What is it like to study communication engineering?

It's very hard to study a major, but I like it, so I always think it's quite natural, my friend doesn't like this major, he just learns very hard, and he always wants to change departments.

Studying communication engineering will make you feel that what you are learning is very high, and it sounds very powerful.

Studying communication engineering feels like there are so many things to learn, a lot to know, and a lot of practice-oriented.

It's very tiring, and many teachers are really watery, unprofessional, and still need to learn a lot of science knowledge, which is difficult to master.

It's good to study communication engineer, because I think this engineering will definitely be widely used in the future, and you need to have a high IQ or good grades to learn it.

Communication engineering is a relatively difficult to learn, but it is also a wide employment and high-income major, and students who study this major should be people with strong personal strength.

Learning communication engineering should be relatively tiring, like some relatively simple communication engineering, which needs a larger theoretical system to support.

Studying communication engineering should be a major in media. In the future, you can work in a TV station, or go to work in some communication bureaus, telecommunications bureaus and other places.

First of all, it will feel as if it doesn't feel so good in it, and then it will be very stressful.

Studying communication engineering is a relatively backward thing, I think, it is not easy to learn, and the practicality is not strong.

It feels like there's no future. In a few years, you may lose your job.

For general engineering, I can't be proficient in 4 years of college, so I can only learn a little skin. Further education is the way to go.

Brain-burning, digital electricity, modular electricity, signals and systems, communication principles...

To be honest, not as bad as they say, the communication is quite good, from the town to the first-tier cities have his jobs, such as the three major operators, the State Grid, the China Railway Bureau, these state-owned enterprises, the scope of employment is very wide, especially in the information and communication engineering, the emerging industry Internet of Things and it has a lot to do with it.

Traditional communication is going downhill, but communication is definitely a good platform. You should find what you are good at on this platform, do hardware, embedded, or something. Be sure to go to graduate school! The postgraduate entrance examination is another qualitative improvement.

It's a very old major, and it has no future.

If you can't get into the operator after graduating from college, it's an endless errand, and you've been working for seven years and just got out of the pit.

I'm fromRiver Pond CollegeA senior graduate, this major is okay in our school, and my senior told me that the employment salary of this major is quite good. And the salary he is now employed is really rising, which makes me envious.

Major in Communication EngineeringIt is a multidisciplinary major, mathematics, physics, chemistry, programming ability (language, algorithm), English must be learned well, and then communication-related theoretical knowledge and experimental operation ability go hand in hand, sloppy, it is easy to learn half a bottle of water jingle bell, the course is many and miscellaneous, if you want to learn well, you really have to invest time, it is best to study in graduate school, you say, communication engineering is such a big course, massive knowledge undergraduate can only learn the basics, at this time most of the time out of the sales post or transfer software direction.

However, in the final analysis, the direction of employment, the level of employment, technical majors, strength and technical level are the hard currency.

The essence of communication is to exchange information, which is a basic way to realize the communication between people. The communications industry is thriving, with new technologies and products improving the user experience of enterprises and even ordinary consumers, and providing a large number of jobs. Many colleges and universities have opened communication engineering majors, which belong to the engineering fieldElectronic informationIt is an important branch of electronic engineering and a long-lasting engineering major.

Hello, if you are considering good learning and employment, you can consider new ** operations, e-commerce and other majors.

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.

The major of communication engineering includes communication principles and technologies, signal processing and transmission, wireless communication systems, optical fiber communication and networks, etc.

1. Communication principles and technologies.

Learn the basic principles of wireless and wired communication systems, modem and demodulation techniques, channel coding, multiple access stool techniques, scheduling algorithms, etc. In-depth understanding of the principles and techniques of digital and analog communications, as well as methods for designing, analyzing, and optimizing communication systems.

2. Signal processing and transmission.

Learn the basic theories and methods of signal processing, including sampling, quantization, filtering, coding, etc. Understand the transmission characteristics and modulation techniques of communication signals, as well as the impact of noise on the performance of communication systems. Master the application of various digital signal processing and transmission technologies.

3. Wireless communication system.

Learn the architecture, protocols, and technologies of wireless communication systems such as mobile communications, satellite communications, and wireless sensor networks. Understand the characteristics of wireless channels and wireless transmission technology, and master the planning, optimization and management of wireless networks.

4. Optical fiber communication and network.

Learn the principles and technologies of optical fiber communication systems, including optical fiber transmission, optical fiber amplification, optical fiber network topology and routing, etc. Master the design, deployment, and maintenance of fiber optic communication systems, and understand the application of fiber optic communication in high-speed networks.

Communication Engineering Employment Direction:

1. Communication equipment manufacturing and R&D.

Engaged in the manufacturing, R&D and testing of communication equipment, such as mobile phones, base stations, optical fiber equipment, etc. You can find relevant jobs in equipment manufacturers, communication equipment rental research institutes, communication chip design companies and other units.

2. Operators and network O&M.

Engaged in network operation and maintenance in telecom operators, Internet service providers and other units, responsible for network planning, equipment commissioning and maintenance, troubleshooting and other tasks.

3. Communication system integration and engineering.

Participate in the design, construction and integration of various communication systems, including mobile communication networks, wired networks, wireless sensor networks, etc., and have employment opportunities in communication system integrators, telecommunications engineering companies, engineering consulting companies and other units.