Course Syllabus

Academic Year 2566

1. Faculty of Engineering at Sriracha         Mechanical Engineering

2. 03604555              Design and Analysis of Mechatronics Systems

Credit 3(3-0-6)

Classroom      230824 / 6.30pm-9.30pm

3. Lecturer    

          Asst.Prof. Dr.Kittipong Yaovaja

4. Consulting out of class

          Make an appointment

5. Objectives

          1. Understand design of mechatronics system

2. Understand electrical signals, measurements and system behavior of mechatronics system

3. Understand sensors, actuators, and concept of embedded system

4. Understand system modeling, simulation and control

6. Course Description

Sensors transducers and measurement systems. Embedded systems. Development of embedded systems. Drives and actuators. Linear systems, rotational drives, motion converters. Mechanical systems and design. Case studies.

7. Project-based Learning

• Lecturer give theory and concept review
• Students find the examples of the system and discuss about it or question about some topics. Find the relationship about input, output of the system, components inside it.
• Project-based Learning; find the mechatronics system that challenge in the design. Find information of each component in the system. Analysis about the system based on knowledge and using computer simulation.

8. Platform and device

          Online-platform : Microsoft Teams

          Personal computer for Matlab & Simulink software

9. Assessments

Class attendant         20 points

Assignments              20 points

Project                     30 points

Final Exam                30 points

10. Grading

          A > 80 points

75 point < B+ < 80 points

70 point < B < 75 points

60 point < C+ < 70 points

50 point < C < 60 points

45 point < D+ < 50 points

40 point < D < 45 points

F < 40 points

11. Books

          11.1 Sabri Cetinkunt. Mechatronics

11.2 Robert H. Bishop. The Mechatronics Handbook.

          11.3 Godfrey Onwubolu. Mechatronics Principles and Applications.

11.4 Richard S. Figliola and Donald E. Beasley. 2011. Theory and design for mechanical measurements (Fourth Editions) . John Wiley & Sons. ISBN 978-0470547410

12. Schedule

Class	Content
1	Introduction to Mechatronics
2	Components of Mechatronics
3	Concept of Signals, Sensors, Actuators
4	Modeling of System Components
5	Computer Simulation of Mechanical Systems
6	Computer Simulation of Electrical Systems
7	Computer Simulation of Mechatronics Systems
8	Sensors and Actuators in Mechatronics Systems
–	–
9	Embedded System and Programming (Measurement)
10	Embedded System and Programming (Control)
11	Feedback Control Design
12	Feedback Control Design
13	Engineering Project Examples
14	Engineering Project Discussion
15	Engineering Project Presentation
–	Final Exam

Example Project:

Free matlab & simulink for KU students.
Login KU Account
Download License KU
Free matlab courses