What are the professional directions and employment directions of the control engineering?
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Professional direction:
This training senior engineering and technical talents engaged in equipment manufacturing and production, engineering construction, and economic and social system operations.
The master's degree in engineering in the field of control engineering requires mastering the basic theories, methods and technologies in the field of modern control. Have the ability to develop design and design, design and implementation capabilities, and maintenance of actual control systems, equipment or devices. More importantly, we should have certain practical work experience, can solve practical problems in the actual project, master a foreign language, and can smoothly read the scientific and technological materials and documents in the field of this project.
Employment direction:
Ir's master's degree in engineering directly cultivates high -level engineering and technical personnel for enterprises and institutions, and the industry characteristics are relatively outstanding. Control of engineering construction and production systems, analysis, decision -making, and management of economic, finance, and social systems, control of special production equipment and production systems such as aviation, aerospace, chemical industry, and transportation.
If according to the nature of engineering and technical personnel, the scope of the field can be divided into: design and development of control engineering equipment and systems, control of engineering equipment and system production and manufacturing, control of the management, use, maintenance and maintenance of engineering equipment, economy, economy, economy, economy, economy, economy , Analysis, decision -making and management of financial social systems.
This data
Research direction
The theoretical and application of complex system control theory and application: use structured decentralization methods to study the modeling and control of complex systems, based on structural decentralization models, research new systems Recognize theory and new control methods.
Im theoretical research and application of intelligent control theory: On the basis of analysis and research on fuzzy control, neural networks, expert systems, and genetic algorithms, focus on integrated intelligent control algorithms for comprehensive applications of intelligent methods.
Computer control system: For different production processes and control objects, the use of DCS, PLC, industrial control computer and other control devices to form a low -cost, high -performance, multifunctional computer control system.
The network control theory and its application: By studying the theory and methods of advanced control theory and methods in the network topology and network environment, make full use of network resources to achieve the entire process optimization from decision -making to control.
Reference materials Source: Baidu Encyclopedia-Control Engineering
Reference Data Source: Baidu Encyclopedia-Control theory and Control Engineering
Professional direction:
The theoretical and application of complex system control theory and application: The modeling and control of complex systems is used to use structural decentralization methods. Based on structural decentralization models, new system recognition theory and new control methods are studied.
Im theoretical research and application of intelligent control theory: On the basis of analysis and research on fuzzy control, neural networks, expert systems, and genetic algorithms, focus on integrated intelligent control algorithms for comprehensive applications of intelligent methods.
Computer control system: For different production processes and control objects, the use of DCS, PLC, industrial control computer and other control devices to form a low -cost, high -performance, multifunctional computer control system.
The network control theory and its application: By studying the theory and methods of advanced control theory and methods in the network topology and network environment, make full use of network resources to achieve the entire process optimization from decision -making to control.
The employment direction: Graduate students trained in this major can be competent for teaching, scientific research, and related technology, management and research work of their majors or adjacent majors. In some directions, graduates work in automated companies such as Siemens, Honeywell, and Herchi. Control theory and control engineering are a typical engineering major, with high requirements for hands -on ability. After graduation, many people engaged in scientific research and technology work.