Focusing on key areas such as control theory, intelligent equipment, complex system optimization, pattern recognition, and brain signal processing, this program serves major national needs in intelligent science, electronic manufacturing, and artificial intelligence. It aims to train high-level professionals with a solid theoretical foundation, a global outlook, and strong research and innovation abilities.

Total Credits: 11.

Core Courses: Intelligent Information Processing, Optimal Estimation Theory and Applications, Machine Intelligence, Modeling, Optimization and Control of Complex Systems, Machine Vision, Advanced Topics in Navigation and Control of Autonomous Systems, Intelligent Tracking and Disturbance Rejection Control, Nonlinear Control Theory and Applications.