What does building intercom KP VI mean?

With embedded microcontroller electronics as the core, it is necessary to master circuit hardware and software programming.

Mainly learn mechatronics technology, and single-chip microcomputer theory and control technology, and then sensor technology. This professional computer is used as a necessary tool technology.

You're right, BAI University itself is actually wasting a lot of time, but it didn't happen.

DAO law,Even if it's a waste of time, it's also very important to have a diploma.,Wen Rong can at least ensure that there is no big problem with basic life.,If you don't have a diploma.,You do have the ability.、Catch up with the opportunity or something.,Maybe you can mix very well.,But if your ability is not as strong as you imagined or born at the wrong time.。 It wasn't a miserable life, and I had only graduated from college for two years, and I felt that life should be as high as possible, and not too low. I studied automation, and I think our major should be basically the same, biased signal.

If you can go to graduate school, in fact, the last graduate school is still very good, after all, the society now recognizes diplomas, and I really say that our professional theoretical knowledge is still quite important, my university is always playing and now it is under a lot of pressure, but fortunately it is in a state-owned enterprise, but it will not be impossible to mix. Of course, if you believe in your own ability, and you can also find a good job (this is more important, a good unit can have room for learning, and money is also very important), direct work is not bad, I also investigated, now we are still relatively few of this kind of control professionals, if you can really master a part of the technology, your own business or something is quite good.

Let's talk about my personal impressions, I'm a little older than you. Hope it helps.

Doing sales or weak current technology is very promising.

Nowadays, employers are more inclined to work experience, and high education is generally not high experience, so I personally recommend employment.

It's simple: modern instruments are so simple that they can be done at the touch of a button. But if something goes wrong at all, you're dumbfounded.

For example, the CNC machine tool is simple to operate, install the program, clamp the workpiece, and a finished product will be made in a while. However, if you don't know why you do this, how to cut, cutting requirements and precautions, you won't be able to make a good program, and once there is a little problem, you won't know what to do. If you know how to do it manually, you can do it right away.

If you can't do a certain action according to the requirements, if you understand the principle, you can do it in another way, and you can do it well.

If you understand the principle and can operate it manually, then you will be more comfortable with the operation of this modern instrument. If you have a problem, you can solve it right away.

Principle and manual operation are the basis for automation design, R&D and commissioning. Without learning the principles and operations, automation is empty talk.

Communication engineering belongs to electronic engineering majors, science and engineering.

Communication engineering (also known as telecommunication engineering, formerly known as long-distance communication engineering and weak current engineering) is an important branch of electronic engineering, a sub-major of electronic information, and also one of the basic disciplines.

This discipline is concerned with the principles and applications of information transmission and signal processing in the communication process. Students will learn the knowledge of communication technology, communication systems and communication networks, and be able to engage in research, design, manufacturing, and operation in the field of communications, as well as in the development and application of communication technologies and equipment in various sectors of the national economy and the defense industry.

This discipline is a field with rapid development and great vitality of information science and technology, especially digital mobile communication, optical fiber communication, and Internet network communication, which have made it unprecedented for people to transmit information and obtain information. Communication engineering has a very broad development prospect, and it is also one of the majors with a serious shortage of talents.

Students will learn the knowledge of communication technology, communication systems and communication networks, and be able to engage in research, design, manufacturing, and operation in the field of communications, as well as in the development and application of communication technologies and equipment in various sectors of the national economy and the defense industry. Communication engineering is the study of the transmission of information from the sender (source) to one or more receivers (sink) in the form of electromagnetic waves, sound waves or light waves through electrical impulses.

Whether the receiver can correctly recognize the information depends on the level of loss in the transmission. Signal processing is an important part of communication engineering, including filtering, encoding and decoding. After graduation, they can engage in research, design, technology introduction and technology development in the fields of wireless communication, television, large-scale integrated circuits, intelligent instruments and applied electronic technology, design and communication engineering.

Main courses: Main disciplines: electronic science and technology, information and communication engineering, computer science and technology. Main Courses:

Circuit Theory and Application Courses, Computer Technology Courses, Digital Circuits, Analog Circuits, Signals and Systems, Electromagnetic Field Theory, Digital Systems and Logic Design, Digital Signal Processing, Communication Principles, etc.

Practical links: The main practical teaching links: including computer training, electronic technology practice, circuit comprehensive experiment, production practice, curriculum design, graduation project, etc., generally require no less than 30 weeks of practical teaching.

