GE 422 - Robot Dynamics and Control

Semesters Offered

TitleRubricSectionCRNTypeHoursTimesDaysLocationInstructor
Robot Dynamics and ControlECE489AB165766LAB01400 - 1650 M  3071 ECE Building Daniel J Block
Robot Dynamics and ControlECE489AB265767LAB00800 - 1050 W  3071 ECE Building Daniel J Block
Robot Dynamics and ControlECE489AB365768LAB01000 - 1250 F  3071 ECE Building Daniel J Block
Robot Dynamics and ControlECE489AB466008LAB01400 - 1650 W  3071 ECE Building Daniel J Block
Robot Dynamics and ControlECE489AL64910LEC40930 - 1050 T R  2015 ECE Building Hae-Won Park
Robot Dynamics and ControlGE422AB165759LAB01400 - 1650 M  3071 ECE Building Daniel J Block
Robot Dynamics and ControlGE422AB265763LAB00800 - 1050 W  3071 ECE Building Daniel J Block
Robot Dynamics and ControlGE422AB365764LAB01000 - 1250 F  3071 ECE Building Daniel J Block
Robot Dynamics and ControlGE422AB466007LAB01400 - 1650 W  3071 ECE Building Daniel J Block
Robot Dynamics and ControlGE422AL64905LEC40930 - 1050 T R  2015 ECE Building Hae-Won Park
Robot Dynamics and ControlME446AB164909LAB01400 - 1650 M  3071 ECE Building Daniel J Block
Robot Dynamics and ControlME446AB265771LAB00800 - 1050 W  3071 ECE Building Daniel J Block
Robot Dynamics and ControlME446AB365772LAB01000 - 1250 F  3071 ECE Building Daniel J Block
Robot Dynamics and ControlME446AB466009LAB01400 - 1650 W  3071 ECE Building Daniel J Block
Robot Dynamics and ControlME446AL64908LEC40930 - 1050 T R  2015 ECE Building Hae-Won Park

Official Description

Fundamental concepts and analytical methods for analysis and design of robot systems. Laboratory experiments complement theoretical development. Course Information: Same as ECE 489 and ME 446. Prerequisite: GE 320. Recommended: ECE 470.

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