Professional Records
License Records
Omar Facory
Address:
934 S Euclid Ave, Pasadena, CA 91106
License #:
A2413514
Category:
Airmen
Omar Facory Phones & Addresses
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934 S Euclid Ave, Pasadena, CA 91106
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Malibu, CA
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Redmond, WA
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Los Angeles, CA
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Seattle, WA
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Kiona, WA
Work
Company:
Physical optics corporation Apr 2013
Address:
Avionics Systems
Position:
Director of engineering
Education
Degree:
MS
School / High School:
University of Southern California - Viterbi School of Engineering 2008 to 2011
Specialities:
Biomedical Engineering
Skills
Systems Engineering • Program Management • Engineering Management • Aerospace • Electronics • Avionics • Engineering • Product Development • Product Management • Sensors • Integration • Cross Functional Team Leadership • Business Development • Earned Value Management • Strategy • Manufacturing • R&D • System Design • Image Processing • Simulations • Leadership • Spacecraft • Business Planning • Proposal Writing • New Ventures • Embedded Systems • Signal Processing • Entrepreneurship • Systems Design • Management • Six Sigma • Software Engineering • Matlab • Do 178B • Project Management • Software Development
Languages
English • French • Spanish
Ranks
Certificate:
Commercial Pilot, Multi-Engine, Instrument
Interests
Robotics • Free Diving • Motorcycles • Photography • Food • Wine • Karate
Industries
Defense & Space
Resumes
Resumes
Vp, General Manager Of Mission Systems
View pageLocation:
Pasadena, CA
Industry:
Defense & Space
Work:
Physical Optics Corporation - Avionics Systems since Apr 2013
Director of Engineering
Physical Optics Corporation 2010 - Apr 2013
Director, Government Relations
Meggitt Safety Systems 2006 - 2008
Senior Program Manager
Honeywell Aerospace 2003 - 2006
Product Line Manager
Northrop Grumman 2000 - 2003
Business Development Manager
Director of Engineering
Physical Optics Corporation 2010 - Apr 2013
Director, Government Relations
Meggitt Safety Systems 2006 - 2008
Senior Program Manager
Honeywell Aerospace 2003 - 2006
Product Line Manager
Northrop Grumman 2000 - 2003
Business Development Manager
Education:
University of Southern California - Viterbi School of Engineering 2008 - 2011
MS, Biomedical Engineering University of Southern California - Marshall School of Business 1996 - 1999
MBA, Finance, Entrepreneurship University of Southern California - Viterbi School of Engineering 1985 - 1989
BS, Biomedical Engineering
MS, Biomedical Engineering University of Southern California - Marshall School of Business 1996 - 1999
MBA, Finance, Entrepreneurship University of Southern California - Viterbi School of Engineering 1985 - 1989
BS, Biomedical Engineering
Skills:
Systems Engineering
Program Management
Engineering Management
Aerospace
Electronics
Avionics
Engineering
Product Development
Product Management
Sensors
Integration
Cross Functional Team Leadership
Business Development
Earned Value Management
Strategy
Manufacturing
R&D
System Design
Image Processing
Simulations
Leadership
Spacecraft
Business Planning
Proposal Writing
New Ventures
Embedded Systems
Signal Processing
Entrepreneurship
Systems Design
Management
Six Sigma
Software Engineering
Matlab
Do 178B
Project Management
Software Development
Program Management
Engineering Management
Aerospace
Electronics
Avionics
Engineering
Product Development
Product Management
Sensors
Integration
Cross Functional Team Leadership
Business Development
Earned Value Management
Strategy
Manufacturing
R&D
System Design
Image Processing
Simulations
Leadership
Spacecraft
Business Planning
Proposal Writing
New Ventures
Embedded Systems
Signal Processing
Entrepreneurship
Systems Design
Management
Six Sigma
Software Engineering
Matlab
Do 178B
Project Management
Software Development
Interests:
Robotics
Free Diving
Motorcycles
Photography
Food
Wine
Karate
Free Diving
Motorcycles
Photography
Food
Wine
Karate
Languages:
English
French
Spanish
French
Spanish
Certifications:
Commercial Pilot, Multi-Engine, Instrument
Design For Six Sigma
Strategic Marketing
Aviation Safety
Federal Aviation Administration
Honeywell
University of Maryland
Usc Viterbi School of Engineering
Design For Six Sigma
Strategic Marketing
Aviation Safety
Federal Aviation Administration
Honeywell
University of Maryland
Usc Viterbi School of Engineering
Publications
Us Patents
Vehicle-Integrated Access Control Device
View pageUS Patent:
6566998, May 20, 2003
Filed:
Sep 25, 2000
Appl. No.:
09/669050
Inventors:
Omar Facory - Pasadena CA, 91106
International Classification:
B60Q 100
US Classification:
3404255, 340475, 340 57, 340 571, 34082569
Abstract:
For remotely operating security barriers such as gates, garage doors and the like by manipulating multiple pre-existing equipment controls of a motor vehicle simultaneously or successively, a vehicle-integrated access control device is described having an access control signal transmitter, an optional voltage regulator, and means for causing the operation of the transmitter to depend on the actuation in concert of several vehicle controls such as, for example, the simultaneous or rapidly successive actuation of the left and right turn signals of a motorcycle. A logical AND device and, alternatively, a pair of transistor switches are disclosed for establishing the dependency. One or more optional relays are disclosed for establishing the dependency. A latching circuit is described for establishing the dependency upon successive actuation of first and second circuits. Wires connected to the vehicle are disclosed for establishing input from the vehicle controls, power from the vehicle electrical system, and electrical grounding.
Vehicle-Integrated Access Control Device
View pageUS Patent:
61475971, Nov 14, 2000
Filed:
Mar 31, 1999
Appl. No.:
9/282340
Inventors:
Omar Facory - Pasadena CA
International Classification:
B60Q 100
US Classification:
3404255
Abstract:
For remotely operating security barriers such as gates, garage doors and the like by manipulating multiple pre-existing equipment controls of a motor vehicle simultaneously or successively, a vehicle-integrated access control device is described having an access control signal transmitter, an optional voltage regulator, and means for causing the operation of the transmitter to depend on the actuation in concert of several vehicle controls such as, for example, the simultaneous or rapidly successive actuation of the left and right turn signals of a motorcycle. A logical AND device and, alternatively, a pair of transistor switches are disclosed for establishing the dependency. One or more optional relays are disclosed for establishing the dependency. A latching circuit is described for establishing the dependency upon successive actuation of first and second circuits. Wires connected to the vehicle are disclosed for establishing input from the vehicle controls, power from the vehicle electrical system, and electrical grounding.