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Salvatore H Atzeni

from Colonia, NJ
Age ~61
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Also known as:
Salvator H Atzeni, Salvatore Hauptmann, Atzeni Salvatore
Phone and address:
171 New Dover Rd, Colonia, NJ 07067
(732) 669-9007
Related to:
James G Bishop, 42Wendy Laeyt, 54Stephanie Weatherly, 50Holly Bishop, 42Thomas Bishop
Connected to:
Traci L Atzenweiler, 56Natalie A Atzeri, 61Dennis Atzert, 62Kimberly M Atzert, 38Sandra M Atzert, 71Jon E Atzet, 114Jason M Atzinger, 43Kent M Atzinger, 41Karli Atzman, 46Oriya Atzmi, 51

Salvatore Atzeni Phones & Addresses

  • 171 New Dover Rd, Colonia, NJ 07067 (732) 669-9007
  • 820 Green St, Iselin, NJ 08830 (732) 283-5741
  • Glendale, NY
  • Saratoga Springs, NY
  • Edison, NJ

Work

Company: Horiba scientific Jan 2010 Position: Chief technology officer

Education

School / High School: Rutgers, The State University of New Jersey-New Brunswick 2008 to 2012 Specialities: MBA, International Business anticipated graduation in 2012

Skills

Spectroscopy • R&D • Product Development • Optics • Sensors • Analytical Chemistry • Product Management • Management • Instrumentation • Electronics • Manufacturing Operations • Fluorescence • Engineering • Characterization • Project Management • Operations Management • Product Marketing • Chemistry • Physics • Data Analysis • Materials Science • Nanotechnology • Strategy • Fluorescence Spectroscopy • Photonics • Engineering Management • Commercialization • Medical Devices • Uv/Vis • Polymers • Nir Spectroscopy • Research and Development • Technical Leadership • Financial Analysis • Technical Presentations • Fluorescence Lifetime • Fluorescence Anisotropy • Ccds • Uv Vis • Digital Imaging • Business Process Improvement • Business Planning • International Relations • Biophysics • Manufacturing • Production Management

Languages

English • German • French

Industries

Electrical/Electronic Manufacturing

Resumes

Resumes

Salvatore Atzeni Photo 1

Executive Vice President And General Manager

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Location:
171 New Dover Rd, Colonia, NJ 07067
Industry:
Electrical/Electronic Manufacturing
Work:
Horiba Scientific since Jan 2010
Chief Technology Officer
Horiba Jobin Yvon, Inc. since Jan 2007
Vice President, Optical Spectroscopy
Horiba Jobin Yvon, Inc. Apr 2002 - Dec 2006
Director, Optical Spectroscopy
Horiba Jobin Yvon, Inc. Mar 1995 - Apr 2002
Principal Scientist, Fluorescence Division
Education:
Rutgers, The State University of New Jersey-New Brunswick 2008 - 2012
City University of New York Graduate Center 1988 - 1998
Ph.D., Chemistry City University of New York-Brooklyn College 1979 - 1986
B.S., Chemistry Midwood High School 1977 - 1979
Skills:
Spectroscopy
R&D
Product Development
Optics
Sensors
Analytical Chemistry
Product Management
Management
Instrumentation
Electronics
Manufacturing Operations
Fluorescence
Engineering
Characterization
Project Management
Operations Management
Product Marketing
Chemistry
Physics
Data Analysis
Materials Science
Nanotechnology
Strategy
Fluorescence Spectroscopy
Photonics
Engineering Management
Commercialization
Medical Devices
Uv/Vis
Polymers
Nir Spectroscopy
Research and Development
Technical Leadership
Financial Analysis
Technical Presentations
Fluorescence Lifetime
Fluorescence Anisotropy
Ccds
Uv Vis
Digital Imaging
Business Process Improvement
Business Planning
International Relations
Biophysics
Manufacturing
Production Management
Languages:
English
German
French

Publications

Us Patents

Microscope For Performing Multiple Frequency Fluorometric Measurements

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US Patent:
7317194, Jan 8, 2008
Filed:
Jan 23, 2004
Appl. No.:
10/763681
Inventors:
Salvatore Atzeni - Edison NJ, US
James Mattheis - Edison NJ, US
Raymond Kaminski - Edison NJ, US
Assignee:
Horiba Jobin Yuon, Inc. - Edison NJ
International Classification:
G01N 21/62
G01N 21/64
US Classification:
2504581, 2504591, 356317, 356318
Abstract:
An optical imager, such as a microscope for performing multiple frequency fluorometric measurements comprising a light source, such as a laser source is disclosed. The system is used to excite a sample into the fluorescent state. Light from the excited sample is collected by a microscope. The microscope utilizes conventional confocal optics optimized to have a very narrow depth of field, thus limiting the information collected to a thin planar region. Measurements are taken over the fluorescence lifetime of the sample simultaneously from the excitation source and from the excited sample. Information is taken in a matrix and comparison of the image matrix and the standard during simultaneous measurements yields output information.

