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Mechatronics systems

Course Description: An overview of mechatronics, mechatronics sensors, signal conditioning, mechatronics actuators, mechatronics system modeling, and mechatronics controllers.
Credit hours: 3
Objectives of the course :

– Introducing students to mechatronics and its applications.
– To give students an understanding of the role of sensors in mechatronics systems.
Ensure students are familiar with the required signal conditioning for mechatronics systems.
– Provide students with an understanding of the role of actuators in mechatronics systems.
To give students an understanding of microcontroller-based controllers in mechatronic systems.
– Ensure students' ability to model and simulate mechatronic systems.

Course outputs :

1. Retrieve all concepts related to mechatronics and its specific applications.
2. Identify the different elements involved in a mechatronics system.
3. Identify the various factors to consider when selecting sensors, actuators, and controllers for a mechatronics system.
4. Description of the basic structure of a microcontroller system.
5. Using the principles embedded in mechatronics systems.
6. Examination of protection and filtering requirements in real-time applications.
7. Differentiating between the Mechatronics Design Methodology and the Traditional Design Methodology.
8. Evaluation of sensors and speakers used in mechatronics systems and description of signal conditioning requirements.
9. Examine the operating principle of various electric actuators.
10. Work with a high degree of autonomy and possess time management skills.

Additional information:
  • Last updated: 2026-05-17

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