Question 1: What are the communication majors? What subjects are included? Follow-up: Can you tell me what subjects are included? A: A lot, basic C language, computer introduction, communication introduction, as well as digital circuits, analog circuits, circuit analysis, java, electromagnetic waves, single chip microcomputer. Communication principles, mathematics, signals and systems. If boys learn this, such as mobile communication, optical fiber communication, cartography and the Internet, they will run outdoors more if they want to do this job in the future. Follow-up: am I a liberal arts student or a girl, can I also learn these? Answer: A girl? This. . . This is more suitable for boys. Because I want to compare the communication engineer's major with my major, I run more outdoors, which is very hard and difficult to learn. Follow-up: not afraid of hard work, like outdoor. Of course, thank you for helping me answer this question ... answer: it's not that I'm not afraid of hard work, but some outdoor ones are also explicitly requested by some companies. The internship positions arranged by our school this time all require male sex. Of course, you can do it if you really like it. Will you engage in communication marketing in the future? Or continue to be a teacher. Follow-up: actually, I didn't think so much. I think it's quite interesting. Which school are you from?

Question 2: What are the majors related to communication engineering? School of Information and Communication, Beijing University of Posts and Telecommunications, major setting:

***4 majors: communication engineering, information engineering, electronic information engineering and digital multimedia technology.

Scores generally go from left to right, from high to low.

Details can be asked, but please give points, thank you.

Question 3: What are the specialties of communication engineering? Some schools will divide it into: data communication engineering, wireless communication engineering and so on.

Question 4: What is the major of communication? Basically, it is communication engineering or information engineering! The latter includes communication engineering! Others are just electronic information majors similar to communication engineering! Some schools only recruit electronic information students first.

Question 5: What are the main courses of communication engineering? Public basic courses mainly include:

Advanced mathematics, college physics, complex variable function, probability, computer foundation, C language.

Specialized courses mainly include:

Signal and system, electromagnetic field and electromagnetic wave, high-frequency electronics, analog circuit, digital circuit, EDA technology, digital signal processing, communication principle, computer network, computer interface and application technology, program-controlled switching technology, optical communication, information security.

Main courses of discipline:

Circuit theory and application series courses, computer technology series courses, digital circuits, analog circuits, signals and systems, electromagnetic field theory, digital systems and logic design, digital signal processing, communication principles, etc.

Main practical teaching links:

Including computer practice, electronic technology practice, circuit comprehensive experiment, production practice, curriculum design, graduation design and so on.

Major professional experiments:

Communication principle experiment, electronic circuit experiment, digital system and logic design experiment, electromagnetic field experiment and so on.

Question 6: What are the compulsory courses of communication engineering? I found a colleague. I am a communication engineering major at Huazhong University of Science and Technology. We have learned a lot from this major, including the contents of several major majors. But judging from the requirements of the school, they are not very proficient and belong to the type of miscellaneous but not refined. But this is a trend now, that is, the so-called "wide-caliber" major is better now, which is conducive to everyone's future development.

The main required courses of this major are: digital circuit and logic design, analog electronic technology, signal and linear system, control principle, microcomputer principle, computer network and application, microelectronic device and integrated circuit design, random process, communication electronic circuit, electromagnetic field and electromagnetic wave, operating system, communication principle, digital signal processing, microwave technology foundation, information theory and coding.

Besides, there are some elective courses, depending on whether you are more interested in hardware or software.

If you want to study general subjects, not a school can give it to you. It is almost impossible to learn all the contents of this major in your student stage (including graduate stage), so what you have to do is to find a direction that you are more interested in and study general studies in this direction, and other aspects can meet the requirements of the school. Come on!

Question 7: What is the work related to communication engineering? Communication engineering is an important branch of electronic engineering and one of the basic disciplines. The research report of communication engineering points out that this discipline focuses on the principle and application of information transmission and signal processing in communication. Let's take a look at the employment direction of communication engineering.

1, mobile application product manager: With the rise of smart phones and the development of mobile Internet, the development of iPhone and Android applications has become a hot direction, and mobile application product managers will have strong salary competitiveness.

2. Value-added product development engineer: Value-added product services mainly include SMS, MMS, wap and other services. Value-added product development engineers are mainly responsible for the development of value-added technology platforms (*** s/wap/mms/web, etc. ) and technical support, implementation and maintenance of operation management. They need to be familiar with the technical application architecture of j2ee system, master certain java application development, and understand xml, xhtml, javascript and other related knowledge.

3. Digital signal processing engineer: With the rapid development of large-scale integrated circuits and digital computers, digital signal processing has gradually replaced analog signal processing. Digital signal processing engineers are professionals who represent and process signals digitally.

4. Communication technology engineer: In China, the communication industry is a monopoly industry. After several years of rapid development, it has entered the 3G era, as well as the 4G and LTE era. Communication engineers will make greater achievements, because large-scale solid-state network construction needs them, mobile equipment manufacturers need them, and various types of mobile services and terminal equipment providers need them. In addition, they can also make a difference in the it industry, because the trend of triple play is inevitable. There is no doubt that they are one of the most popular talents.

5. Cable transmission engineer: Our life can't be separated from the world of wired network connection, and the cable transmission engineer is the designer of this network. They are responsible for the planning and design of optical cable transmission projects, and are required to understand the standards and specifications of communication industry construction, be able to prepare the budget of communication projects, and be skilled in using common engineering and tool software such as cad and visio, or 2g and 3g network planning software.

