1. What are the main courses of communication engineering?

Hello, the communication engineering major belongs to the electronic information major under the Ministry of Natural Science and Engineering. Students majoring in communication engineering during the undergraduate period:

1) main disciplines: information and communication engineering, computer science and technology.

2) Main courses: circuit theory and application series courses, computer technology series courses, signals and systems.

Electromagnetic field theory, digital system and logic design, digital signal processing, communication principle, etc.

3) Main learning points:

1.

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

2.

Master optical wave, wireless, multimedia and other communication technologies;

3.

Have the basic ability of ICT system and communication network design, development, debugging and application;

4.

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

5.

Understand the basic principles, policies and regulations of communication system and communication network construction;

6.

Understand the latest progress and development trend of communication technology;

7.

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

2. What courses do communication engineering majors study?

Main course: Come.

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

Core knowledge fields: electronic circuit, digital logic circuit, computer foundation, signal and system, digital signal processing, electromagnetic field and microwave technology, communication principle, communication network theory foundation, modern communication technology, etc.

(2) Extended reading of communication engineering course:

Related extension: communication engineering major has the ability.

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 ICT systems and communication networks;

5, understand the basic principles, policies and regulations of communication system and communication network construction;

6. Understand the latest progress and development trend of communication technology;

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

3. What are the compulsory courses for communication engineering?

Digital circuit and logic design

Microelectronic devices and integrated circuit design

Communication electronic circuit

Signal and linear system

Computer network and its application

Informatics and coding

Control principle

I'm a senior two student. I've learned so much so far, and I don't fully know what else there is! That's all I'll tell you!

4. What courses should communication engineering take?

Hello, landlord, the following are the main courses studied by Communication Engineering University in four years (different schools may have slightly different courses, but they are roughly the same).

Freshman: study some basic courses, such as advanced mathematics, linear algebra, C language, college physics and some public courses, such as college English, politics and physical education.

Sophomore: Focus on professional basic courses, such as circuit analysis, digital circuit, data structure, signal and system, analog electronic circuit, probability theory, microcomputer principle and interface technology, and then English, politics and physical education.

Junior year: I began to study specialized courses, such as communication principle, communication electronic circuit, switching technology, electromagnetic field, mobile communication, optical fiber communication, communication network and digital signal processing.

Senior: There are basically no classes, such as postgraduate entrance examination or finding a job, and then graduation design.

5. What courses should communication engineering take?

Communication engineering is not very dependent on English, but it must be able to. Communication engineering needs a lot of mathematical knowledge and theoretical derivation, and it relies heavily on advanced mathematics and general physics, so I'm afraid it can't keep up with poor mathematics.

The main courses are

1, advanced mathematics, general physics, linear algebra, computer foundation, probability theory and mathematical statistics, socialist construction

2. Signals and systems, analog electronic circuits, analog communication principles, complex variable functions, electromagnetic fields, circuit analysis, Marxist principles, databases, computer programming,

3, pulse and digital circuit, digital communication principle, graph theory, data structure,

4, communication network, optical fiber communication, digital signal analysis, program-controlled switching principle, computer network, mobile communication, satellite communication and other professional basic courses.

Besides foreign languages, there are a large number of experimental classes every semester.

In these subjects, you can use the knowledge of high school to teach yourself advanced mathematics, general physics and computer basics, but it is a bit difficult to teach yourself.

In order to learn computer network well in the future, you can take the CCNA, CCNE and CCNP of Cisco at school.

Or learn computer programming well, take the programmer exam at school (it must be in C language), try to be admitted to a senior programmer (equivalent to a software engineer) after graduation, and rob you from more than N units.

It is also possible to learn MCU well (assembly language, software and hardware are better, but they don't need to be particularly sophisticated, which is more promising.

6. What courses are there in communication engineering?

I don't want to say anything about the course of English language history and philosophy, which is attended by people all over the country.

Freshman: high number A linear algebra C language college physics B circuit analysis electrician experiment

Sophomore year: Design of electromagnetic field and electromagnetic wave signal and system based on FPGA digital system in college physics experiment; Computer aided design of printed circuit board; Engineering mathematics; Probability theory and mathematical statistics; Software technology; Basic signal and system simulation; Basic electronic technology; Electronic circuit experimental program design training; Production practice of numerical calculation method.

