This program aims to cultivate versatile, high-quality, research-oriented leading talents with original innovation capabilities in the field of automation, who are capable of engaging in research, design, development, and management. Total Credits: 160 credits.

Core Courses: Advanced Programming Language C++, Circuit Theory, Fundamentals of Analog Electronic Technology, Signal Analysis and Processing, Principles of Automatic Control, Sensors and Detection Technology, Digital Circuits and Embedded Systems, Motor Drive and Motion Control Systems, Pattern Recognition and Machine Learning, Practical Training for Scientific Research Capability Enhancement.