Based on the interdisciplinary characteristics of control science, this academic master's program aims to cultivate high-level talents with solid theoretical foundation and cutting-edge technical capabilities. Students are required to master scientific research methods, foreign language literature and advanced technologies proficiently. The program sets five distinctive research directions covering control theory, detection technology and other fields, which accurately meet the needs of intelligent technology, precision manufacturing and other industries. It empowers students to be competent in scientific research and technological R&D, and delivers backbone talents to the field. 

Total Credits: 25.

Core Courses: System Identification, Modeling and Simulation Technology, Theory and Technology of Modern Digital Signal Processing, Estimation Theory and Signal Detection, Linear System Theory, Pattern Recognition and Machine Learning, Signals and Systems, Fundamentals and Applications of Artificial Neural Networks, Intelligent Information Processing.