Search

Maura Patricia O'Kennedy

from Livonia, MI
Age ~64
Get Report
Also known as:
Maura P O'Kennedy, Maura Ml Kennedy, Maura P Ml Kennedy, Maura P Kennedy
Related to:
Kevin F O'Kennedy, 63David O'Connor, 61Laura Vansteenis, 64Debra Mattingly, 59Charles Mattingly, 30Kelly Doyle, 40
Connected to:
Aidan Q O'Kennedy, 39Alisa E O'Leary, 68Barry L O'Leary, 63Brandan O'Leary, 31Celia M O'Leary, 66Chloe L O'Leary, 27Christina O'Leary, 49Ciaran T O'Leary, 51Damon S O'Leary, 50Elaine K O'Leary, 72

Maura O'Kennedy Phones & Addresses

  • Livonia, MI
  • Royal Oak, MI
  • Detroit, MI

Work

Company: Chrysler Feb 2008 Position: Supervisor, powertrain test and tool development

Education

Degree: BSEE School / High School: University of Michigan-Dearborn 1978 to 1982 Specialities: Electrical Engineering

Industries

Automotive

Resumes

Resumes

Maura O'Kennedy Photo 1

Supervisor, Powertrain Test And Tool Development

View page
Location:
35941 6 Mile Rd, Livonia, MI 48152
Industry:
Automotive
Work:
Chrysler since Feb 2008
Supervisor, Powertrain Test and Tool Development
Chrysler Aug 2000 - Feb 2008
Supervisor, Powertrain Engine Control Software
Chrysler Nov 1983 - Aug 2000
Embedded Software Engineer
chrysler 1990 - 1995
powertrain
chrysler 1983 - 1990
engineer
Education:
University of Michigan-Dearborn 1978 - 1982
BSEE, Electrical Engineering

Publications

Us Patents

Oxygen Heater Sensor Diagnostic Routine

View page
US Patent:
53926439, Feb 28, 1995
Filed:
Nov 22, 1993
Appl. No.:
8/155673
Inventors:
Maura P. O'Kennedy - Livonia MI
Min Sway-Tin - Troy MI
Martin G. Yagley - Sterling Heights MI
Anson Lee - St. Clair MI
Assignee:
Chrysler Corporation - Highland Park MI
International Classification:
G01M 1500
US Classification:
731181
Abstract:
A diagnostic method is provided for sensing whether an oxygen sensor is still suitable for use in measuring the fuel-air mixture in the exhaust gases of an internal combustion engine. The method involves turning off a heater of an oxygen sensor when the engine is turned off and allowing the sensor to cool. While the sensor cools, the sensor resistance is measured by means of a large pull-up resistor and a small pull-up resistor, with the small resistor being switched into the circuit at regular intervals for a short period of time. The use of the small pull-up resistor not only increases the reliability of the measurements, but also aids in quickly determining when the sensor resistance has increased above a threshold value indicating the sensor is cool. When the sensor is sufficiently cool, the heater is turned on and the sensor is monitored for a decrease in resistance, indicating that the heater is functioning properly.
Control profile
Maura Patricia O'Kennedy from Livonia, MI, age ~64 Get Report