I want to study communication engineering, but I haven t studied physics and electronics, what shoul

It seems that you don't know much about it, what are the communication studies? What's the way forward? Including the things you need to know more about the preparation for the graduate school entrance examination?

You can look online to find out what you have been examined, find out for yourself, what others tell you may not be suitable for you, you have to measure according to your own situation, first of all, you should add the same academic ability test, and you have to prepare for what grade of school, there are many directions in communication, combined with your future development direction to choose, first choose these and then plan what to review and write, how to review, need to strengthen those things, take the communication mathematics test, then you have to work hard, English, politics, In terms of professional courses, the exams are different from school to school, but in general, there are fewer tests on communication principles (compiled by different people), signal systems, and digital electricity, but if you want to take the same academic ability, you will need to take the test in mathematics, analog electricity, circuit analysis, digital signal processing, physics, computer basic courses, and many other courses are basic courses. I am a major in electronic information science and technology, the test of communication, I personally think that the number one and English are more difficult, the effect of English review can also be very good, the number of general, English must be practiced repeatedly with real questions grinding is very important, mathematics is the knowledge points to understand thoroughly, practice to be enough, planned training, politics can take less time, professional courses to see some schools are difficult, but there are past questions to do reference, very valuable. Hope you succeed!!

I'm from Xidian, a communications engineer.

Personally, I don't think physics is helpful for communication engineering, and I basically can't use it, so it can only be regarded as a basic course.

You don't have to think about software or hardware before you go to graduate school, and those are assigned to you by your teacher after you go to graduate school.

The first thing you have to pass in English is to pass the graduate school entrance examination, which is also a subject that stumps many people. Specifically, you can go to the postgraduate entrance examination forum to learn about the situation.

For communication engineering majors, you need to learn Xidian's communication engineering and signal and system, these two subjects are enough for the initial examination, and if you have time, you can look at the subjects that will be used in the re-examination such as information theory, digital signal processing, and analog circuits.

You have a basic knowledge of computers, so it's better to learn software.

In terms of electronics, the basic thing is the knowledge of analog electricity and digital electricity. There is also a need to learn the microcontroller, which is a tool. There are still a lot of communication theories, and they are not easy to understand, and if you want to learn them well, you have to combine them with practice.

The communication major is divided into several major directions: network and switching, computer communication, mobile communication, optical fiber communication, and electromagnetic field and microwave.

Communication engineering has high requirements for physics and mathematics, because you have no foundation in physics, but if you are really interested in this, you can try to teach physics on your own, but if you feel that you are not the kind of person who works very hard, then it is recommended that you do not.

I am a communication engineering student in the class of 2020, and I think this major has good prospects, easy employment, and a good salary. However, it is stressful to study, not very easy to learn, and requires strong logical thinking skills.

1. Introduction to communication engineering.

The communication engineering major cultivates senior engineering and technical talents who have knowledge of electronic communication, signal and information processing, computer communication, applied electronic technology, communication system and communication network, and can be engaged in research, design, manufacturing, operation in the field of electronic communication and information system, and engaged in the development and application of communication technology and equipment in various sectors of the national economy and the national defense industry. Students mainly learn the theory and technology of electronic circuits, the theory and technology of communication systems, the theory and technology of signal processing, the theory and technology of information processing, the basic theories, composition principles and design methods of information theory and communication networks, receive basic training in communication engineering practice, and have the basic ability to engage in the design, development, commissioning and engineering application of modern communication systems and networks.

2. Employment direction of communication engineering.

After graduation, students of this program can research, design, manufacture, operate, and engage in the development and application of communication technologies and equipment in various sectors of the national economy and the defense industry.

Industry: After graduation, he mainly works in communications, new energy, computer software and other industries, roughly as follows:

1 Communications, Telecommunications, Network Equipment2, New Energy, 3 Computer Software, 4 Communications, Telecommunications Operations, Value-added Services5, Electronic Technology, Semiconductors, Integrated Circuits, 6 Internet, E-commerce7, Computer Services (Systems, Data Services, Maintenance)8 Other Industries.

