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Gregory Pasquesoone Phones & Addresses

  • 1759 Jarvis St, Ferndale, MI 48220
  • Waterford Township, MI
  • Shelby Township, MI
  • Rochester, MI
  • Akron, OH
  • Knippa, TX

Resumes

Resumes

Gregory Pasquesoone Photo 1

Owner And President

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Location:
Detroit, MI
Industry:
Electrical/Electronic Manufacturing
Work:
Magna E-Car Systems - Rochester Hills, MI since Jul 2010
Electrical Engineer

The University of Akron May 2008 - Jul 2011
Research Assistant

The University of Akron Jan 2008 - May 2008
Teacher Assistant

The University of Akron Jan 2007 - Dec 2007
Team Member

Pitney Bowes Apr 2005 - Aug 2005
Internship
Education:
The University of Akron 2008 - 2010
Master of Science, Electrical Engineering
Ecole supérieure d'Ingénieurs en Electrotechnique et Electronique 2005 - 2007
Bachelor, Electrical
Skills:
Simulink
Testing
Matlab
Embedded Systems
Labview
Electronics
Electrical Engineering
Power Electronics
Embedded C
Pcb Design
C++
C
Simulations
Automotive
Fmea
Engineering Management
Microcontrollers
Automotive Engineering
Control Systems Design
Programming
Code Composer Studio
Solidworks
Puma
Motor Control
Ansys
Ptc Integrity
Canape
Canalyser
Diadem
Controldesk
Pcb123
Languages:
English
French
Gregory Pasquesoone Photo 2

Gregory Pasquesoone

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Publications

Us Patents

Position Estimation At Starting And Lower Speeds In Three-Phase Switched Reluctance Machines

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US Patent:
20100277113, Nov 4, 2010
Filed:
Nov 9, 2009
Appl. No.:
12/614732
Inventors:
Iqbal Husain - Copley OH, US
Gregory Pasquesoone - Akron OH, US
Assignee:
The University of Akron - Akron OH
International Classification:
H02P 6/18
US Classification:
31840033, 318701
Abstract:
Provided is a method of indirect position estimation in three-phase switched reluctance machines. The method may comprise providing a three-phase switched reluctance machine. A three-phase switched reluctance machine may comprise a rotor and three phases. The method may further comprise producing data about the machine, setting threshold current values for at least a first phase; and sensing rotor position. Sensing rotor position may comprise applying a sensing pulse voltage sufficient to induce a pulse current having some maximum amperage in the first phase, determining the amplitude of the maximum amperage of said pulse current with respect to the thresholds for the first phase, and determining the sector of the rotor based upon the amplitude of the maximum amperage of the pulse current in the first phase.
Gregory M Pasquesoone from Ferndale, MI, age ~41 Get Report