Main professional experiments: communication principle experiments, electronic circuit experiments, digital system and logic design experiments, electromagnetic field experiments, etc.

It belongs to the category of electronic information.

It is a branch of electronic engineering, but the school is not the same, the department is different, some are in the computer school, some are in the school of information engineering, some are in the school of information engineering, and so on. However, according to the general category, it still belongs to the electrical information category, but it does not belong to the electrical category.

The major of communication engineering is mainly to study the generation of signals, the transmission, exchange and processing of information, as well as the theoretical and engineering application problems in computer communication, digital communication, satellite communication, optical fiber communication, cellular communication, personal communication, stratospheric communication, multi-technology technology, information superhighway, digital program-controlled exchange, etc.

Communication engineering is a major in electronic information science and engineering, and it is also one of the basic disciplines. The degree is a Bachelor of Engineering.

Discipline category: 08 Engineering.

0807 Electronic information.

080701 Electronic and Information Engineering (Note: Bachelor of Engineering or Bachelor of Science can be awarded).

A 080702 Electronic Science and Technology (Note: Bachelor of Engineering or Science is available).

080703 Communication Engineering.

080704 Microelectronics Science and Engineering (Note: Bachelor of Engineering or Science is available).

080705 Optoelectronic Information Science and Engineering (Note: Bachelor of Engineering or Science can be awarded).

080706 Information Engineering.

Differences: 1 Communication may be more software-oriented, and electronic information engineering will also have some hardware courses such as integrated circuits and components. Electronics, mathematics, electricity, analog electricity, semiconductor physics, and quantum mechanics will be deeper, and communication signals and systems, programming, and software will be deeper.

2. Electrons are very difficult, because the cutting-edge things involve semiconductor physics and quantum mechanics, and the wave function is not so easy to solve, and the requirements for mathematical equations, linear algebra, and physics are relatively high; In the end, communication involves a variety of integral transformations and encryption algorithms, and also has high requirements for mathematics and programming, and the physical requirements are relatively low.

3 electronic information includes electronics and signal processing two, electronics is the design, maintenance of circuits, the area is quite wide, signal processing with mathematical methods to deal with various signals, very profound, communication engineering also engage in these, but for the field of communication: mobile phones, television, satellites, ** and so on.

1.Learning content and nurturing talents:

The major of communication engineering learns the knowledge of communication technology, communication systems and communication networks, and can be engaged in research, design, manufacturing, and operation in the field of communication, as well as the development and application of communication technology and equipment in various sectors of the national economy and the national defense industry.

The major of electronic information engineering cultivates high-level engineering and technical talents who have the basic knowledge of electronic technology and information systems, and can be engaged in the research, design, manufacturing, application and development of various electronic equipment and information systems.

2.Employment direction:

Communication Engineering Major: The employment prospects are very broad, the quality of employment is among the best in various industries, graduates can be engaged in design and R&D work in various well-known companies of communication enterprises, such as Huawei, Bell, Dongfang Communications, UT Starcom, etc.; You can also enter telecommunications, mobile, railway, Netcom, data exchange bureaus, radio and television departments, as well as related research institutes, design institutes, schools to engage in scientific research, teaching and management; You can also enter the first organs, banks, insurance, electric power and other departments to engage in management and technical services; At the same time, you can continue to study for a master's degree or a doctoral degree in related majors or go abroad for further study.

Electronic Information Engineering: Graduates of this major can be engaged in scientific research, teaching or management in relevant research institutes, design institutes and schools in the field of electronic information; It can work in government institutions and institutions, industrial and mining enterprises, energy and transportation, electric power, home appliances, intelligent instruments, computer applications and other fields; It can also be engaged in electronic product interface design, appearance design, system design, auxiliary design and testing in the field of electronics and computers; You can also further your studies to pursue a master's degree in a related field.

There is not much difference between the two, electronic information engineering mainly focuses on cultivating the basic knowledge and ability of electronic information technology; Have the basic ability of assembly, debugging and design of electronic products, and have the ability of installation, commissioning, maintenance and application of general electronic equipment; Have the ability to install, commission, repair and maintain office automation equipment; It has the ability to read, analyze, install, debug and maintain circuit diagrams of communication equipment and household electronic products; Have the ability to design and organize intelligent control of electromechanical equipment; Ability to read English materials and use computers. Information engineering is a specialized discipline that studies the theory, technology, and engineering realization of information processing on the basis of VLSI technology and modern computer technology. This major focuses on the application technology of information systems and control systems.

