If you want to learn communication engineering, please help

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.

1. Understand more of the concept and process of communication from a mathematical point of view. Communication technology processes are all math games. For example, the mathematical derivation process of frequency modulation FM, the source and channel coding introduced to combat noise, what is the mathematical basis, whether the Shannon formula is understood from a mathematical point of view, and why the Shannon formula determines the limit of channel capacity; 2. For the primer book "Principles of Communication", I recommend the edition of Beijing University of Posts and Telecommunications Press;

3. Understand from the perspective of the industry. Many textbooks have a process of mathematical derivation, try to follow the deduction or branch grinding a few times, and slowly you will understand the concepts of these communication principles more thoroughly, and you can touch the analogy in the future.

1. Understand more communication concepts and processes from a mathematical perspective. Communication technology processes are all math games. For example, the mathematical derivation process of frequency modulation FM, the source and channel coding introduced to combat noise, what is the mathematical basis, whether the Shannon formula is understood from a mathematical point of view, and why the Shannon formula determines the limit of channel capacity; 2. For the primer book "Principles of Communication", I recommend the edition of Beijing University of Posts and Telecommunications Press;

3. Understand from the perspective of the industry. Many textbooks have a mathematical derivation process, and after trying to deduce it a few times, you will gradually understand the concepts of these communication principles more thoroughly, and you can touch the analogy in the future.

Summary. Hello! We're happy to answer for you!

Communication engineering mainly studies the basic theories, composition principles and design methods of communication technology, communication systems and communication networks, so as to carry out the design, development, commissioning and application of modern communication systems and networks. For example, the development of mobile communication from 2G 3G to 4G, the system design of communication networks such as ** network and telegraph network, and the development and maintenance of wireless local area network (WIFI).

Hello! I'm glad to answer your answer! Communication sounds difficult, but if you work hard, it is far less difficult than the legend says; Communication sounds very high, but if you want to get in touch with the most cutting-edge technology, the undergraduate level is far from enough; I learned a lot of things in communication, but if I want to learn the knowledge that can really earn you money, the school teaching is far from enough.

Hello! We're happy to answer for you! Communication engineering mainly studies the basic theories, composition principles and design methods of communication technology, communication systems and communication networks, so as to carry out the design, development, commissioning and application of modern communication systems and networks.

For example, the development of mobile communication from 2G 3G to 4G, the system design of communication networks such as ** network and telegraph network, and the development and maintenance of wireless local area network (WIFI). Closing the wheel fast mode key words:

Mobile network 4G wifi.

What is the study of communication engineering is introduced as follows:

The main learning content of the communication engineering major is divided into three parts: professional basic courses, professional core courses and professional practice courses.

The basic courses include Engineering Drawing, Introduction to Information Technology, Circuit Theory, Literature and Information Retrieval, Circuit Test and Test, Analog Electronic Technology, Signal and Linear Systems, Digital Circuit Reputation Source and Logic Design, Microcomputer Principles, Computer Network Technology and Application, Microelectronic Devices and IC Design, etc.

The core courses include data structure, communication electronic circuits, random signal analysis, operating systems, microcomputer principle experiments, electromagnetic fields and electromagnetic waves, digital signal processing, basic information theory, communication principles, microwave technology foundations, embedded system principles and design, etc.

Professional practice courses include electrician internship, production internship, software course design, hardware course design, etc., as well as a series of social practice internship projects.

Introduction to Communication Engineering:

1. Communication Engineering is an undergraduate major in electronic information, with a basic study period of four years and a bachelor's degree in engineering.

2. The major has the characteristics of the integration of science and engineering, mainly involving the basic theory, engineering design and system realization technology in the fields of electronic science and technology, information and communication engineering and optical engineering, and based on mathematics, physics and information theory, with electronics, photonics, information and related components, electronic systems and information networks as the research objects, with a wide range of applications and rapid development, it is the backbone major to promote the development of the information industry and enhance the traditional industry.

Communication engineering is a discipline widely used in modern communication technology, which involves the knowledge of telecommunication transmission, wireless communication, network protocols, data communication, etc. Here are some perspectives on the good and bad of studying communication engineering:

1.Employment prospects: The field of communication engineering has broad employment prospects.

With the rapid development of digitalization and informatization, the demand for communication technology is increasing year by year. Communications engineering professionals can find job opportunities in telecom operators, network equipment manufacturers, scientific research institutions, and other fields, and have the opportunity to participate in the development of emerging technologies such as 5G and the Internet of Things.

2.Rapid technology updates: Communication engineering is a field where technology is updated at an extremely fast rate. Studying communication engineering requires constantly keeping up with new technological developments and standards, and maintaining the enthusiasm and adaptability of learning.

3.Combination of theory and practice: Communication engineering involves a wealth of theoretical knowledge and practical application. In the learning process, students need to master the basic knowledge of mathematics and physics, and learn how to apply theoretical knowledge to solve practical problems.

4.Callenging: Communication engineering is a challenging discipline that requires abstract thinking, problem-solving skills, and teamwork skills. Sometimes, there are complex technical challenges and challenges to face.

It is important to note that the individual's desire and interest in studying communication engineering is also important. If you have a strong interest in the knowledge and applications of electronic communications, network technology, and wireless communications, then studying communication engineering may be fulfilling and satisfying. In addition, considering the technical and challenging nature of the field, a good foundation in mathematics and science and the ability to learn are also important factors in studying communication engineering.