The master of control engineering in Hebei University of Science and Technology is an important engineering field that applies control theory and technology to meet and realize the increasing demand for automation and intelligence in modern industry, agriculture and other social and economic fields. It plays a very important role in the development of engineering and science and technology. /kloc-in the 0/8th century, modern industry adopted steam engine governor, which was the first major achievement in the field of automatic control. In the 1920s, the classical control technology based on frequency domain method was successfully applied to industry. In 1950s, due to the increasing complexity of military, aerospace technology and modern equipment, modern control theory based on state space method came into being. In 1970s, with the development of computer technology, in order to meet the requirements of reliability and flexibility, various industrial control technologies, such as distributed control system (DCS), which integrate computer technology, control technology, communication technology and graphic display technology, appeared. With the intersection of control theory and other disciplines and the penetration of social and economic systems, as well as the control requirements of modern manufacturing industry for high quality, high speed and low consumption, a new model of coordinated control, optimal control and decision management of large-scale systems, as well as an intelligent control system combining artificial intelligence with pattern recognition, has been developed. In recent years, CIMS system integrating design, manufacturing and management and agile control manufacturing system with market as the core and widely adopting various advanced control technologies have emerged.

1, culture target

Cultivate senior engineering and technical personnel engaged in the design, research and development and management of control system equipment and control devices in equipment manufacturing and production, engineering construction and economic and social system operation.

Master of Control Engineering requires mastering the basic theories, methods and technologies in the field of modern control. Have 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.

2. Scope of the field

Because the Master of Engineering directly trains senior engineers and technicians for enterprises and institutions, the industry features are outstanding, and the industry coverage can be summarized as: the control of equipment manufacturing and production systems, the control of engineering construction and production systems, the analysis, decision-making and management of economic, financial and social systems, and the control of special production equipment and production systems such as aviation, aerospace, chemical industry and transportation.

According to the nature of engineering technicians' work, the field scope can be divided into: controlling the design and development of engineering equipment and systems, controlling the production and manufacture of engineering equipment and systems, controlling the management, use, maintenance and maintenance of engineering equipment, and analyzing, making decisions and managing economic, financial and social systems.

3. Control the curriculum of in-service engineering graduate students.

Basic courses: dialectics of nature, scientific socialist theory, foreign languages, engineering mathematics (matrix theory, numerical analysis, mathematical statistics, stochastic process, linear and nonlinear programming, applied mathematical methods, etc. Can be selected as needed).

Basic technology courses: linear system theory, nonlinear control theory, large-scale system theory, artificial intelligence, optimal control theory, optimal estimation theory and system identification, pattern recognition, system engineering, modern signal processing, adaptive control, etc.

Specialized courses: courses related to it are determined according to the industry, such as sensors and automatic detection technology, automatic testing and fault diagnosis, industrial robots, computer control systems, network and system integration, computer-aided design and simulation of control systems, and courses agreed by training units and cooperative enterprises.

Is the postgraduate entrance examination policy unclear? Is Shen Shuo confused with the same academic level? Is it difficult to choose a college major? Click on official website below, and a professional teacher will answer your questions. 2 1 1/985 postgraduate master/doctor open network application name: /yjs2/