Course Title:

Engineering Mathematics Applications with MATLAB & Simulink-Introduction

Instructor:

To Be Assigned

Course Description:

This course could be delivered as an on-line or a live course course, uses practical examples to introduce the audience to MATLAB and Simulink, while reviewing mathematical techniques used in modeling and solving engineering problems.  Ample examples of electrical and mechanical systems are introduced.  At the completion of this course participants will be able to use MATLAB, Simulink, and calculus for solving system engineering problems, utilize basic modeling technique based on first-principles, apply Laplace transformation and s-plane in system analysis, develop models, analyze and simulate small-scale systems.  No prior knowledge of MATLAB and Simulink is required, and basic mathematical topics will be reviewed.

 

Course Objectives:

At the end of this course, participants will be able to:

At the end of this course, participants will be able to:

Apply knowledge gained in this course in simulating electrical and mechanical systems using engineering mathematics, MATLAB and Simulink.

 

 

Main Topics to Be Covered:

•           MATLAB Basics

•           More About MATLAB

•           Differentiation & Integration

•           Differential Equations

•           Laplace Transform

•           Transfer Function & Simple Electronic Systems

•           S-Plane Analysis & Examples

•           Modeling Mechanical Systems

•           Modeling of Electrical Systems and Circuits

•           Analogous of Mechanical and Electrical Systems

•           Discrete Systems

•           Appendix A: MATLAB Help & Summary of Commands

•           Appendix B: MATLAB Plotting

•           Appendix C: Simulink Commands and Examples

 

 

Intended Audience:

Technical members with interest in engineering applications of computer modeling.

Method of Delivery:

Live (online version also available)

Course Duration:

16 hours live class (or equivalent over 4 week online course)

 

Prerequisites:

None

Computer Requirements:

PC IBM compatible (with Student version MATLAB Software)

 

Enrollment Size:

Minimum #:

10        

Maximum #:

30

Course Content:

Applied:

75 %

Theoretical:

25 %