Junior year: data structure, single chip microcomputer principle and experimental communication principle, professional English information theory; Principle of digital signal processing electronic circuit and experimental communication; Digital signal processing experiment; Random signal analysis electromagnetic field and microwave technology; Principle and interface technology of microwave technology; Microcomputer principle and interface technology; Data communication and computer network communication network and exchange technology signal theory; Basic multimedia technology; Basic signal detection theory; Optical fiber communication system; Mobile communication satellite communication antenna and radio wave propagation; Basic pattern recognition; Social practice; Production practice; Course design of communication and electronic system

Senior year: DSP technology embedded system and experiment digital TV technology spread spectrum communication and 3G underwater acoustic technology basic communication system analog broadband access technology wireless communication engineering error correction coding principle and application digital image processing graduation design.

7. What are the main courses of communication engineering?

Here is a word file, which makes it very clear that all schools are similar. You can read it carefully://jwc.nbu.e.cn/jiaoxuhuizhang/jiaoxujihua/%d0% C5% CF% A2% D1%A7% D4% Ba/%CD% A8.

Training scheme for undergraduate students majoring in communication engineering

I. Training objectives

This major trains senior engineers who have knowledge of communication technology, communication system and communication network, 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.

Second, the basic requirements of training

Students in this major mainly study the basic theory, composition principle and design method of communication systems and communication networks. After the training of communication engineering practice, they 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 principles, policies and regulations of communication system and communication network construction;

6. Understand the latest progress and development trend of communication technology;

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

Third, the main courses

Circuit theory and application, computer technology, signal and system, single chip microcomputer principle and application, digital signal processing, communication principle, communication electronic circuit, wireless communication direction, optical communication direction, multimedia communication direction and so on.

Fourth, degree courses.

Signal and system, communication principle, communication electronic circuit.

Verb (abbreviation of verb) minimum credits and graduation requirements

Minimum credit for graduation 160, including required credits (including public * * * basic platform, discipline basic platform and professional basic platform) 102. Students majored in one of the three modules of wireless communication, optical communication and multimedia communication, and got 1 1 credits for this module, and completed 25 credits for professional practice, graduation practice and graduation design. Each graduate must complete 22 credits of elective courses, including 6 credits for cultural quality courses (including 2 credits for the extended courses of "two courses"), 0/2 credits for professional elective courses/kloc-and 4 credits for public elective courses.

Sixth, the academic system

Four years.

Seven. Degree conferring and requirements

Bachelor degree in engineering.

Students must meet the relevant regulations of Ningbo University for awarding bachelor's degree.

Eight, all kinds of courses and credit allocation summary table

Total of required courses and elective courses of course classification: experiment, practice, training and computer.

Public * * * basic platform course discipline basic platform course professional basic platform course subtotal professional direction module course elective course subtotal public * * * basic platform course discipline basic platform course professional direction module course subtotal.

Academic performance 5215.5 34.5102 36 22 58160 25.5 5 28 40.5

Accounting for% 32.59.721.663.822.513.736.21001.33.43./kloc-0.

Training scheme for undergraduate students majoring in communication engineering

I. Training objectives

This major trains senior engineers who have knowledge of communication technology, communication system and communication network, 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.

Second, the basic requirements of training

Students in this major mainly study the basic theory, composition principle and design method of communication systems and communication networks. After the training of communication engineering practice, they 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 principles, policies and regulations of communication system and communication network construction;

6. Understand the latest progress and development trend of communication technology;

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

Third, the main courses

Circuit theory and application, computer technology, signal and system, single chip microcomputer principle and application, digital signal processing, communication principle, communication electronic circuit, wireless communication direction, optical communication direction, multimedia communication direction and so on.

Fourth, degree courses.

Signal and system, communication principle, communication electronic circuit.

