邢唷> UWT欹 餜_1bjbj86rrN 44444HHH84LH594448888888$!;=H8E44444484448"""4448"48""447蠬 U浽,(6p89059B6>?447478>>$4l744"4444488|444594444?444444444, : D桍N2 XXXXXX Course code: Course name: Lecture Hours: Laboratory Hours: Credits: Term(If necessary): Prerequisite(s): Course Description: This course is to explore & & Course Outcomes: After completing this course, a student should be able to: Develop厖 Analyze 厖 Design.. Use 厖Course Content:Lectures and Lecture Hours: Introduction 2 - xxx - xxx - xxx Laplace transform 2 - xxx - xxx - xxxLaboratories and Laboratory Hours: 1. 2. 3.Grading: Prerequisite quiz 3% Homework 10% Inclass Quizzes 5% Group Presentation 5% 2 Midterm Exams 40% Project 15% Final 17% Instructor Evaluation 5%Text & Reference Book: K. Ogata, System Dynamics, 4th ed., 2004, ISBN 0-13-142462-9. :y婳 ME357 System Dynamics Lecture Hours: 32 Laboratory Hours: 16 Credits: 3 Prerequisite(s): ME257 Dynamics Course Description: This course is to explore the modeling of linear dynamic systems via transfer functions and state-space approach; analysis of systems in the time and frequency domains using transfer function and state-space models; study of the classical stability tests; design methods using root-locus plots, and the development of control techniques based on PID. Matlab and Simulink will be extensively used in the class, homework, and project.Course Outcomes: After completing this course, a student should be able to: Develop mathematical models of dynamic systems using transfer functions and state-space formulation. Analyze frequency response of dynamic systems, such as stabilities, bandwidth, and sensitivities. Analyze time response of dynamic systems, such as speed of response, overshoot, steady-state errors. Design feedback controller using root-locus, PID, to meet desired system performance specifications. 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