# Understanding electrical safety requirements and being able to correctly use common electrical measuring instruments and tools to perform basic electrical and electronic measurements.
# Being able to identify common circuit components and semiconductor devices such as diodes and transistors, and understand their characteristic curves and applications.
# Understanding the nameplate data of three-phase asynchronous motors and mastering the basic methods of motor starting and speed regulation.
# Being able to perform basic analysis and evaluation of amplifier circuits, integrated operational amplifier circuits, and power amplifier circuits.
# Understanding the five methods of representing logic functions and being able to analyze common combinational logic circuits.
# Being able to demonstrate a rigorous and conscientious work attitude and awareness of production safety, laying a solid foundation for further study of specialized courses in Electrical Control.