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Anthony D Kopinetz

from York, PA
Age ~57
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Also known as:
Anthony David Kopinetz, Tony Kopinetz
Phone and address:
2714 Steeple Chase Dr, York, PA 17402
Related to:
Jeanine KopinetzPatricia A Kopinetz, 78Codie Kopinetz, 35Joanna A Kolasinski, 49Tanner A Kopinetz, 32Lucasz KolasinskiTravis Kopinetz, 29Junior ColeJacek S Kolasinski, 76Robert M Kopinetz, 79Lorraine A Kopinetz, 53Christoph M Kopinetz, 54Jolanta Kolasinski, 73Lukasz Kolasinski, 43
Connected to:
David W Kopinski, 52Joel Kopinsky, 65Jonathan P Kopinski, 57Laura L Kopinski, 44Ward N Kopischke, 55Terry L Kopish, 68Walter Kopiske, 92Ariel Y Kopitnikoff, 41Sandra L Kopitzke, 82Mark A Kopiwoda, 44

Anthony Kopinetz Phones & Addresses

  • 2714 Steeple Chase Dr, York, PA 17402
  • Shrewsbury, PA
  • 3 N Sycamore Ln, Stewartstown, PA 17363 (717) 993-2933
  • Pottsville, PA
  • 136 View Rd, Fleetwood, PA 19522 (610) 944-1614
  • Towson, MD
  • Millersville, MD
  • Minersville, PA
  • 217 W Forrest Ave, Shrewsbury, PA 17361

Work

Company: Belcamp facility - Belcamp, MD Jul 2010 Position: Compliance manager

Education

School / High School: Penn State University 1988 Specialities: Associate of Science in Electronic Engineering Technology

Resumes

Resumes

Anthony Kopinetz Photo 1

Senior Component Engineer At Cisco

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Location:
316 Bricknell Dr, Coppell, TX 75019
Industry:
Telecommunications
Work:
K & K Compliance since May 2008
Consultant - focused in the product compliance market.
AVON Protection Systems Aug 2010 - Aug 2011
Relicbility/Quality Manager
Verizon Aug 2006 - May 2008
DMTS
MET Laboratories 2001 - 2006
Director of Optics
Codeon 2000 - 2001
QA Manager/Lab Manager
Education:
Penn State University 1985 - 1988
Associate of Science (AS), Electical Engineering technology Pennsylvania State University-Penn State Schuylkill 1985 - 1988
Associate of Science (A.S.), Microcomputer Technology
Skills:
Fiber Optics
Testing
Telecommunications
Electronics
Product Development
Quality Assurance
Product Management
Engineering Management
Systems Engineering
Engineering
Manufacturing
Iso 9001 Lead Auditor Certifed
Fios
Iso 9000
Compliance Testing
Interests:
Politics
Education
Environment
Science and Technology
Human Rights
Animal Welfare
Arts and Culture
Health
Anthony Kopinetz Photo 2

Dmts, Foc-Itl Program - Nqa, Sit

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Location:
York, PA
Industry:
Telecommunications
Work:
Verizon
DMTS, FOC-ITL Program - NQA, SIT
Education:
Pennsylvania State University-Erie Campus
Anthony Kopinetz Photo 3

Dmts

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Location:
York, PA
Work:
Verizon
Dmts
Anthony Kopinetz Photo 4

Dmts At Verizon

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Position:
DMTS at Verizon
Location:
York, Pennsylvania Area
Industry:
Telecommunications
Work:
Verizon
DMTS
Education:
Pennsylvaina State University 1985 - 1988
Anthony Kopinetz Photo 5

Anthony Kopinetz Shrewsbury, PA

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Work:
Belcamp Facility
Belcamp, MD
Jul 2010 to Jul 2011
Compliance Manager
K and K Compliance

May 2008 to Mar 2011
Present Owner/Operator
Verizon
Baltimore, MD
2006 to May 2008
Acting engineering project manager
MET Laboratories
Baltimore, MD
2002 to 2006
Director of Fiber Optics/Fiber Optics Lab Manage/ Technical Expert
Codeon Corp
Columbia, MD
2000 to 2002
QA Manager and Environmental Test Manager
AMP Incorporated
Harrisburg, PA
1995 to 2000
Test Engineer 1/Lab Group Leader
AMP Incorporated
Harrisburg, PA
1991 to 1995
Test Technician/Process Development Engineer
Education:
Penn State University
1988
Associate of Science in Electronic Engineering Technology
Penn State University
1988
Associate of Science in Microcomputer Engineering Technology

Publications

Us Patents

Fiber To Chip Alignment Using Passive Vgroove Structures

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US Patent:
20190285813, Sep 19, 2019
Filed:
Sep 28, 2018
Appl. No.:
16/146311
Inventors:
- San Jose CA, US
Ashley J. MAKER - Pleasanton CA, US
Anthony D. KOPINETZ - York PA, US
International Classification:
G02B 6/42
Abstract:
An apparatus comprises a plurality of optical fibers and a lid member having one or more surfaces with grooves formed therein. The lid member defines a first plurality of grooves that are each dimensioned to partly receive an optical fiber of the plurality of optical fibers. The apparatus further comprises a substrate comprising a plurality of waveguides arranged at a predefined depth relative to a reference surface of the substrate, and a plurality of ribs extending from the reference surface. Each rib of the plurality of ribs is dimensioned to engage with a respective groove of a second plurality of grooves of the lid member. Engaging the plurality of ribs of the substrate with the second plurality of grooves of the lid member provides an optical alignment of the plurality of optical fibers with the plurality of waveguides.
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Anthony D Kopinetz from York, PA, age ~57 Get Report