David C Finegan

age ~64

from Manchester, CT

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Also known as:

Kathleen R Finegan
Dave C Finegan
David N

Phone and address:: 62 Bramblebush Rd, Manchester, CT 06040
(860)6451591

Connected to:

Resumes

Principal Software Engineer

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Location:

600 west Main St, Jefferson City, MO 65101

Industry:

Industrial Automation

Work:

Coburn Technologies, Inc.
Principal Software Engineer
Gerber Coburn Jan 1987 - Dec 2010
Principal Software Engineer
Harris Graphics Jan 1984 - Jan 1987
Senior Software Engineer

Education:

Rensselaer Polytechnic Institute at Hartford 1989 - 1995
Masters, Computer Science State University of New York College at Plattsburgh 1981 - 1983
Bachelors, Computer Science North Country Community College 1979 - 1981
Associates, Liberal Arts, Liberal Studies

Skills:

Product Development
Troubleshooting
Testing
Automation
Software Development
Process Improvement
Continuous Improvement
Software Engineering
Business Strategy
Manufacturing
Windows
Visio
Software Documentation
Tcp/Ip
C++
Design of Experiments
Product Launch
Engineering Management
Operating Systems
Cross Functional Team Leadership

David Finegan

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Us Patents

System And Method For Blocking A Lens
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US Patent:

60116307, Jan 4, 2000
Filed:

Nov 12, 1996
Appl. No.:

8/746459
Inventors:

Robert M. Shanbaum - Glastonbury CT
David C. Finegan - Manchester CT
Assignee:

Gerber Optical, Inc. - South Windsor CT
International Classification:

G01B 1100
G01B 900
G02B 702
US Classification:

356401
Abstract:

The invention relates to an apparatus and method for applying a finishing block to a lens. The apparatus displays an alignment pattern representing characteristics of the lens and includes a visual representation of the allowable tolerance in the position of the optical center of the lens and the prism of the lens. An imaging screen is provided for imaging the alignment pattern and reference data applied to a surface of the lens. The lens is positioned in the apparatus with the pattern and the data aligned. With the lens in this position, a determination is made using the visual representation as to whether the lens is within the allowable tolerance. If this is the case, the apparatus automatically attaches the finishing block to the lens in registration with the reference data.