FRANCISCO JAVIER SANCHEZ, II
Electrician at Ivanhoe Dr, El Paso, TX

License number
Texas 153404
Expiration Date
Jun 19, 2016
Category
Apprentice Electrician
Address
Address
11265 Ivanhoe Dr, El Paso, TX 79936
Phone
(915) 373-4125

Professional information

Francisco Sanchez Photo 1

Sales &Amp; Marketing Manager At Scienscope International

Position:
Sales & Marketing Manager at Scienscope International
Location:
El Paso, Texas Area
Industry:
Electrical/Electronic Manufacturing
Work:
Scienscope International since Jun 2006 - Sales & Marketing Manager Servicios Ultraligeros de Chapala Jan 1999 - Jun 2003 - Owner Lucent technologies Feb 1996 - Jul 2000 - Equipment eng.
Education:
Universidad de Guadalajara 1995 - 1999
Engineer's degree, Electrical, Electronics and Communications Engineering
Centro de Enseñanza Técnica Industrial 1989 - 1994
Bachelor's degree, Industrial Mechanics and Maintenance Technology
Interests:
Motorcycling , Ultralights fliying, woodworking,
Languages:
English, Spanish, French


Francisco Sanchez Photo 2

Francisco Sanchez - El Paso, TX

Work:
Buena Vista Eye Care - El Paso, TX
SURGICAL COORDINATOR/OFFICE MANAGER
Scott & White Hillcrest Baptist Medical Center - Waco, TX
PATIENT SAFETY TECH
University Medical Center of El Paso - El Paso, TX
PATIENT ACCESS ASSOCIATE
Education:
FRANKLIN HIGH SCHOOL - El Paso, TX
DIPLOMA
Baylor Univeristy - Waco, TX
BS in Biology-Pre-Medicine
Skills:
Great customer service skills, Excellent interpersonal skills including problem solving and time management, Advanced biostatistics, psychology, chemistry, and microbiology knowledge. Extensive practical and current laboratory disciplines knowledge, Comprehensive healthcare information systems, healthcare technology, and healthcare policies experience.


Francisco Sanchez Photo 3

Francisco Sanchez - El Paso, TX

Work:
Project Bravo - El Paso, TX
Center Supervisor
David. L. Carrasco Job Corps Center - El Paso, TX
Employability Standards Officer
David L. Carrasco Job Corps Center - El Paso, TX
Business and Community Liaison
David L. Carrasco Job Corps Center - El Paso, TX
Counseling/Career Development Director
Education:
University of Puerto Rico - Cayey, PR
BA in Arts/Humanities


Francisco Sanchez Photo 4

Francisco Sanchez - El Paso, TX

Work:
EPCC. Distance Education
Technical Support
RS Homes and Construction
Lead supervisor Assistant
R&J Jumping Balloons
Co-Owner
EPCC - El Paso, TX
STS peer Trainer


Francisco Sanchez Photo 5

Multiple Contact Fluid Pressure Switch

US Patent:
6639165, Oct 28, 2003
Filed:
Oct 28, 2002
Appl. No.:
10/281655
Inventors:
Robert A. Newman - El Paso TX
Francisco J. Sanchez - El Paso TX
Assignee:
Delphi Technologies, Inc. - Troy MI
International Classification:
H01H 3540
US Classification:
200834, 200512
Abstract:
A multiple contact fluid pressure switch includes a plate from which a rib extends to establish a cavity on the plate. Two lower contacts are on the plate within the cavity. A diaphragm is disposed on the rib to enclose the cavity. Further, an upper contact is disposed on the diaphragm directly above the lower contacts. The multiple contact fluid pressure switch is movable between an open position wherein the upper contact does not engage the lower contacts, a first closed position wherein the upper contact engages one lower contact, and a second closed position wherein the upper contact engages both lower contacts.


Francisco Sanchez Photo 6

Capacitor-Based Position Sensor For Vehicle

US Patent:
2009020, Aug 20, 2009
Filed:
Feb 14, 2008
Appl. No.:
12/069963
Inventors:
Francisco J. Sanchez - El Paso TX, US
Carlos A. Urquidi - CD. Juarez, MX
International Classification:
G01R 27/26
US Classification:
324662
Abstract:
A position sensor has an external moving element couplable to a moving part whose angular or linear position is sought to be sensed. A sealed enclosure is engaged with the moving element such that the moving element moves relative to the enclosure, and capacitive elements are in the enclosure. An internal moving element inside the enclosure is magnetically coupled to the external moving element for movement with the external element, with the internal moving element moving between the capacitive elements thereby change the capacitance between the capacitive elements as the external moving element moves.


Francisco Sanchez Photo 7

Method Of Measuring Fluid Phases In A Reservoir

US Patent:
6918296, Jul 19, 2005
Filed:
Mar 4, 2004
Appl. No.:
10/793556
Inventors:
Carlos A. Urquidi - Chihuahua, MX
Francisco J Sanchez - El Paso TX, US
Assignee:
Delphi Technologies, Inc. - Troy MI
International Classification:
G01F023/00
US Classification:
73304R, 73304 C
Abstract:
A method identifies a level of each of a plurality of liquids in a reservoir. The method includes using a sensing assembly having first and second electrodes extending along a side of the reservoir, wherein the first and second electrodes combine to form a plurality of capacitors each having a unique capacitance. The method includes the steps of applying an input AC signal voltage to the first electrode. An output AC signal voltage is then measured across the second electrode. The method continues by locating clusters of frequency variations. The method then associates a level identification for each of the plurality of liquids with each of the clusters of frequency variations.


Francisco Sanchez Photo 8

Tire Pressure Sensor Array

US Patent:
6935169, Aug 30, 2005
Filed:
Oct 28, 2002
Appl. No.:
10/281616
Inventors:
Robert A. Newman - El Paso TX, US
Francisco J Sanchez - El Paso TX, US
Lorenzo Guadalupe Rodriguez - El Paso TX, US
Assignee:
Delphi Technologies, Inc. - Troy MI
International Classification:
G01M017/02
US Classification:
73146, 731465, 340442
Abstract:
A tire pressure sensor array includes a control module to which a receiver is connected. Four tire pressure sensors communicate with the control module via the receiver. Each tire pressure sensor includes a pressure switch that is electrically connected to a digital state machine. The digital state machine is connected to a transmitter and communicates pressure information to the transmitter. In turn, the transmitter communicates the pressure information to the receiver which communicates the pressure information to the control module.