6. Wireless communication engineer: Wireless network brings infinite convenience to people, because you can use the World Wide Web anytime and anywhere. In China, wireless networks are becoming more and more popular, so wireless communication engineers will have a bright future. For example, mobile phones have gradually become multifunctional wireless terminals, which can access the Internet at any time, so services related to wireless communication are emerging on a large scale. Wireless communication engineers are the guarantee to realize these services and develop new services.

7. Telecom switching engineer: The development of telecom switching technology drives the development of the whole telecom industry and is the core of the telecom industry. The development trend of packet switching network has made China Telecom take a big step. All these indicate that telecom switching engineers will make great achievements. Telecom switching engineer is an important occupation who knows telephone switching technology, system integration, telecom value-added services, voice switching system and is familiar with integrated wiring.

8. Data Communication Engineer: The information industry is a sunrise industry, the telecommunication network is the cornerstone of the information society, and data communication is an important part of the information basic communication construction. Data communication engineers are generally engaged in the maintenance of telecommunication networks (atm); Participate in and guide the installation, debugging and technical guidance of remote node equipment; Be responsible for preparing relevant technical schemes and formulating maintenance specifications.

9. Mobile communication engineer: Mobile phones have become an indispensable part of life, and mobile communication needs the support of mobile communication engineers. They master cellular mobile wireless systems, such as 3G; Cordless systems, such as dect short-range communication systems, such as Bluetooth and dect data systems; Wireless local area network (wlan) system; Fixed wireless access or wireless local loop system; Satellite system; Broadcasting systems, such as dab and DVB-T; Adsl and cable modem. They can establish, maintain and manage mobile communication.

10, Telecommunication Network Engineer: In the social information ecological environment constructed by telecommunication network, information interaction will be as ubiquitous as air. It will comprehensively integrate people's life, entertainment, commerce, education, medical care and travel. Telecommunication network engineers will make this a reality. The general work of telecom network engineer is mainly responsible for the daily operation and maintenance of the network layer of computer network system. Adjust equipment configuration according to business requirements; Write a network operation report. Familiar with mainstream routers, switches, etc ... >>

Question 8: What courses does communication technology include? Training objectives of communication technology major (science) This major trains high-tech applied professionals with solid foundation, wide knowledge, strong adaptability, strong ability, high comprehensive quality and innovative consciousness, who can be engaged in the installation, debugging, operation, maintenance and management of communication systems, the production and testing of communication products, and meet the needs of production, construction, service and management. The main courses include electronic engineering drawing, electrician foundation, electronic technology, signal and system, high-frequency electronic circuit, single chip microcomputer and interface technology, communication principle, mobile communication, program-controlled switching technology, electronic circuit CAD, professional foreign languages, computer network foundation, digital audio-visual home appliance maintenance, optical fiber communication technology foundation, computer control technology and so on. Professional characteristic communication technology is a wide-caliber specialty with strong comprehensive ability.

Question 9: What does the special plan of communication engineering include? What does the special plan of communication engineering include: forecasting communication demand, user penetration rate and installed capacity; Determine the location and scale of facilities such as postal stations, telecommunications stations, mobile communication stations, broadband (IP) stations, radio and television stations in the near and long term; Determine the boundary of telecom residential exchange factory, the location and service scope of access network room (optical handover point); Determine the location and service scope of CATV sub-center, management station and access network room (optical handover point); Determine the layout of underground communication pipelines, trunk lines, main wiring lines and the number of pipe holes; Engineering statistics, short-term and long-term implementation suggestions, etc.

Question 10: What does communication engineering mean? Business training objectives: This major trains senior engineering and technical personnel with knowledge of communication technology, communication system and communication network, who can engage in research, design, manufacture and operation in the field of communication, and engage in the development and application of communication technology and equipment in various departments of national economy and national defense industry.

Business training requirements: Students in this major mainly study the basic theory, composition principle and design method of communication systems and communication networks, receive practical training in communication engineering, and have the basic ability to engage in the design, development, debugging and engineering application of modern communication systems and networks.

Graduates should have the following knowledge and abilities:

1. Master the basic theory and knowledge in the field of communication;

2. Master communication technologies such as light wave, wireless and multimedia;

3. Master the analysis and design methods of communication system and communication network;

4. Have the basic ability to design, develop, debug and apply communication systems and communication networks;

5. Understand the basic skills, policies and regulations of communication system and communication network construction;

6. Master the basic methods of literature retrieval and information query, and have certain scientific research and practical work ability.

Main course:

Main subjects: information and communication engineering, computer science and technology.

Main courses: circuit theory and application series, computer technology series, signal and system, electromagnetic field theory, digital system and logic design, digital signal processing, communication principle, etc.

Main practical teaching links: including computer training, electronic technology practice, circuit comprehensive experiment, production practice, curriculum design, graduation design, etc. Generally, it is required that the practice teaching link should be no less than 30 weeks.

Study time: four years

Degree awarded: Bachelor of Engineering

Similar majors: microelectronics automation electronic information engineering communication engineering computer science and technology electronic science and technology biomedical engineering electrical engineering and its automation information engineering information science and technology software engineering film and television art technology network engineering information display and photoelectric technology integrated circuit design and integration system photoelectric information engineering radio and television engineering electrical information engineering computer software electrical engineering and management intelligence science and technology. Digital media art, computer science and technology detection, guidance and control technology, electrical engineering and its automation, digital media technology, information and communication engineering, building electrical and intelligent electromagnetic field and wireless technology.