What is the graduate direction of the automation major?

1. Control Theory and Control Engineering; 2. Detection technology and automation device; 3. Systems engineering; 4. Navigation, guidance and control; 5. Pattern recognition and intelligent system; There are also some directions like robots.

1. Control Science and Engineering

Control science and engineering is a discipline that studies the theory, method, technology and engineering application of control. It is one of the most important scientific theories and achievements of the 20th century, and its theoretical development and technological progress at all stages are closely related to the needs of production and social practice.

2. Control engineering

The Master of Control Engineering is a professional engaged in the design, manufacture, development, management and maintenance of automation equipment. Control engineering is widely used in industry, agriculture, transportation, environment, military, biology, medicine, economy, finance and society and other fields, the use of control theory and technology to achieve complex work automation, intelligence, greatly saving labor costs, liberating productivity, so that human beings are freed from mechanical labor.

3. Control Theory and Control Engineering

Control Theory and Control Engineering are subordinate to the first-level discipline of Control Science and Engineering.

4. Testing technology and automation device

Detection technology and automation device is the prerequisite means of acquiring, transmitting and processing information in industrial automation production, and it is a comprehensive discipline that focuses on application and closely combines theory and practice, and its application covers various engineering fields. This discipline is interpenetrated with automation, computer, control engineering, electronic information, machinery and other disciplines, and is mainly engaged in the research of detection technology and automation equipment theory and technology related to control, information science, machinery and other fields.

Trends. The development of modern production and science and technology has put forward higher and higher requirements for automation technology, and also provided the necessary conditions for the innovation of automation technology.

After the 70s, automation began to develop to complex system control and advanced intelligent control, and was widely used in various fields such as national defense, scientific research and economy, to achieve larger-scale automation, such as the integrated automation system of large enterprises, the national railway automatic dispatching system, the national power network automatic dispatching system, air traffic control system, urban traffic control system, automatic command system, national economic management system, etc.

The application of automation is expanding from engineering to non-engineering fields, such as medical automation, population control, economic management automation, etc. Automation will mimic human intelligence to a greater extent, robots have been applied in industrial production, ocean development and space exploration, and expert systems have achieved remarkable results in medical diagnosis and geological exploration.

Factory automation, office automation, home automation and agricultural automation will become an important part of the new technological revolution and are developing rapidly.

Control Engineering, Control Science and Engineering, Control Theory and Control Engineering, Testing Technology and Automation Devices, Control Engineering, Control Science and Engineering, Control Theory and Control Engineering, Testing Technology and Automation Devices. Automation is an undergraduate major in China's ordinary colleges and universities, mainly learning electronic technology, computer technology, network technology, software technology, control technology and other knowledge, and is a multidisciplinary and interdisciplinary major.

The research direction of automation involves computer science and technology, information and communication engineering, artificial intelligence, cyberspace information security, electronic science and technology, microelectronics, mechanical engineering and electrical engineering, and other disciplines, with research content ranging from traditional control theory, industrial control systems to cyber-physical fusion systems, as well as computer vision, artificial intelligence, autonomous driving, data mining, etc.

Curriculum system: Calculus, College Physics, Circuits, Fundamentals of Electronic Technology, Principles and Applications of Microcomputers, Signals and Systems, Automatic Control Theory, Modern Control Theory, Power Electronics Technology, Motors and Dragging, Detection and Conversion Technology, Process Control, Fundamentals of Intelligent Control, Computer Control Technology, Automatic Control Systems, Introduction to Robotics, Digital Graphics Processing and Machine Vision, Fundamentals of Artificial Intelligence, Intelligent Robot Systems, Fundamentals of Innovation and Entrepreneurship in Control Engineering, etc. (The curriculum is differentiated according to the school).

The above content reference: Encyclopedia - Automation.