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Nicholas Shmel Phones & Addresses

  • Crossville, TN
  • Rising Sun, MD
  • 3700 Blue Ball Ave, Elkton, MD 21921
  • Ewing, KY
  • Elk Mills, MD
  • Lutherville Timonium, MD
  • Catonsville, MD
  • Cecilton, MD
  • 3700 Blue Ball Rd, Elkton, MD 21921

Work

Company: Verve networks 2013 Position: Systems engineer

Education

School / High School: Cecil College May 2007 Specialities: Computer Information Systems

Resumes

Resumes

Nicholas Shmel Photo 1

Nicholas Shmel Lodi, CA

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Work:
Verve Networks

2013 to 2000
Systems Engineer

Broadcast Sports Inc
Hanover, MD
2011 to 2013
Systems Administrator

Promed Clinical Systems
Fort Lauderdale, FL
2010 to 2011
Implementations Engineer

Jennersville Regional Hospital
West Grove, PA
2007 to 2010
Desktop Analyst

Education:
Cecil College
May 2007
Computer Information Systems

Publications

Us Patents

Automated Random Access Microbiological Analyzer

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US Patent:
20030032171, Feb 13, 2003
Filed:
Aug 8, 2001
Appl. No.:
09/924221
Inventors:
Bruce Gemmell - Wilmington DE, US
John Mazza - Newark DE, US
Peter Gebrian - Wilmington DE, US
Nicholas Shmel - Elkton MD, US
Edward Farina - Oxford PA, US
Hemant Vaidya - Davis CA, US
Assignee:
Dade Behring Inc. - Deerfield IL
International Classification:
C12M001/36
US Classification:
435/286200, 435/287300, 435/288700
Abstract:
A random access microbiological analyzer for performing AST and ID tests on samples using on-board inventories of different AST test arrays and different ID test rotors within separate AST and ID incubation and analysis chambers.

Liquid Flow And Control In A Biological Test Array

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US Patent:
20020119561, Aug 29, 2002
Filed:
Feb 28, 2001
Appl. No.:
09/795823
Inventors:
Edward Farina - Oxford PA, US
Samuel Ferguson - Bear DE, US
Peter Gebrian - Wilmington DE, US
Frank Krufka - Kirkwood PA, US
John Mazza - Newark DE, US
Nicholas Shmel - Elkton MD, US
International Classification:
C12M001/34
US Classification:
435/288500, 435/305200
Abstract:
A microbiological test array with a generally flat base having a plurality of upwardly projecting microwells connected by a microchannel to an open reservoir formed in a top surface generally parallel to the base of the test array. The reservoir has an opening to permit an inoculum-broth liquid solution to flow from the reservoir through the microchannel, to a sacrificial evaporation well having an air vent port adapted to control a vacuum filling process, and subsequently to be distributed into each of the plurality of microwells.
Nicholas M Shmel from Crossville, TN, age ~70 Get Report