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Michael William Elgersma

from Sugar Grove, IL
Age ~47

Michael Elgersma Phones & Addresses

  • 262 Chatsworth Ave, Sugar Grove, IL 60554
  • Aurora, IL
  • Westmont, IL
  • 2651 Hope St, Hudsonville, MI 49426 (616) 669-6674
  • Tampa, FL
  • Grand Rapids, MI

Work

Company: Guiding light mission - Grand Rapids, MI Aug 2011 Position: Counselor-intern

Education

School / High School: Cornerstone University- Grand Rapids, MI Dec 2011 Specialities: Master of Arts in Counseling

Professional Records

Medicine Doctors

Michael Elgersma Photo 1

Michael William Elgersma, Wheaton IL

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Specialties:
Psychotherapist
Address:
1616 E Roosevelt Rd, Wheaton, IL 60187

License Records

Michael William Elgersma

Address:
Sugar Grove, IL 60554
License #:
178008775 - Active
Issued Date:
Jan 30, 2013
Expiration Date:
Mar 31, 2017
Type:
Licensed Professional Counselor

Resumes

Resumes

Michael Elgersma Photo 2

Michael Elgersma Westmont, IL

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Work:
Guiding Light Mission
Grand Rapids, MI
Aug 2011 to Dec 2011
Counselor-Intern

Counseling Services, Cornerstone University
Grand Rapids, MI
Jan 2011 to Dec 2011
Counselor-Intern

Western Michigan Christian High School
Norton Shores, MI
Aug 2005 to Aug 2010
Director of Student Services

Education:
Cornerstone University
Grand Rapids, MI
Dec 2011
Master of Arts in Counseling

Calvin College
Grand Rapids, MI
Aug 2002
Bachelor of Arts in Business

Publications

Us Patents

Electronic Compass And Compensation Of Large Magnetic Errors For Operation Over All Orientations

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US Patent:
6543146, Apr 8, 2003
Filed:
Dec 6, 2000
Appl. No.:
09/731177
Inventors:
Robert B. Smith - St. Anthony MN
Blaise Grayson Morton - Wheeling IL
Michael R. Elgersma - Plymouth MN
Assignee:
Honeywell International, Inc. - Morristown NJ
International Classification:
G01C 1738
US Classification:
33356, 33357
Abstract:
A three-axis algebraic model is used to numerically compensate for magnetic errors in measured magnetic field values in an electronic compass for any orientation of the compass. This model is based on physical principles and uses a linear algebra approach that facilitates computation of the parameters needed for compensation. During a calibration procedure of the electronic compass, magnetic and gravity fields are measured in three axes at each of a variety of combinations of orientations and azimuths. This set of measured magnetic and gravity fields is used to calculate a matrix compensation coefficient and a vector compensation coefficient using a system of equations. These compensation coefficients are stored and then used during normal operations of the electronic compass to correct all subsequently measured magnetometer data to obtain corrected values for the Earths magnetic field, from which the correct azimuth can be calculated.
Michael William Elgersma from Sugar Grove, IL, age ~47 Get Report