Andrew Guenthner from 801 Ward Ave, Ridgecrest, CA 93555

Resumes

Chief Technology Officer

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Location:

2055 Center St, Berkeley, CA 94704

Industry:

Computer Software

Work:

Air Force Research Laboratory since 2009
Senior Chemical Engineer
Naval Air Systems Command Sep 2005 - 2009
Supervisory Materials Engineer
Naval Air Systems Command Sep 2000 - Sep 2005
Materials Engineer

Education:

The University of Akron 1996 - 2000
Ph. D., polymer engineering Case Western Reserve University 1990 - 1995
BS, Chemical Engineering

Skills:

Materials Science
Polymers
R&D
Design of Experiments
Product Development
Data Analysis
Polymer Science
Characterization
Python
Organic Chemistry
Composites
Polymer Chemistry
Pandas
Process Engineering
Machine Learning
Visual Basic For Applications
Leadership
Mysql
Simulations
Testing
Statistical Modeling
Matplotlib
Technical Writing
Applied Machine Learning
Analytics
Mathematics
Matlab
Github
Adhesives
Scikit Learn
Data Analytics
Mongodb
Tableau
Communication
Technology Development
Numpy
D3.Js
Chemical Engineering
Intellectual Property
Business Strategy
Nanomaterials
Chemistry
Coatings
Data Mining
Team Leadership
Management
Surface Science
Solubility
Engineering
Materials
Rheology
Manufacturing
Continuous Improvement
Propulsion

Interests:

Science and Technology

Languages:

English

Us Patents

Anti-Reflective Coating On Patterned Metals Or Metallic Surfaces
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US Patent:

7351448, Apr 1, 2008
Filed:

Jul 27, 2004
Appl. No.:

10/911750
Inventors:

David J. Irvin - Ridgecrest CA, US
Andrew Guenthner - Ridgecrest CA, US
Nicholas Prokopuk - Ridgecrest CA, US
Assignee:

The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:

B05D 5/06
US Classification:

427162, 427125, 4271631, 427205, 427436, 427438, 4274431, 385 40, 385129, 385130, 359580, 359585, 205122, 205264, 205271, 205118
Abstract:

An apparatus and process for coating surfaces of metal or metallic components including providing at least one metal having a patterned outer surface exhibiting an optical reflection greater than about 40%, providing at least one anti-reflective coating material, the anti-reflective coating material(s) including effective amount of electrically conductive light scattering and/or wavelength absorbent properties, and depositing the anti-reflective coating material(s) onto the patterned outer surface(s) of each metal, wherein the anti-reflective coating material(s) conforms to the desired patterned outer surface(s) of each metal. In another embodiment, a coated metal component includes at least one metal having a patterned outer surface(s); and, a coating of at least one antireflective material deposited on the metal patterned outer surface by deposition, wherein the antireflective coating material(s) including effective amount of electrically conductive light scattering and/or wavelength absorbent properties.

Polycyanurate Compositions
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US Patent:

7462681, Dec 9, 2008
Filed:

Sep 19, 2005
Appl. No.:

11/239443
Inventors:

Andrew J. Guenthner - Ridgecrest CA, US
Gregory R. Yandek - Ridgecrest CA, US
David J. Irvin - Ridgecrest CA, US
Assignee:

The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:

C08G 64/00
C08G 63/02
US Classification:

528196, 521 27, 524492, 528125, 528126, 528210
Abstract:

A polycyanurate composition (I), wherein “n” is a positive integer of about 1 to about 10, and wherein R, R′, and R″ comprising at least one of C, H, N, O, F, Si, P, S, Cl, Br, I, and any combination thereof. A method of making a polycyanurate composition (I) including, providing at least one semi-aliphatic polycarbonate (V), wherein R comprises at least one of C, H, N, O, F, Si, P, S, Cl, Br, I, providing at least one uncured reactive thermoset monomer, dissolving the polycarbonate in a solvent with a high vapor pressure or suspending the polycarbonate directly into the reactive monomer, mixing the liquefied polycarbonate with the uncured reactive thermoset monomer into a homogeneous liquid component, curing the liquid component into a viscous component, and exposing the cured component to temperatures of about 50 C. to about 400 C. forming tricyanurate linkages in the polycyanurate composition (I).

