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Bruno Blase Averbeck

from Kensington, MD
Age ~53
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Also known as:
Bruno B Averbeck, Bruno Karin Averbeck, Bruno B Auerbeck, Bruno A Tetzlaff, Bruno A Averbek, Blase Averbeck Bruno
Phone and address:
3914 Washington St, Kensington, MD 20895
(301) 946-1052
Related to:
Johanna TetzlaffFritz T Heinrich, 88Rex Averbeck, 63
Connected to:
Brad L Averbeck, 55Roger C Averbeck, 65Bernard Averbeke, 76Isadore Averbuch, 101Rod N Averbuch, 74Ziva Averbuch, 72Marilda W Averbug, 77Izabella Averbukh, 57Ryan G Averbukh, 36Yelena Averbukh, 51

Bruno Averbeck Phones & Addresses

  • 3914 Washington St, Kensington, MD 20895 (301) 946-1052
  • Apple Valley, MN
  • 65 Bengal Ter, Rochester, NY 14610
  • 3020 31St St, Minneapolis, MN 55406
  • Cochrane, WI
  • 72 E 5Th St, Cochrane, WI 54622

Work

Company: National institutes of health Sep 2009 Position: Principal investigator

Education

School / High School: University of Rochester 2001 Specialities: Post doctoral research in computational neuroscience

Resumes

Resumes

Bruno Averbeck Photo 1

Bruno Averbeck Kensington, MD

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Work:
National Institutes of Health

Sep 2009 to 2000
Principal Investigator
University College London
London
Sep 2006 to Sep 2009
Senior Lecturer
University of Rochester

Sep 2003 to Sep 2006
Research Scientist
ADC Telecommunications

Jun 1993 to Aug 1996
Research and Development Engineer
Education:
University of Rochester
2001 to 2003
Post doctoral research in computational neuroscience
University of Minnesota
Aug 1996 to Nov 2001
PhD in Neuroscience
University of Minnesota
Minneapolis, MN
1989 to 1994
BS in Electrical Engineering

Publications

Us Patents

Fiber Optic Polishing Fixture

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US Patent:
55771491, Nov 19, 1996
Filed:
Nov 29, 1994
Appl. No.:
8/346003
Inventors:
Bruno B. Averbeck - Minneapolis MN
Robert J. Ziebol - Blaine MN
David J. Emmons - Plymouth MN
Assignee:
ADC Telecommunications, Inc. - Minneapolis MN
International Classification:
G02B 600
US Classification:
385134
Abstract:
A fiber optic connector polishing fixture for polishing optical fibers which are to be connected with other optical fibers includes synthetic ruby balls symmetrically aligned on an aluminum substrate which is configured to permit a ferrule and its outer housing to be inserted for polishing. The ruby balls define a polishing plane axially spaced from the substrate for polishing an optical fiber which is longitudinally disposed within the ferrule. The ruby balls and ferrule are moved along an abrasive material until the ferrule and optical fiber are suitably polished.
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Bruno Blase Averbeck from Kensington, MD, age ~53 Get Report