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Andrew Wowczuk Phones & Addresses

  • 1201 Collington Dr, Cary, NC 27511 (919) 535-3042
  • Grayson, GA
  • Lawrenceville, GA
  • Pittsburgh, PA
  • 4301 Alison Ave, Erie, PA 16506 (814) 833-3776
  • Canonsburg, PA
  • Lafayette, IN
  • Wheeling, WV
  • 1201 Collington Dr, Cary, NC 27511

Work

Company: Techcomm solutions, llc May 2009 Position: Coaching, mentoring, and delivery of instructional material in ci, lean, and six sigma

Education

Degree: Bachelor of Engineering, Bachelors School / High School: State University of New York Maritime College 1965 to 1969

Skills

Process Improvement • Strategic Planning • Six Sigma • Lean Manufacturing • Continuous Improvement • Process Engineering • Kaizen • Engineering • Product Development • Strategy • Business Strategy • Manufacturing • Business Process Improvement • New Business Development • Root Cause Analysis • Supply Chain • Operations Management • Business Planning • Quality Management • Leadership • Coaching • Cross Functional Team Leadership • Operational Excellence • Supply Chain Management

Languages

Ukrainian

Interests

Conveyance Systems • Robotics • Special Fasteners • Poverty Alleviation • Science and Technology • Human Rights • Animal Welfare • Production Machine Design • Inspection Automation Tooling

Industries

Program Development

Resumes

Resumes

Andrew Wowczuk Photo 1

Ci Practitioner

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Location:
1525 Grayson Hwy, Durham, NC
Industry:
Program Development
Work:
TechComm Solutions, LLC since May 2009
Coaching, mentoring, and delivery of instructional material in CI, Lean, and Six Sigma
Education:
State University of New York Maritime College 1965 - 1969
Bachelor of Engineering, Bachelors
Lithonia High School
Skills:
Process Improvement
Strategic Planning
Six Sigma
Lean Manufacturing
Continuous Improvement
Process Engineering
Kaizen
Engineering
Product Development
Strategy
Business Strategy
Manufacturing
Business Process Improvement
New Business Development
Root Cause Analysis
Supply Chain
Operations Management
Business Planning
Quality Management
Leadership
Coaching
Cross Functional Team Leadership
Operational Excellence
Supply Chain Management
Interests:
Conveyance Systems
Robotics
Special Fasteners
Poverty Alleviation
Science and Technology
Human Rights
Animal Welfare
Production Machine Design
Inspection Automation Tooling
Languages:
Ukrainian

Publications

Us Patents

Method And Apparatus For The Inspection Of Buttons

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US Patent:
41968115, Apr 8, 1980
Filed:
Sep 6, 1977
Appl. No.:
5/830696
Inventors:
William D. Pilesi - Monroeville PA
Andrew Wowczuk - Pittsburgh PA
Assignee:
Koppers Company, Inc. - Pittsburgh PA
International Classification:
B07C 5342
US Classification:
209588
Abstract:
A method and apparatus for inspecting and sorting buttons and the like. The buttons to be inspected are fed to a velocity control system which imparts a uniform velocity to each button and propels it between a light source and detector. The light from the source is controlled by a mask to limit the light to the central zone of the button. The amount of light which passes through the central zone of the button is then converted to an electrical signal by the detector electronics. The electrical signal is then compared to pre-set upper and lower limits. If the signal falls within the pre-set limits, an accept signal is generated which is used to control a reject mechanism for automatic separation of buttons for collection and use.

Method And Apparatus For The Inspection And Separation Of Symmetrical Stable Units

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US Patent:
45304343, Jul 23, 1985
Filed:
Aug 9, 1982
Appl. No.:
6/406261
Inventors:
Andrew Wowczuk - Monroeville PA
William D. Pilesi - Monroeville PA
Assignee:
U.S. Plastic and Chemical Corp. - Putnam CT
International Classification:
B07C 5342
US Classification:
209588
Abstract:
An improved method and apparatus for the inspection and sorting of buttons and the like. The buttons to be inspected are fed from a feeder to a mechanical conveyance system which imparts a velocity to and a spacing between the buttons. The buttons are conveyed between a light source and detector, and the light from the source is masked to limit it to the central zone of the button. The light passing through the central zone is converted to an electrical signal by the detector. The signal value, which is a measure of button quality, is independent of velocity and time is compared to preset limits. In addition, a counter circuit determines the symmetry of the buttons. If the signal is within the limits an accept signal is generated, which cooperates in the control operation of the reject mechanism to automatically separate the acceptable and unacceptable buttons. Additionally, the detector in the vicinity of the mechanism which generates an electrical control signal to activate the reject mechanism only when a button is in the proper position relative to the reject mechanism.
Andrew W Wowczuk from Cary, NC, age ~76 Get Report