Objective: High-level application-oriented, interdisciplinary engineering technology or engineering management talents with certain innovation capabilities are cultivated who master thorough basic theory, extensive expertise and required management knowledge in the field of instruments; have a grasp of the advanced methods and modern technical means to solve the engineering problems in instruments; know well the operation means of modern instruments and have the capabilities to engage in scientific research, project development, engineering design, and engineering management; be able to solve practical engineering problems in the field of instruments and related technology.

Curriculum:

Core courses: Numerical Analysis, Mathematical Statistics and Stochastic Process, Matrix Theory, Modern Test Signal Analysis and Processing, Mechanical Vibration and Mechatronics Interface Technology.

Featured courses: PLC Application and Technology (Bilingual), Modern Precision Measuring Technology and Instruments, Monitoring Technology of Manufacturing Processes, Modern Sensing and Detection Technology, Electromechanical Servo Drive Technology and Precision Mechanical Engineering.

Career: Graduate students of this discipline can start their career in the fields of measurement and testing, aerospace, equipment manufacturing and other fields, and begin their profession as employees in instrument design and manufacturing, test technology development support, application and project operation management.