I. Training objectives
Information engineering majors train advanced engineering and scientific research talents who have the knowledge of information acquisition, transmission, processing, utilization and control system analysis and design, and can engage in the research, design, integration, manufacturing and operation of information systems and control systems in the information industry and national economic departments. This major is a wide-caliber major, covering three basic majors, such as electronic information engineering, communication engineering and automation (part), in the undergraduate professional catalogue of the Ministry of Education 1998.
Second, the professional characteristics
Information engineering is a specialized subject that studies the theory, technology and engineering realization of information processing based on VLSI technology and modern computer technology. This major focuses on the application technology of information system and control system, which plays a very important role in the process of information socialization facing 2 1 century. The information engineering specialty requires higher knowledge of mathematics, physics, circuit theory, signal theory, electronic technology, computer science and technology, and keeps up with the latest technologies in the fields of information and communication engineering, control science and engineering, and constantly updates the teaching content, forming a unique curriculum system. In the process of talent training, this major attaches great importance to the cultivation of innovative ability and practical ability, and takes effective measures to make students get the necessary training and exercise.
Third, the main disciplines
Main subjects: information and communication engineering, electronic science and technology, computer science and technology.
Related disciplines: electrical engineering, control science and engineering.
Fourth, the main courses
Basic circuit analysis, electronic technology (now divided into digital and analog courses), signal and system, electromagnetic field and electromagnetic wave, automatic control principle, computer series courses, communication series courses, signal processing series courses and automatic control series courses.
Verb (abbreviation of verb) academic system
The academic system is 4 years.
An intransitive verb confers a degree.
Bachelor of Engineering.
This major should have higher requirements for mathematics and physics. If you are good at mathematics and physics, it will certainly be easier to learn.
Is this question difficult to learn? It varies from person to person.
Study hard and work hard at ordinary times, no matter how difficult it is, it is simple.
It's not easy to learn. I usually play games online, and I can't learn it even if it's simple.
So it all depends on the individual.
As for employment,
It seems that you are going to choose a major.
Electronic information engineering includes electronic technology and information system.
Electronic products such as Intel chips, information systems than unix.
Is a comprehensive major, but also the signature major of the Institute of Telecommunications, but! This signboard specialty is too broad, so it is not as demanding as automation!
Communication engineering will engage in all kinds of communication-related work in the future, such as wireless network and network engineering, and can also be applied to communication systems of other engineering projects.
I don't think you know much about this now.
I suggest you give priority to automation, followed by communication engineering or software engineering.
Electronic information engineering mainly focuses on electronics and less on information.
As a liberal arts student, it takes a lot of effort to learn this major well.
Wish you success!
If you have any questions, you can call me.