Course Overview:
This course introduces participants to the fundamentals of electrical systems in mechatronics, focusing on designing innovative control systems and integrating AI technologies for industrial applications. Participants will explore key control techniques, enabling them to enhance system performance and efficiency.
Course Objectives:
- Introduce participants to the basics of electrical systems in mechatronics and their applications.
- Strengthen skills in designing and building smart electrical control systems.
- Enable participants to use modern techniques to improve system efficiency.
- Foster innovative abilities in control system design to enhance industrial performance.
- Develop practical skills in connecting, testing, and maintaining electrical systems.
Training Content:
- Introduction to Electrical Systems in Mechatronics: Overview of components and technologies.
- Principles of Electrical Control: Study of control circuits and automation control.
- Design and Programming: Basics of system programming using microcontrollers and processors.
- Integration with AI: How to incorporate AI techniques to optimize system performance.
- Hands-on Applications: Practical exercises in designing and building smart electrical systems.
- Maintenance and Diagnostics: How to maintain systems and troubleshoot issues.
Target Audience:
This course is designed for engineers and technicians in the fields of mechatronics, electrical, and electronic engineering. It is also beneficial for students and researchers aiming to enhance their skills in electrical systems and mechatronics applications, as well as those involved in the design or maintenance of industrial electrical systems.