Position: After graduation, he is mainly engaged in communication engineer, hardware engineer, project manager and other work, which is roughly as follows:

1 Communication Engineer 2 Hardware Engineer 3 Project Manager 4 Network Engineer 5 Wireless Communication Engineer 6 Technical Support Engineer 7 Embedded Software Engineer 8 RF Engineer.

If you plan to work in communications after graduation, it's best to go to graduate school. Because communication engineering is a difficult discipline that requires both theory and practice, it is not enough to study only one undergraduate degree.

Moreover, in most cases, the better companies in the communication industry need a graduate with a bachelor's degree of 211 or above, and if they do research and development in these companies, they generally need a master's degree or above. After graduating from a bachelor's degree, most of them can only do jobs such as building basic equipment for communications, and having graduate study experience will be more conducive to employment.

After graduating from the bachelor's degree in communication engineering, you can apply for graduate studies in electronic science and technology, signal and information processing, communication and information systems, etc. If they study well, students majoring in communication can easily transfer to computer, microelectronics and other related majors. At present, the proportion of students in this major who continue their studies is quite high.

The entry threshold for IT majors is low, and the salary is getting better and better, and the current job market in the IT industry is not saturated, so it is relatively easy for employees to find a job. If you don't want to continue your studies, it's not bad to choose a vocational and technical school, as long as you learn IT technology well and have the ability, you can find a good job.

You can come here to find out.

At present, China's animation and game industry is in a stage of vigorous development, and there is an extremely high demand for animation and game professionals. And the talents in animation and games who graduate every year are just a drop in the bucket for such a huge market demand. According to authoritative statistics, the national animation and game talent gap is as high as one million, and it is still difficult to find creative and technical animation and game talents with a monthly salary of tens of thousands.

The prospects are very good, zero-based learning, many employment opportunities, decent work, and high salary.

E-commerce is a business activity centered on the exchange of goods by means of information network technology. It can also be understood as being on the Internet.

E-commerce can provide services for the whole process of online transactions and management. Therefore, it has various functions such as advertising, consultation and negotiation, online ordering, online payment of town banks, electronic accounts, service delivery, consultation, transaction management and so on.

E-commerce is integrated with the industry. Driven by the upgrading of industrial structure, the combination of e-commerce and the industry will become closer and closer in the future, and e-commerce is not only a sales channel for enterprises, but also an important way for enterprises to integrate Internet resources.

Communication engineering is difficult to study for the following reasons:

The one-land cluster and communication engineering system are complex.

In fact, even if it is a 2G system that is about to be eliminated, from dialing ** to connecting to the other party, many processes such as paging, synchronization, verification, encryption and decryption will be designed in the middle, and each process will involve the interaction of different signaling.

Second, the communication engineering system covers a wide range.

From the perspective of network architecture, the entire communication process can be said to involve a wide range of aspects, from the hardware implementation at the bottom layer, to the encoding and decoding at the physical layer, to the resource allocation at the link layer, and then to the routing and addressing at the network layer. It needs to be specific to each layer, such as the codec of the physical layer, which alone can become a separate research direction, and in-depth research can be read to the doctoral degree.

That is to say, a small point in all aspects involved in the communication system is screwed out separately, and it is not easy to study it in depth. And the entire communication system is a "superposition" of many such difficult sub-directions, and its difficulty naturally goes up.

Training Objectives of Communication Engineering:

1. Training requirements: Students in this major mainly learn the basic theories, composition principles and design methods of communication systems and communication networks, receive basic training in communication engineering practice, and have the basic ability to engage in the design, development, commissioning and engineering application of modern communication systems and networks.

2. Training objectives: This major cultivates senior engineering and technical talents who have 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.

3. Master the technology:

1. Master the basic theories and basic knowledge in the field of communication.

2. Master light wave, wireless, multi-** and other communication technologies.

3. Master the analysis and design methods of communication systems and communication networks.

4. Have the basic ability to design, develop, commission, and apply information and communication systems and communication networks.

