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Julian Donna Gulbinski

from Jamison, PA
Age ~63
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Also known as:
Julian J Gulbinski, Julian D Gulbinski, Julian James Gulbinski, Julian D Glubinski
Phone and address:
1979 Sunrise Way, Jamison, PA 18929
Related to:
Edna GulbinskyStephen M Dorwart, 55Jason GulbinskiBarbara J Gulbinski, 88Julian D Glubinski, 88Donna E Smith, 63Beverly Gulbinski, 54William J Mattern, 66Georgia G Smith, 91
Connected to:
Anne M Gulbransen, 100Candace Gulbrandson, 41Candice M Gulbransen, 44Catherine M Gulbrandsen, 64Daniel J Gulbrandson, 38Deborah A Gulbranson, 55Erica A Gulbrandson, 35Erin J Gulbransen, 33George T Gulbransen, 70Karen S Gulbransen, 68

Julian Gulbinski Phones & Addresses

  • 1979 Sunrise Way, Jamison, PA 18929
  • 2275 Sunrise Way, Jamison, PA 18929
  • 118 81St St, Sea Isle City, NJ 08243
  • 64 Walnut Dr, Richboro, PA 18954
  • 70 Old Dublin Pike #2, Doylestown, PA 18901

Work

Company: Gemalto - Montgomeryville, PA Jul 2012 Position: Laminator technician

Education

School / High School: LAFAYETTE COLLEGE- Easton, PA 2009 Specialities: BA in International Affairs

Skills

Microsoft Office (Word • Excel • Powerpoint) • Compositional and Conversational Profici...

Resumes

Resumes

Julian Gulbinski Photo 1

General Manager

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Location:
Jamison, PA
Industry:
Biotechnology
Work:
Sgs Life Science Services, S.a.
General Manager
Education:
Lasalle College of the Arts 1989 - 1994
Master of Business Administration, Masters, Business Administration, Management, Business Administration and Management
Julian Gulbinski Photo 2

General Manager

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Location:
207 east 33Rd St, New York, NY 10001
Industry:
Pharmaceuticals
Work:
Sgs
General Manager
Jnp Industries
Executive Director
Charles River Laboratories Jun 2008 - Jun 2016
Senior Manager of Laboratory Sciences
Budd Chemcal Mar 1993 - May 1994
Technical Superintendant
Education:
La Salle University 1991 - 1996
Master of Business Administration, Masters, Operations Management Temple University 1979 - 1985
Bachelor of Applied Science, Bachelors, Organic Chemistry
Skills:
Operations Management
Technology Transfer
Pharmaceutical Industry
Science
Leadership
Life Sciences
New Business Development
Management
Laboratory
Business Development
Cross Functional Team Leadership
Manufacturing
Quality Assurance
Analytical Chemistry
Research
Safety Management Systems
Validation
Analytical Methods Development
Analytic Problem Solving
Maintenance Management
Good Laboratory Practice
Gmp
Biotechnology
Strategic Planning
Standard Operating Procedure
Customer Service
Microsoft Office
Business Process Improvement
Julian Gulbinski Photo 3

Julian Gulbinski Jamison, PA

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Work:
Gemalto
Montgomeryville, PA
Jul 2012 to Aug 2012
LAMINATOR TECHNICIAN
Camp America
Chalfont, PA
Jun 2006 to Aug 2011
Camp Counselor
File-X Document Imaging Services
Conshohocken, PA
May 2011 to Jun 2011
Document Preparation Clerk
Education:
LAFAYETTE COLLEGE
Easton, PA
2009 to 2013
BA in International Affairs
Lafayette College
Easton, PA
2009 to 2013
BA in Economics w/ Certificate in Financial Policy and Analysis
Skills:
Microsoft Office (Word, Excel, Powerpoint), Compositional and Conversational Proficiency in Spanish,

Business Records

Name / Title
Company / Classification
Phones & Addresses
Julian Gulbinski
Manager
Argus Research Laboratories, Inc
Commercial Physical Research Medical Laboratory
905 Sheehy Dr, Horsham, PA 19044
(215) 443-8710
Julian Gulbinski
Alternative Energy Polymers, LLC
Mfg Plastic Materials/Resins
2275 Sunrise Way, Jamison, PA 18929

Publications

Us Patents

Differential Homogeneous Immunosensor Device

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US Patent:
49160753, Apr 10, 1990
Filed:
Aug 19, 1987
Appl. No.:
7/087087
Inventors:
Mark K. Malmros - Newton PA
Julian Gulbinski - Jamison PA
Assignee:
Ohmicron Corporation - DE
International Classification:
C12M 100
C12M 140
US Classification:
435291
Abstract:
There is provided a novel method of testing for the presence of an analyte in a fluid suspected of containing the same. In this method, in the presence of the analyte, a substance capable of modifying certain characteristics of the substrate is bound to the substrate and the change in these qualities is measured. While the method may be modified for carrying out quantitative differential analyses, it eliminates the need for washing analyte from the substrate which is characteristic of prior art methods.

Pyroelectric Thermometric Device

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US Patent:
51085763, Apr 28, 1992
Filed:
Jun 13, 1988
Appl. No.:
7/206875
Inventors:
Mark K. Malmros - Newton PA
Julian Gulbinski - Jamison PA
William S. Collins - San Diego CA
William Gibbs - Morrisville PA
Assignee:
Ohmicron Corporation - Newtown PA
International Classification:
G01N 2548
US Classification:
204403
Abstract:
A device for detecting the presence of a predetermined reactant in a fluid suspected of containing the same which comprises a pyroelectric film having a first and a second surface, a first electrode in contact with a portion of the first surface of said pyroelectric film, a second electrode in contact with a portion of the first surface of said pyroelectric film, said first and said second electrodes being proximate to but electrically insulated from each other, an infra-red transparent third electrode having a first and second surface, said first surface being in contact with the second surface of said film, methods of making such a device and methods of utilizing same.

Photovoltaic Device

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US Patent:
20090065053, Mar 12, 2009
Filed:
Aug 13, 2008
Appl. No.:
12/222622
Inventors:
Julian Gulbinski - Jamison PA, US
International Classification:
H01L 31/00
US Classification:
136256
Abstract:
A photovoltaic device employs several major components or features which work together to provide a device that allows for the use of many different photoactive chemicals simultaneously to more efficiently convert solar energy into electrical energy. In the order of sunlight impingement, the components comprise: a physical interruption device, a resolving mechanism and a gap or space between the resolving mechanism and the next component, a chemical composition of photoactive chemicals. An electron capture mechanism includes electrodes which derive the electrical charge from the electron capture mechanism. The last feature is an electronic control mechanism which coordinates the polarity of the electrodes and the movement of the photo interruption device. Polarity reversal and pulsed excitation are key to the operation of the device.
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Julian Donna Gulbinski from Jamison, PA, age ~63 Get Report