Hello dear!I'm Mr. Qin, and I'm very happy to be here to talk to you about the topic of the direction of the automation major. The postgraduate entrance examination is a big event, and choosing the right direction for you is the key. Let's take a look at the popular direction of the graduate school entrance examination for automation majors!
1.Control Theory and Control EngineeringThis direction focuses on the modeling, analysis and optimization of control systems. Specifically, it includes modern control theory, optimal control, robust control, etc. After graduation, they can work in the fields of industrial process control, intelligent instruments, electronic and electrical engineering, etc.
2.Inspection technology and automationThis direction mainly studies the design and application of testing technology and automation devices. Such as sensor technology, signal processing, intelligent instruments, etc. After graduation, they can work in the fields of industrial automation, intelligent detection and control, and electronic information.
3.Pattern Recognition & Intelligent SystemsThis direction mainly studies the application of pattern recognition, artificial intelligence, machine Xi and other technologies in automation systems. After graduation, they can work in artificial intelligence, intelligent robots, image processing and other fields.
1.Motors & AppliancesThis direction mainly studies the design and application of motors, electrical appliances and their control systems. Such as motor drive and control, power electronic conversion technology, etc. After graduation, they can work in motor design, electrical manufacturing, power electronics and other fields.
2.Power systems and their automationThis direction mainly studies the planning, operation and control of power systems, as well as the automation technology of power systems. After graduation, they can work in the fields of power system operation and control, smart grid, and new energy power generation.
1.Computer control technologyThis direction mainly studies the application of computers in control systems, such as computer control systems, embedded systems, etc. After graduation, you can work in industrial automation, intelligent control, Internet of Things and other fields.
2.Artificial Intelligence and Machine Learning XiThis direction mainly studies the application of artificial intelligence, machine Xi and other technologies in various fields. After graduation, they can engage in artificial intelligence algorithm research, data mining and analysis, natural language processing and other fields.
1.Circuits & SystemsThis direction mainly studies the design and application of circuits and systems, such as electronic circuit design, signal processing, etc. After graduation, they can work in the fields of electronic circuit design, signal processing and analysis, and electronic systems.
2.Microelectronics vs. Solid State ElectronicsThis direction focuses on the design and application of microelectronic devices and integrated circuits, as well as the basic theories of solid state physics and device physics. After graduation, they can work in the fields of microelectronic device design, integrated circuit technology and design.
1.Biomedical ElectronicsThis direction focuses on the detection and processing of biomedical signals, as well as the design and application of biomedical instruments and systems. After graduation, they can work in the fields of medical instrument design, biomedical signal processing and analysis.
2.BioinformaticsThis direction mainly studies the acquisition, processing and analysis of bioinformatics, as well as the application of bioinformatics in medicine, biology and other fields. After graduation, they can engage in bioinformatics algorithm research, genomics data analysis, drug design and other fields.
When choosing the direction of automation major, it is recommended to consider the following factors: personal interests and hobbies, professional foundation and background, employment prospects and development space, etc. At the same time, it is also necessary to pay attention to the actual situation of the curriculum of each direction, the research direction of the supervisor, and the laboratory conditions, so as to make a more informed choice. I hope the above content can help you in choosing the direction of the graduate school entrance examination in automation!