Physics is studied in communication engineering. Communication engineering belongs to the engineering discipline, and the main courses include a series of courses on circuit theory and application, a series of courses on computer technology, digital circuits, analog nuclear circuits, signals and systems, electromagnetic field theory, digital systems and logic design, digital signal processing, communication principles, etc., which are all physical knowledge. Communication engineering training strengthens candidates.

Basic knowledge, broaden the profession, follow the frontier, pay attention to the guiding ideology of ability training, cultivate all-round development of morality, intellect and physique, have a solid theoretical foundation and pioneering and innovative spirit, and can be engaged in research, design, operation and development in the fields of electronic information technology, KKCL and communication technology, communication and system and communication network.

Summary. Hello Physics Forty is not recommended for communication engineering and electronic information, especially communication engineering requires you to master a lot of electromagnetism. Communication bandwidth and other physical information physics are not good, and it is very difficult to learn this major.

Hello Physics Forty is not recommended for communication engineering and electronic information, especially through the rest of the letter engineering and the need for you to master a lot of electromagnetism. The physical preparation of communication bandwidth and other physical information physics is not good, and it is very difficult to learn this major.

But many people on the Internet said that it was okay.

Yes, yes, it's a little bit more difficult.

The physics knowledge of the two major designs you choose is still slightly more.

Can you recommend some majors.

Actually, I recommend you to study these two majors.

You must be speechless.

Whether it is the next ten years or 20 years, electronic information will not be a sunset industry, and you will be done studying hard after you go to college, and it is not so difficult.

If you really hate physics, you can study computer science.

Although computers are saturated, many civil servants and public institutions have recruited a lot.

The computer stays up too late.

In fact, electronic information and communication are difficult to learn.

I studied hardware as an undergraduate, and then I studied software as a graduate student, and none of them were easy to learn.

Are these two majors suitable for girls?

It's suitable to learn this, and don't go to the construction site.

Study hard and you're done.

What university did you graduate from.

Henan Polytechnic University.

Second, can you learn these two majors well in this school?

In fact, if you don't study well in college, you can go to graduate school.

Communication engineering requires the study of physics.

Physics is one of the important basic disciplines of communication engineering, and it is the physical basis of many concepts, technologies and algorithms in communication engineering. The study of communication engineering requires a certain physical foundation to be able to better understand and apply relevant technologies and algorithms. Communication engineering is a comprehensive discipline involving electronics, communications, computers and other fields, mainly studying the technology of information transmission, processing and storage.

In the study of communication engineering, students need to learn a lot of physical knowledge, such as electromagnetic field theory, empty signal processing, digital signal transmission, etc. This knowledge is the foundation of communication engineering and is crucial for the development and application of communication technology. In addition, physics is also a compulsory course for communication engineering majors in many universities, and students need to learn relevant physics knowledge to better understand and apply the relevant technologies of communication engineering.

Ways to learn physics:

1. Establish physical concepts.

Physics concepts are the foundation of physics knowledge. To learn physics well, it is necessary to establish correct physical concepts, such as basic physical concepts such as mass, velocity, force, electricity, etc. In the process of learning, you can deepen your understanding and memory of physical concepts by seeing, listening, reading, and doing more.

2. Understand the principles of physics.

Physical principles are at the heart of physical knowledge. To learn physics well, you need to have a deep understanding of physical principles, such as Newton's laws of motion, thermodynamic principles, electromagnetic field theory, and other basic physical principles. In the process of learning, you can deepen your understanding and memory of physical principles by reading textbooks, listening to lectures, and doing experiments.

3. Master physical formulas.

A physics formula is a mathematical expression of physical knowledge. To learn physics well, you need to master basic physics formulas, such as Newton's second law, Ohm's law, Faraday's law of electromagnetic induction, etc. In the process of learning, you can deepen your understanding and memory of physical formulas through more practice and application.

4. Contact practical application.

Physics is a highly applied subject, and linking it with practical application is an important way to learn physics. You can deepen your understanding and memory of physics knowledge by understanding the application of physics knowledge in life, production, science and technology, etc. At the same time, they can also improve their application ability and innovation ability by solving practical problems.