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Jeffrey E Gravel

from Auburn, MA
Age ~61

Jeffrey Gravel Phones & Addresses

  • 37 Highland St, Auburn, MA 01501 (508) 832-5528
  • Worcester, MA
  • Sutton, MA
  • 37 Highland St, Auburn, MA 01501 (508) 274-1210

Work

Company: Currently seeking employment Dec 2015 Position: Mechanical designer

Education

School / High School: Worcester Industrial Technical Institute 1981 to 1983 Specialities: Design

Skills

Solidworks • Design For Manufacturing • Engineering • Manufacturing • Autocad • Cad • Ptc Creo • Product Development • Finite Element Analysis • Engineering Management • Lean Manufacturing • Sheet Metal • Mechanical Product Design • Solidworks Sheetmetal

Industries

Mechanical Or Industrial Engineering

Resumes

Resumes

Jeffrey Gravel Photo 1

Mechanical Designer

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Location:
37 Highland St, Auburn, MA 01501
Industry:
Mechanical Or Industrial Engineering
Work:
Currently Seeking Employment
Mechanical Designer

Dci Engineering Dec 2004 - Jan 2015
Mechanical Engineer

Hologic, Inc. May 2002 - Sep 2002
Mechanical Designer

Lucent Technologies Network Systems Gmbh Aug 1999 - Oct 2001
Mechanical Engineer

Hewlett-Packard Jul 1987 - Jul 1989
Mechanical Designer
Education:
Worcester Industrial Technical Institute 1981 - 1983
Central Newengland College 1981 - 1983
Associates
Skills:
Solidworks
Design For Manufacturing
Engineering
Manufacturing
Autocad
Cad
Ptc Creo
Product Development
Finite Element Analysis
Engineering Management
Lean Manufacturing
Sheet Metal
Mechanical Product Design
Solidworks Sheetmetal

Publications

Us Patents

Disk Drive Locking Member With Handle

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US Patent:
59782129, Nov 2, 1999
Filed:
Feb 28, 1997
Appl. No.:
8/808596
Inventors:
Steven G. Boulay - Shrewsbury MA
Stanley W. Stefanick - Uxbridge MA
Jeffrey E. Gravel - Auburn MA
Assignee:
Digital Equipment Corporation - Houston TX
International Classification:
G06F 116
H05K 502
US Classification:
361685
Abstract:
A locking member formed of resilient material for locking a disk drive within a computer enclosure includes a first cantilevered beam portion positioned along a first side of the disk drive. A first locking protrusion is positioned on the first cantilevered beam portion and is capable of engaging with the enclosure for locking the disk drive therein. A handle portion extends from the cantilevered beam portion for resiliently bending the first cantilevered beam portion inwardly to disengage the first locking protrusion from the enclosure.
Jeffrey E Gravel from Auburn, MA, age ~61 Get Report