Control engineering is an engineering field that applies control theory and technology to realize the increasing demand for automation and intelligence in modern industry, agriculture, national defense and other social and economic fields. Cultivate senior engineering and technical personnel in the research, design, development, management and maintenance of control systems and devices in modern industrial, agricultural and national defense automation equipment. The on-the-job master of control engineering requires mastering the basic theories, methods and technologies in the field of modern control; Having the ability to engage in the development and design, process design, implementation, use and maintenance of actual control systems, equipment or devices; More importantly, you should have some practical work experience, be able to solve practical problems in engineering practice, master a foreign language, and be able to read scientific and technological materials and documents in this engineering field smoothly.
Research direction:
Application of 1. control theory in process control
This paper mainly studies the basic theory, modeling theory, control algorithm and design method of classical control theory and modern control theory. Combining detection technology and computer technology to control production links and processes, various complex problems in production practice are solved, and the dynamic quality index of the controlled system reaches the expected best state.
2. Computer control technology and application
Computer control technology and application direction mainly studies the application of advanced computer control technology in industrial production process control. Research fields include: advanced control algorithm and its implementation technology, application technology of field bus technology in industrial large-scale system, application research of complex DCS control system, development and application research of embedded system, data acquisition and information fusion technology, intelligent detection technology and fault diagnosis technology, computer control of industrial robots, etc.
3. Intelligent detection technology and automation device
This direction is devoted to the research of intelligent detection and sensor technology, intelligent instrument and control device, computer integrated measurement and control technology and device, embedded system application and so on. It mainly includes: based on information technology, applying advanced control theory and communication network to realize automatic monitoring of various production processes, developing microcomputer and intelligent online detection system; The theory, method and technology of artificial intelligence are applied to instruments, and the realization method of intelligent instruments is studied. In this paper, the application of embedded system in intelligent instrument, control network, industrial measurement and control, automation engineering and other related technologies is studied.
4. Power electronic devices and their control
The research of power electronic devices is mainly based on microelectronics and microcomputer technology, taking modern power supply system as the object, taking the application of control theory as the means and aiming at cultivating senior researchers of power electronics, focusing on the mechanism research, control structure and control method of pollution-free power electronic devices, especially ZVS and ZCS technologies.
5, coal mine safety monitoring
Coal mine safety monitoring is a characteristic research direction of this subject. Coal mine safety plays a particularly important role in coal production. The main research fields in this direction include the following aspects: (1) using intelligent control theories and methods such as neural network and chaos to realize mine gas prediction; Combined with field bus technology, intelligent detection technology and information fusion technology, online detection and intelligent monitoring of mine gas are realized. The research of mine ventilation control system can further realize the safety monitoring of the whole process of coal mine production, including the research on key technologies of emergency rescue of major disasters in coal mines.
6, power system stability analysis and control
This direction applies the methods and latest achievements of control theory and system theory, analyzes the dynamic characteristics and stability of power system, designs the stability controller of power system, and provides advanced theories, methods and technologies for the safe, stable, reliable and economic operation of power system. The main research fields in this direction include: mathematical model of power system stability analysis, numerical simulation method, dynamic equivalence, static stability, transient stability, voltage stability, reactive power compensation and optimization of power system, flexible AC transmission system and its control, etc.
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