Both are more demanding in mathematics and computers.

The training objectives and courses of mobile Internet and electronic information engineering are different.

Cultivation goals. Mobile Internet Major.

Cultivate high-quality application-oriented talents who master the basic theories and knowledge related to computer science and technology, mobile Internet and micro-application, have the ability to develop and maintain application software of mobile terminal system, the ability to market based on micro-application and the ability of business planning, and adapt to the needs of future mobile Internet technology development.

Major in Electronic Information Engineering.

Cultivate high-level engineering and technical talents who have the basic knowledge of electronic technology and information systems, and can engage in the research, design, manufacturing, application and development of various electronic equipment and information systems.

Course Schedule. Mobile Internet Major.

Major in Electronic Information Engineering.

Main disciplines: Electronic Science and Technology, Information and Communication Engineering, Computer Science and Technology.

Main courses: Circuit Theory Series, Computer Technology Series, Information Theory and Coding, Signals and Systems, Digital Signal Processing, Electromagnetic Field Theory, Automatic Control Principles, Sensing Technology, etc.

The main practical teaching links: including course experiments, computer training, curriculum design, production practice, graduation project, etc.

How to choose 5G electronic science and technology, communication engineering and electronic information engineering majors.

It's not much the same.

Electronic information includes electrical DU

Sons and signal processing are two blocks, and electrons are set DAO

Metering, maintenance circuit version, the power is quite wide, signal processing with mathematical methods to process a variety of signals, very profound, communication engineering is also engaged in these, but for the field of communication: mobile phones, television, satellites, etc., that is to say, the surface of communication is narrower, of course, it is to learn more in-depth these two majors, the future employment is generally as an engineer, and there is a strong professional sales.

Application areas of computer application technology:

Scientific Computing (or Numerical Computing) Early computers were primarily used for scientific computing. Scientific computing continues to be an important area of computer applications. Such as high-energy physics, engineering design, meteorological forecasting, aerospace technology, etc.

Due to the high speed and accuracy of computing and the ability of logical judgment, new disciplines such as computational mechanics, computational physics, computational chemistry, and biological cybernetics have emerged.

2.Process detection and control The computer is used to automatically detect certain signals in the industrial production process, and the detected data is stored in the computer, and then the data are processed according to the need, such a system is called a computer detection system. In particular, the intelligent instrumentation composed of the introduction of computer technology has pushed industrial automation to a higher level.

3.Information Management (Data Processing) Information management is one of the most widely used areas of computing. Use computers to process, manage and operate any form of data, such as enterprise management, material management, report statistics, account calculation, information and intelligence retrieval, etc.

Many institutions in China have built their own management information systems (MIS); Manufacturing resource planning (MRP) software is also being used by manufacturing companies, and electronic information exchange (EDI) systems (EDI), the so-called paperless**, are being used in the commercial distribution sector.

4.Computer-aided design, manufacturing, testing of computer-aided systems (CAD cam cat). Computer-aided engineering, product manufacturing, and performance testing.

Office automation: use computers to handle various businesses and commerce; processing of data report files; Conduct statistics, analysis and decision-making assistance for various office operations. Economic Management:

National Economic Management, Corporate Economic Information Management, Planning and Planning, Analysis and Statistics, Decision-making; Material, financial, labor, personnel and other management. Information retrieval: automatic retrieval of information such as library materials, historical archives, scientific and technological resources, and environment; Establishment of various information systems.

Automatic control: comprehensive automation of industrial production process, optimal control of process process, advanced control, communication control, traffic signal control. Pattern Recognition:

A computer is used to identify and classify a set of events or processes, which can be concrete objects such as words, sounds, and images, or abstract objects such as states and degrees.

5.Artificial intelligence. Develop some application systems with certain human intelligence, such as computer reasoning, intelligent learning systems, expert systems, robots, etc., to help people learn and complete certain reasoning work.

Career direction: Graduates are mainly engaged in the IT industry in various units of transportation system, transportation informatization and e-government construction and application departments, various computer specialized companies, advertising design and production companies, and automobile marketing technical services.

The job prospects are good and the demand market is large.