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Douglas A Robbie

from Bellingham, MA
Age ~60

Douglas Robbie Phones & Addresses

  • 26 Stone St, Bellingham, MA 02019 (508) 966-4053
  • 122 Ruthellen Rd, Bellingham, MA 02019 (508) 966-4053
  • Marlborough, MA
  • Taunton, MA
  • Franklin, MA

Work

Company: M2 technologies, inc Feb 1999 Position: Project manager/sr. solutions engineer

Education

School / High School: Bellevue University- Bellevue, NE Jun 2012 Specialities: Bachelors of Science in Project Management

Resumes

Resumes

Douglas Robbie Photo 1

Project Manager

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Location:
10 Tara Blvd, Nashua, NH 03062
Industry:
Information Technology And Services
Work:
M2 Technologies since Feb 1999
Sr. Solutions Engineer/Project Manager

DDR Motorsports - Bellingham, Ma Sep 2003 - 2012
Owner

Worcester Controls Co Nov 1987 - Feb 1999
CAD Manager/Designer
Education:
Bellevue University 2011 - 2012
Bachelor's degree, Project Management
New England Institute of Technologies 1984 - 1986
Associate of Science (A.S.), Drafting and Design Technology
University of Massachusetts Dartmouth 1982 - 1986
Aspen University
Skills:
Project Management
Product Development
Management
Engineering
Marketing
Marketing Strategy
Leadership
Testing
Training
New Business Development
Social Media Marketing
Project Planning
Cad
Product Lifecycle Management
Sales
Automotive
Business Development
Process Improvement
Strategy
Strategic Planning
Customer Service
Product Design
Autodesk Vault
Troubleshooting
Motorsports
Social Media
Analytical Skills
Motorsports Marketing
Salesforce.com
Analytical Abilities
Manufacturing
Business Process Improvement
Computer Aided Design
Interests:
Oval Track Racing
Children
Furthering My Sons Racing Career
Education
Science and Technology
Assisting Others In Solving Problems
Certifications:
Inventor Certified Professional
Autodesk Certified Instructor
Douglas Robbie Photo 2

Douglas Robbie

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Douglas Robbie Photo 3

Douglas Robbie Bellingham, MA

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Work:
M2 Technologies, Inc

Feb 1999 to 2000
Project Manager/Sr. Solutions Engineer

Education:
Bellevue University
Bellevue, NE
Jun 2012
Bachelors of Science in Project Management

New England Institute of Technology
Warwick, RI
May 1986
Associates of Science in Electro-Mechanical Design

Business Records

Name / Title
Company / Classification
Phones & Addresses
Douglas S. Robbie
President
P. M. SECURITY, INC
32 Pierce St, West Boylston, MA 01583
10 Colonial Rd, Worcester, MA
Douglas S. Robbie
President
KENT, INC
32 Pierce St, West Millbury, MA 01586
10 Colonial Rd, Worcester, MA
Douglas S. Robbie
President
DOUGLAS S. ROBBIE MANUFACTURING, INC
4 Vernon Ter, Worcester, MA 01610
12 Buckingham St, Worcester, MA 01605
Douglas S. Robbie
President
PROPERTY MANAGEMENT ASSOCIATES, INC
PO Box 149, Worcester, MA 01606
Douglas S. Robbie
Treasurer
MACHINE CONTROLS TECHNOLOGY, INC
325 E Mtn St, Worcester, MA 01606

Publications

Us Patents

Fail-Safe Electric Hydraulic Actuator

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US Patent:
59504277, Sep 14, 1999
Filed:
Nov 18, 1997
Appl. No.:
8/972443
Inventors:
Paul D. Demerjian - Holden MA
Douglas A. Robbie - Bellingham MA
Steven P. Bernard - Shrewsbury MA
Assignee:
Worcester Controls Licensco, Inc. - Wilmington DE
International Classification:
F16D 3102
F01B 702
F01B 3100
US Classification:
60404
Abstract:
An electro-hydraulic valve actuator comprising an actuator casing; a piston/rack means in the casing having walls reciprocating linearly to effect linear movements, the reciprocating walls defining a center chamber therebetween and two outside chambers inside the casing; an output shaft in communication with the piston/rack means for driving a valve, the output shaft effecting rotational movements in response to the linear movements of the piston/rack means; resilient return means in each of the two outside chambers engaging the reciprocating walls of the piston/rack means and inner end walls of the casing, the resilient return means biasing the reciprocating walls of the piston/rack means to a closed position; a pumping means; a primary internal flow path for transferring hydraulic fluid from the pumping means to a first output port and into the center chamber, the hydraulic fluid in the center chamber causing the piston/rack means to expand in the casing to transmit the linear movements to the output shaft; and a fail-safe solenoid valve system having a secondary internal flow path connecting to and extending from the primary internal flow path to a second outlet port opening into at least one of the outside chambers, and a normally closed solenoid valve in the secondary flow path preventing flow through the secondary internal flow path. Upon loss of power to the actuator, the fail-safe solenoid valve opens to thereby cause the resilient return means to force hydraulic fluid out of the center chamber, through the primary and secondary internal flow paths, into at least one of the outside chambers, so that the piston/rack means is returned to a closed position for rotating the output shaft to drive the valve.
Douglas A Robbie from Bellingham, MA, age ~60 Get Report