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Fares Najjar Phones & Addresses

  • Arlington, TX
  • McKinney, TX
  • Tucson, AZ
  • Grand Prairie, TX
  • Fort Worth, TX

Work

Company: Raytheon Mar 2016 to Mar 2018 Position: Senior electrical engineer ii @ raytheon

Education

Degree: Master of Business Administration, Masters School / High School: Ohio University Heritage College of Osteopathic Medicine 2014 to 2017 Specialities: Management

Skills

Systems Engineering • Electronics • Electrical Engineering • Engineering Management • Matlab • System Architecture • Electronic Control Systems • Motor Drives • Simulink • R&D • Analog Circuit Design • Sensors • Adcs • Seeker Servo • Team Leadership • Dod • Pwb • Power Electronics • Pspice • Control Valves • Monte Carlo Simulation • Mixed Signal • Instrumentation • Test Management • Test Planning • Failure Analysis • Worst Case Analysis • Project Management • Project Delivery • Circuit Analysis • Design Margin Analysis • Strees Analysis • Failure Investigation • Technical Leadership • Microsoft Office • Systemvision • Pcb Layout Design • Product Development • Product Design • Thermal Imaging • Position Sensors • Product Management • Process Improvement • Initiator Drive Interface • Six Sigma • Sensor Interface • Schematic Capture • Pcb Design • Trade Studies • Circuit Design

Languages

English • Arabic

Ranks

Certificate: Raytheon Six Sigma Specialist

Interests

Seeker Control System • Hiking • Electronics Design • Reading

Industries

Defense & Space

Public records

Vehicle Records

Fares Najjar

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Address:
7300 N Mona Lisa Rd APT 1106, Tucson, AZ 85741
Phone:
(520) 891-4381
VIN:
5NPDH4AE7BH032185
Make:
HYUNDAI
Model:
ELANTRA
Year:
2011

Resumes

Resumes

Fares Najjar Photo 1

Fares Najjar

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Location:
9501 Vermell Pl, Upper Marlboro, MD 20774
Industry:
Defense & Space
Work:
Raytheon Mar 2016 - Mar 2018
Senior Electrical Engineer Ii @ Raytheon

Raytheon Mar 2010 - Mar 2016
Senior Electrical Engineer I

Raytheon Mar 2007 - Mar 2010
Electrical Engineer Ii

Raytheon Jun 2005 - Mar 2007
Electrical Engineer I
Education:
Ohio University Heritage College of Osteopathic Medicine 2014 - 2017
Master of Business Administration, Masters, Management
The University of Texas at Arlington
Bachelors, Bachelor of Science, Electrical Engineering
Skills:
Systems Engineering
Electronics
Electrical Engineering
Engineering Management
Matlab
System Architecture
Electronic Control Systems
Motor Drives
Simulink
R&D
Analog Circuit Design
Sensors
Adcs
Seeker Servo
Team Leadership
Dod
Pwb
Power Electronics
Pspice
Control Valves
Monte Carlo Simulation
Mixed Signal
Instrumentation
Test Management
Test Planning
Failure Analysis
Worst Case Analysis
Project Management
Project Delivery
Circuit Analysis
Design Margin Analysis
Strees Analysis
Failure Investigation
Technical Leadership
Microsoft Office
Systemvision
Pcb Layout Design
Product Development
Product Design
Thermal Imaging
Position Sensors
Product Management
Process Improvement
Initiator Drive Interface
Six Sigma
Sensor Interface
Schematic Capture
Pcb Design
Trade Studies
Circuit Design
Interests:
Seeker Control System
Hiking
Electronics Design
Reading
Languages:
English
Arabic
Certifications:
Raytheon Six Sigma Specialist
Future Leader Development Program
Raytheon Program Management Level 6
Raytheon Program Management Level 5 - In Progress
Raytheon Earned Value Management System
Raytheon Responsible Engineering Authority
Raytheon

Publications

Us Patents

Method Of Controlling Solenoid Valve

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US Patent:
20110094589, Apr 28, 2011
Filed:
Jan 29, 2010
Appl. No.:
12/696097
Inventors:
Steven D. Jacob - Oro Valley AZ, US
Fares Najjar - Arlington TX, US
Gerald W. Meyer - Tucson AZ, US
Richard D. Ross - Sahuarita AZ, US
International Classification:
F16K 31/02
US Classification:
137 1
Abstract:
A method of solenoid valve control includes measuring voltage across the solenoid valve and current through the solenoid valve, and using the results to aid in controlling the solenoid valve. For instance, one or both of the measured values may be used to determine when actual engagement of the solenoid valve occurs. An initial lower voltage and lower current can be used, and then as conditions change, the changes in condition can be accounted for by increasing voltage and current to maintain the desired response time of the solenoid valve. By measuring and controlling voltage and current less of a margin can be used, both in setting voltage/current levels and in selecting the time over which a pull voltage/current is utilized. This reduces the wasted energy in the system, as well as reducing the temperature rise in the solenoid valve.
Fares A Najjar from Arlington, TX, age ~47 Get Report