Joseph K Papalia

age ~59

from Webster, NY

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Also known as:

Joe K Papalia
Joseph Kathl Papalia
Joseph Kathleen Papalia

Phone and address:: 51 Alpine Dr, Webster, NY 14580
5852431605

Connected to:

Joseph Papalia Phones & Addresses

51 Alpine Dr, Webster, NY 14580 • 5852431605 • 5858726371
60 Alpine Dr, Webster, NY 14580 • 5852431605 • 5858729483
1260 State Rd, Webster, NY 14580 • 5858724618
Dansville, NY
91 Witherspoon Ln, Rochester, NY 14625 • 5856712159
Irondequoit, NY
5508 Lake Rd, Conesus, NY 14435
Groveland, NY

Resumes

Principal Engineer And Program Manager

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Location:

60 Alpine Dr, Webster, NY 14580

Industry:

Electrical/Electronic Manufacturing

Work:

Bausch Health Company
Principal Engineer and Program Manager
Ultralife Corporation Jan 2006 - Oct 2009
Manager,Document Control and Engineering Design
Ultralife Corporation Apr 2003 - Dec 2005
Senior Quality Engineer
Ultralife Corporation May 2000 - Mar 2003
Quality Test Lab Manager and Senior Process Engineer
Bausch + Lomb Oct 1995 - Apr 2000
Senior Process Engineer, Manufacturing Process Development

Education:

Rochester Institute of Technology 1998 - 2001
Master of Science, Masters, Statistics Rochester Institute of Technology 1986 - 1988
Bachelors, Bachelor of Science, Electrical Engineering Monroe Community College 1984

Skills:

Process Engineering
Automation
Design of Experiments
Electronics
Engineering
Fmea
Iso
Lean Manufacturing
Manufacturing
Manufacturing Engineering
Product Development
Program Management
Project Management
Quality Assurance
Quality Control
Quality Management
Spc
Software Documentation
Solidworks
Testing
Troubleshooting
Engineering Management

Interests:

Muscle Cars
New Technology For A Cleaner Environment
Hunting
Antiques
Youth Soccer
Carpentry
Fishing
Archery

Joseph Papalia

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Joseph Papalia

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Location:

United States

Us Patents

Methods And Devices To Control Polymerization
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US Patent:

20020000680, Jan 3, 2002
Filed:

Mar 27, 2001
Appl. No.:

09/818919
Inventors:

Griffith Altmann - Webster NY, US
Lisa Armstrong - Webster NY, US
Kevin Beebe - Spencerport NY, US
Ian Cox - Mendon NY, US
Horngyih Huang - Penfield NY, US
Michael Lesczynski - Honeoye Falls NY, US
Arthur Martin - Poughkeepsie NY, US
Michelle Moran - Fairport NY, US
Joseph Papalia - Webster NY, US
Dominic Ruscio - Webster NY, US
International Classification:

B29D011/00
US Classification:

264/001360, 264/001380, 249/117000
Abstract:

A method and mold assembly to control the polymerization of a molded article. In one embodiment, an amorphous posterior mold comprising a non-critical surface having a controlled radius of curvature is used to produce molded articles. In an alternate embodiment, ophthalmic lenses are produced using a posterior mold in which the concave surface of the non-critical surface is filled with a liquid having a similar refractive index as the mold material. In still another embodiment, a positive lens is placed at a predetermined distance adjacent to the mold assembly to alter the irradiation path to the mold assembly. In still another embodiment, a positive lens is placed within the concave surface of the posterior lens.

Methods And Devices To Control Polymerization
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US Patent:

20050104239, May 19, 2005
Filed:

Oct 20, 2004
Appl. No.:

10/969632
Inventors:

Griffith Altmann - Webster NY, US
Lisa Armstrong - Webster NY, US
Kevin Beebe - Spencerport NY, US
Ian Cox - Mendon NY, US
Horngyih Huang - Penfield NY, US
Michael Lesczynski - Honeoye Falls NY, US
Arthur Martin - Poughkeepsie NY, US
Michelle Moran - Fairport NY, US
Joseph Papalia - Webster NY, US
Dominic Ruscio - Webster NY, US
International Classification:

B29D011/00
US Classification:

264001360, 264001380, 425808000
Abstract:

A method and mold assembly to control the polymerization of a molded article. In one embodiment, an amorphous posterior mold comprising a non-critical surface having a controlled radius of curvature is used to produce molded articles. In an alternate embodiment, ophthalmic lenses are produced using a posterior mold in which the concave surface of the non-critical surface is filled with a liquid having a similar refractive index as the mold material. In still another embodiment, a positive lens is placed at a predetermined distance adjacent to the mold assembly to alter the irradiation path to the mold assembly. In still another embodiment, a positive lens is placed within the concave surface of the posterior lens.