2011 to 2000 Vice PresidentMICHIGAN ASSOCIATION OF PUBLIC SCHOOL ACADEMIES
2009 to 2000MICHIGAN ASSOCIATION OF PUBLIC SCHOOL ACADEMIES Lansing, MI 2009 to 2010 Director of Special ProjectsKAPLAN, INC Chicago, IL 2007 to 2009 Area DirectorKAPLAN, INC New York, NY 2001 to 2009KAPLAN, INC Ann Arbor, MI 2005 to 2006 Area DirectorKAPLAN, INC
2003 to 2006 Kaplan FellowKAPLAN, INC
2004 to 2005 Regional Operations DirectorKAPLAN, INC Westwood, CA 2003 to 2004 Center Director
Education:
San Jose State University San Jose, CA 1995 BA in Social Science EducationMichigan State University East Lansing, MI M.Ed. in Education
Feb 2013 to 2000 Forklift OperatorSpectraforce Technologies Inc Raleigh, NC Sep 2012 to Oct 2012 Forklift OperatorManpower Wheeling, IL May 2012 to Aug 2012 Forklift OperatorJacobson Companies Bolingbrook, IL Jul 2010 to Dec 2010 Forklift Operator/Battery ChangerASAP Staffing Services Bolingbrook, IL May 2010 to Jun 2010 Forklift OperatorRandstad Bolingbrook, IL Aug 2008 to Oct 2009 Team Lead, Forklift OperatorRandstad Skokie, IL Aug 2008 to Jan 2009 Head Lead DriverAccurate Personnel Bensenville, IL Jul 2006 to May 2008 Company DriverSteakhouse Quality Meats Wooddale, IL, US Oct 2002 to May 2006 Warehouse ManagerUnited States Marine Corps, Camp Pendlton
Jun 1979 to May 1981
Education:
South University On-Line Savanna 2015 B.S. in Information TechnologyLakeview High School Chicago, IL Jun 1979 DIPLOMA
The electrical energy consumed by digital receiver systems (e.g., direct-broadcast-satellite (DBS) receiver systems) that are continuously operational either in a standby mode or, alternatively, in an active mode is significantly reduced by deriving a feedback signal, in response to a signal received by the receiver system when operated in its standby mode, that defines a measurable system-performance value (e.g., bit-error-rate status value) that is a function of the value of the system's energization. Such significant reduction is accomplished by employing a memory and microprocessor for effecting the reduction in the value of standby-mode energization to that certain value at which the measurable system-performance value is at least an acceptable system-performance value which is significantly below a maximum system-performance value.