Rf
Program Management
Cross Functional Team Leadership
Manufacturing
Research and Development
Radio Frequency
Cross Functional Team
Engineering
R&D
Software Engineering
Languages:
English
Dennis Nishi Photo 2

Multimedia Journalist

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Position:
Contributing columnist at Wall Street Journal, Freelance public radio producer at NPR, BBC World Service, Freelance journalist at Chicago Tribune, Men's Fitness, Muscle and Fitness, Freelance illustrator and designer at Washington Post, The New Republic, Utne Reader, Investment Advisor, Chicago Reporter, etc.
Location:
Los Angeles, California
Industry:
Writing and Editing
Work:
Wall Street Journal since Mar 2007
Contributing columnist
NPR, BBC World Service since 2005
Freelance public radio producer
Chicago Tribune, Men's Fitness, Muscle and Fitness since 2003
Freelance journalist
Washington Post, The New Republic, Utne Reader, Investment Advisor, Chicago Reporter, etc. since 1997
Freelance illustrator and designer
Skills:
Video
Multimedia
Photography
Sound editing
Basic HTML and CMS
Complete fluency on Mac and PC
Print graphic design (conventional offset and digital)
Video editing
Video animation
Magazines
Editing
Journalism
Copywriting

Publications

Isbn (Books And Publications)

The Great Depression

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Author

Dennis Nishi

ISBN #

0737704101

The Korean War: Interpreting Primary Documents

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Author

Dennis Nishi

ISBN #

0737712015

The Korean War: Interpreting Primary Documents

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Author

Dennis Nishi

ISBN #

0737712023

Prohibition

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Author

Dennis Nishi

ISBN #

0737713062

Prohibition

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Author

Dennis Nishi

ISBN #

0737713070

Prohibition

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Author

Dennis Nishi

ISBN #

0737715774

Prohibition

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Author

Dennis Nishi

ISBN #

0737715782

Us Patents

System And Method For Enabling Fast Power-On Times When Using A Large Operating System To Control An Instrumentation System

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US Patent:
20070130480, Jun 7, 2007
Filed:
Dec 6, 2005
Appl. No.:
11/294981
Inventors:
Gregory Hill - Santa Rose CA, US
Dennis Nishi - Santa Rosa CA, US
International Classification:
G06F 1/26
US Classification:
713300000
Abstract:
An instant-on instrument system is achieved by having the operating system boot completely when power is first applied to the instrument system, but when the system is still in the off mode. The OS brings the instrument system to the point where all internal checks have been accomplished but does not turn on anything externally detectable functions, such as the display, the display backlight and the fan. Once the OS has booted, the hard drive is stopped, the clock rate is reduced, power is removed from any measurement PC cards. At this point the instrument system is essentially in a “sleep” mode. When a user turns the instrument system on, the clock rate picks up, and all other functions come alive for the duration of the testing cycle. When the user turns the instrument system off, the system reboots and then returns to the sleep mode once again. From the user's perspective, the testing system operates essentially as in instant-on system even though it is controlled by a large operating system having an inherently long boot-up time.
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Dennis Masashi Nishi from Santa Rosa, CA, age ~61 Get Report