Scent Identification Apparatus And Method

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US Patent:
20050255607, Nov 17, 2005
Filed:
May 11, 2004
Appl. No.:
10/843053
Inventors:
Nicolas Vezard - Metuchen NJ, US
Salvatore Atzeni - Edison NJ, US
International Classification:
A01M001/10
US Classification:
436174000, 422083000
Abstract:
A scent collection method comprising putting an item bearing a sample of a scent to be identified in an enclosure and heating the item is disclosed. A quantity of air is introduced into the enclosure. The air from the enclosure is withdrawn after the item has been heated. The withdrawn air is passed through a scent collection member to collect scent on the scent collection member. The scent collection member may be cooled during the scent collection process and the scent collection member is then sealed in an envelope. The scent collection member is removed from the envelope in which the scent collection member has been sealed. The scent collection member is then heated and air passed through the scent collection member. The air passed through the scent collection member is used as a stimulus or other input in a scent identification procedure.

Method For Performing Spacially Coordinated High Speed Fluorometric Measurements

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US Patent:
20060017921, Jan 26, 2006
Filed:
Jul 19, 2005
Appl. No.:
11/184721
Inventors:
Glenn Baker - Edison NJ, US
Salvatore Atzeni - Edison NJ, US
James Mattheis - Edison NJ, US
Raymond Kaminski - Edison NJ, US
International Classification:
G01J 3/30
US Classification:
356317000
Abstract:
An optical imager, such as a microscope for performing multiple frequency fluorometric measurements comprising a light source, such as a laser source is disclosed. The system is used to excite a sample into the fluorescent state. Light from the excited sample is collected by a microscope. The microscope utilizes conventional confocal optics optimized to have a very narrow depth of field, thus limiting the information collected to a thin planar region. Measurements are taken over the fluorescence lifetime of the sample simultaneously from the excitation source and from the excited sample. Information is taken in a matrix and comparison of the image matrix and the standard during simultaneous measurements yields output information.

Method For Both Time And Frequency Domain Protein Measurements

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US Patent:
20060289785, Dec 28, 2006
Filed:
Jan 6, 2006
Appl. No.:
11/326977
Inventors:
David McLoskey - Elaslow, GB
Glenn Baker - Paoli PA, US
Salvatore Atzeni - Colonia NJ, US
James Mattheis - East Brunswick NJ, US
International Classification:
G01J 1/58
US Classification:
250458100
Abstract:
The invention relates to methods and devices for luminescent (e.g., fluorometric) measurement. The disclosure includes frequency domain and single photon counting methods and utilizes low capacitance semiconductor light emitting devices.

Compact Spectroscopic Optical Instrument

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US Patent:
20190186991, Jun 20, 2019
Filed:
Dec 15, 2017
Appl. No.:
15/844228
Inventors:
- Irvine CA, US
Salvatore Hauptmann ATZENI - Colonia NJ, US
International Classification:
G01J 3/02
G01J 3/18
G01J 3/42
Abstract:
An optical instrument for spectroscopy applications includes a compact arrangement having a three-dimensional folded optical path. A plate configured as an optical reference plane is secured to a housing and is configured to secure optical components above or below the plate. A modular light source module may be secured within the housing without fasteners. A monochromator and spectrometer are secured below the plate. Mirrors disposed above the plate are configured to direct light from the monochromator passing through a first opening in the plate through a sample disposed above the plate, and to direct light from the sample through a second opening in the plate to the spectrometer. A controller is configured for communication with the monochromator and the spectrometer. The controller may control an entrance slit actuator for the spectrometer and positioning of an aperture upstream of the spectrometer to adjust resolution and throughput.
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Salvatore H Atzeni from Colonia, NJ, age ~61 Get Report