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John Faivre Phones & Addresses

  • Ladera Ranch, CA
  • Wyomissing, PA
  • 29262 Kensington Dr, Laguna Niguel, CA 92677
  • Glendora, CA
  • Troy, MI
  • Costa Mesa, CA
  • Orange, CA

Public records

Vehicle Records

John Faivre

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Address:
29262 Kensington Dr, Laguna Niguel, CA 92677
Phone:
(949) 244-8024
VIN:
JTDKN3DP1C3023342
Make:
TOYOTA
Model:
PRIUS PLUG-IN HYBRID
Year:
2012

Resumes

Resumes

John Faivre Photo 1

John Faivre

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Location:
1851 Reading Blvd, Reading, PA 19610
Industry:
Automotive
Work:
Toyota Jul 1997 - Jan 2018
Senior Manager - Electronics Engineering
Education:
Bradley University 1970 - 1972
Bachelors, Bachelor of Science, Electronics
Skills:
Automotive Engineering
Powertrain
Automotive
Vehicles
Automobile
Motorsports
Parts
Racing
Components
Toyota Production System
Electronics
Automotive Aftermarket
Automotive Electronics
Manufacturing Engineering
Lean Manufacturing
Pro Engineer
Manufacturing Operations Management
Product Design
Engineering
Vehicle Dynamics
Cae
Continuous Improvement
Engineering Management
Suspension
Machining
Design For Manufacturing
Kaizen
Race Engines
Chassis
Product Development
Root Cause Analysis
Manufacturing
Finite Element Analysis
Catia
Auto Racing
Data Analysis
Data Acquisition
Dfmea
Marketing Strategy
Problem Solving
Project Management
Program Evaluation
Project Planning
People Development
Interests:
Politics
Education
Environment
Poverty Alleviation
Science and Technology
Human Rights
Health
John Faivre Photo 2

John Faivre

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John Faivre Photo 3

John Faivre

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Publications

Us Patents

Apparatus For Providing Cost Efficient Power Measurement

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US Patent:
47136081, Dec 15, 1987
Filed:
Mar 6, 1986
Appl. No.:
6/840606
Inventors:
Robert D. Catiller - Garden Grove CA
John D. Faivre - Glendora CA
Fah Rakpongs - Lakewood CA
Assignee:
Computer Power Systems Corporation - Carson CA
International Classification:
G01R 2106
G01R 1900
US Classification:
324142
Abstract:
Power measuring apparatus including a first multiplexor having its inputs responsive to the polyphase voltage and current inputs being measured. The multiplexor reads these inputs in sequence based on address signals provided by a program controlled microprocessor. The output of the multiplexor is coupled to an RMS to DC converter, the output of which is coupled to a second multiplexor. The voltage inputs are coupled to a voltage averaging device, the output thereof being coupled to additional inputs of the second multiplexor, the output of the second multiplexor being coupled to the microprocessor via an analog to digital converter. The microprocessor reads and compares the voltage output from the averaging circuit and the corresponding voltage at the output of the converter and generates a correction factor and responds thereto. The microprocessor to periodically adjusts the digital value of the voltage from the averaging circuit in response to the correction factor, the adjusted signal being coupled to display means for visual readout. A third multiplexor is provided to detect polyphase voltages and currents.
John D Faivre from Ladera Ranch, CA, age ~74 Get Report