Polyimides Having An Unusually Low And Tunable Electrical Resistivity Useful For Electrical And Optical Applications
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US Patent:

20030105270, Jun 5, 2003
Filed:

Oct 28, 2002
Appl. No.:

10/282307
Inventors:

Geoffrey Lindsay - Ridgecrest CA, US
Richard Hollins - Ridgecrest CA, US
Peter Zarras - Ridgecrest CA, US
Andrew Guenthner - Ridgecrest CA, US
Andrew Chafin - Ridgecrest CA, US
Mathew Davis - Ridgecrest CA, US
Stephen Fallis - Ridgecrest CA, US
International Classification:

C08G073/00
US Classification:

528/170000
Abstract:

A polyimide is disclosed of the formula: CG1 and CG2 are independently electron-accepting and/or electron-donating groups; x is an integer from about 3 to about 3000; ODAH is any of a number of known dianhydride residues; ODAM is any of a number of known diamine residues; and m, n, o, and p cumulatively add to 1.0, with the sum of m and n ranging from about 0.05 to about 1.0, the sum of o and p ranging from about 0 to about 0.95, the sum of m and o being about 0.5 and the sum of n and p being about 0.5. In addition, a film structure comprising the polyimide and devices utilizing the film structure are disclosed.

Thermally-Activated Heat Resistant Insulating Apparatus
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US Patent:

20100139931, Jun 10, 2010
Filed:

May 27, 2005
Appl. No.:

11/148573
Inventors:

Andrew J. Guenthner - Ridgecrest CA, US
Michael E. Wright - Ridgecrest CA, US
Stephen Fallis - Ridgecrest CA, US
International Classification:

A62C 2/06
US Classification:

169 48
Abstract:

A firefighting and protection apparatus being thermally-activated and/or heat resistant when subjected to a temperature above a pre-determined limit thermally set chemical reactions occur within the apparatus which causes the apparatus to expand in volume for multifunctional purposes including acting as an insulator against heat, an absorbent for diminishing contact between fuel and oxygen, and release inert gases and flame retardants for disrupting chemical reactions that sustain a fire.

Thermally-Activated Heat Resistant Insulating Apparatus
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US Patent:

20100139932, Jun 10, 2010
Filed:

Jul 14, 2008
Appl. No.:

12/172797
Inventors:

Andrew J. Guenthner - Ridgecrest CA, US
Michael E. Wright - Ridgecrest CA, US
Stephen Fallis - Ridgecrest CA, US
International Classification:

A62C 2/00
B32B 3/26
A62C 5/00
US Classification:

169 48, 169 5
Abstract:

A firefighting and protection apparatus being thermally-activated and/or heat resistant when subjected to a temperature above a pre-determined limit thermally set chemical reactions occur within the apparatus which causes the apparatus to expand in volume for multifunctional purposes including acting as an insulator against heat, an absorbent for diminishing contact between fuel and oxygen, and release inert gases and flame retardants for disrupting chemical reactions that sustain a fire.

Thermally-Activated Heat Resistant Insulating Apparatus
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US Patent:

20100139933, Jun 10, 2010
Filed:

Jul 14, 2008
Appl. No.:

12/172825
Inventors:

Andrew J. Guenthner - Ridgecrest CA, US
Michael E. Wright - Ridgecrest CA, US
Stephen Fallis - Ridgecrest CA, US
International Classification:

A62C 2/00
B32B 3/06
A62C 5/00
US Classification:

169 48, 169 5
Abstract:

A firefighting and protection apparatus being thermally-activated and/or heat resistant when subjected to a temperature above a pre-determined limit thermally set chemical reactions occur within the apparatus which causes the apparatus to expand in volume for multifunctional purposes including acting as an insulator against heat, an absorbent for diminishing contact between fuel and oxygen, and release inert gases and flame retardants for disrupting chemical reactions that sustain a fire.

Thermally-Activated Heat Resistant Insulating Apparatus
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US Patent:

20100144226, Jun 10, 2010
Filed:

Jul 10, 2008
Appl. No.:

12/171133
Inventors:

Andrew J. Guenthner - Ridgecrest CA, US
Michael E. Wright - Ridgecrest CA, US
Stephen Fallis - Ridgecrest CA, US
International Classification:

B32B 5/00
US Classification:

442139, 442141
Abstract:

A firefighting and protection apparatus being thermally-activated and/or heat resistant when subjected to a temperature above a pre-determined limit thermally set chemical reactions occur within the apparatus which causes the apparatus to expand in volume for multifunctional purposes including acting as an insulator against heat, an absorbent for diminishing contact between fuel and oxygen, and release inert gases and flame retardants for disrupting chemical reactions that sustain a fire.