Douglas J Howe

age ~57

from Carlsbad, CA

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Also known as:

Howe Howe

Phone and address:: 6691 Corte Eduardo, Carlsbad, CA 92009

Connected to:

Douglas Howe Phones & Addresses

6691 Corte Eduardo, Carlsbad, CA 92009
San Diego, CA
South Windsor, CT
Glastonbury, CT
Melrose, MA
Somerville, MA
Stonington, CT
Groton, CT
Amherst, MA
Mystic, CT

Resumes

Program Manager

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Location:

San Diego, CA

Industry:

Program Development

Work:

General Atomics Aeronautical Systems
Program Manager
Pratt & Whitney Dec 2011 - Oct 2015
Program Manager
Pratt & Whitney Oct 2002 - Nov 2011
Project and Validation Lead
Sonus Sep 2000 - Dec 2001
Senior Market Research Analyst
Nokia Sep 1999 - Sep 2000
Market Research Analyst

Education:

University of Massachusetts Amherst 1995
Bachelors, Bachelor of Science, Mechanical Engineering

Skills:

Cross Functional Team Leadership
Engineering
Product Development
Project Management
Manufacturing
Communicator
Leadership
Research
Technical Writing
Process Improvement

Douglas Howe

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Douglas Howe

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Douglas Howe

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Location:

United States

Name / Title

Company / Classification

Phones & Addresses

Douglas Howe

THE INSIGNIA FOUNDATION

Douglas Howe
Organizer

DOUGLAS HOWE & ASSOCIATES, LLC

Douglas N. Howe
Manager, President

PRUDENTIAL HOWE & DOHERTY REALTORS
Real Estate Broker · Rl Este Agntresidntl

12 Bartlet St, Andover, MA 01810
9784701200, 9784756500, 9784755100

Douglas Howe
Cera Director

Cambridge Energy Research Associates
Commercial Physical Research

1999 Harrison St, Oakland, CA 94612
20 University Rd, Cambridge, MA 02138
5104461995

Us Patents

Compliant Mounting Of An Axial Face Seal Assembly
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US Patent:

20130075976, Mar 28, 2013
Filed:

Sep 22, 2011
Appl. No.:

13/239998
Inventors:

Todd A. Davis - Tolland CT, US
Douglas J. Howe - South Windsor CT, US
International Classification:

F02C 7/28
F16J 15/34
US Classification:

277379, 277306
Abstract:

A axial face seal assembly includes first and second structures rotatable relative to one another about an axis. A carrier supports a seal that engages the second structure. The carrier is configured to move along the axis. First and second springs operatively are arranged between the first structure and the carrier. The first and second springs are configured to bias the carrier relative to the second structure respectively in first and second directions along the axis for providing a desired closing force on the second structure. A method of sealing a rotating structure includes biasing a seal toward a rotating sealing surface with a first spring to provide a desired axial closing force. The axial position of the seal relative to the rotating sealing surface is changed to an undesired axial closing force. The seal is biased with a second spring to achieve the desired axial closing force.