Verb (abbreviation of verb) minimum credits and graduation requirements

Minimum credit for graduation 160, including required credits (including public * * * basic platform, discipline basic platform and professional basic platform) 102. Students majored in one of the three modules of wireless communication, optical communication and multimedia communication, and got 1 1 credits for this module, and completed 25 credits for professional practice, graduation practice and graduation design. Each graduate must complete 22 credits of elective courses, including 6 credits for cultural quality courses (including 2 credits for the extended courses of "two courses"), 0/2 credits for professional elective courses/kloc-and 4 credits for public elective courses.

Sixth, the academic system

Four years.

Seven. Degree conferring and requirements

Bachelor degree in engineering.

Students must meet the relevant regulations of Ningbo University for awarding bachelor's degree.

Eight, all kinds of courses and credit allocation summary table

Total of required courses and elective courses of course classification: experiment, practice, training and computer.

Public * * * basic platform course discipline basic platform course professional basic platform course subtotal professional direction module course elective course subtotal public * * * basic platform course discipline basic platform course professional direction module course subtotal.

Academic performance 5215.5 34.5102 36 22 58160 25.5 5 28 40.5

Accounting for% 32.59.721.663.822.513.736.21001.33.43.1.

Nine, communication engineering professional course summary table

Course Category CourseNo. Course Name (in Chinese and English) Total class hours allocation of academic achievements Start semester suggested semester.

Lectures, autonomous learning, experiments, computer practice and training, short semesters in autumn and spring.

Public platform 020L 13A Moral and Legal Basis 3.0 5 1 5 1 √ 1

020L 12A Marxist philosophy 3.0 5 1 5 1 √ 2

020L 14A *** Introduction to Mao Zedong Thought and Deng Xiaoping Theory 4.0 68 68 √ 4

020L 10A "two courses" social practice 2.0 2 weeks summer vacation 2 weeks summer vacation 2

040T0 1A university physical education 1 physical education (1)1.03434 √1.

040T02A University Physical Education 2 (2) 1.03434 √ 2

040T03A University Physical Education 3 (III) 1.03434 √ 3

004C03A military theory and basic military knowledge 1.03 weeks and 3 weeks √ short 1

004C04A Military Skills Training Basic Military Training 1.0 √.

080J0 1F Advanced Mathematics A 1 Advanced Mathematics (A1) 6.0102102 √/

080J02G Advanced Mathematics A2 Advanced Mathematics (A2) 5.0 85 85 √ 2

080j 10b Linear Algebra (a) 3.0 5 1 5 1 √ 2

080J 15A probability statistics a probability statistics (a) 3.0 5 1 5 1 √ 3

080J24C Complex Variable Function and Complex Variable Integral Transform Function &; Integer transformation 3.0 5 1 5 1 √ 3

College English course: 15 credits. For specific courses, please refer to the Outline of College English Graded Teaching Courses.

Subtotal 52.0 credits

Subject Basic Platform 100J06A Introduction to Computer 3.0 68 34 34 √ 1

100J05A programming basics (c language) C3.0 programming 68 34 34 √ 1

10 1G0 1G circuit principle (I) circuit principle (1) 2.5 42 42 √ 2

10 1G03Y digital electronic technology 3.5 59 42 17 √ 3

10 1G23A digital electronic technology experiment 0.5 17 17 √ 3

10 1G 12G information technology practice application information technology 3.03 weeks 3 weeks √ short 2

Subtotal 15.5 254+3 weeks1521717 68 3 weeks 0

The professional basic platform 10 108y numerical calculation and MATLAB language are in matlab3.059251717 √ 3.

080J34A University Physics C2 University Physics (C2) 3 5 1 5 1 √ 3

080J44A University Physics Experiment C2 University Physics Experiment (C2) 0.5 17 17 √ 3

10 1G02A analog electronic technology 3.5 59 59 √ 4

Nine, communication engineering professional course summary table (continued 1)

Course Category CourseNo. Course Name (in Chinese and English) Total class hours allocation of academic achievements Start semester suggested semester.

Lectures, autonomous learning, experiments, computer practice and training, short semesters in autumn and spring.

Professional basic platform 10 1G22A analog electronic technology experiment 1.03434 √ 4

10 1G06Y ● Signal and system 4.0 68 5 1 17 √ 4

101g09a computer network bcomputer nerve () b3.0594217 √ 4

102G05Y single chip microcomputer principle and application 3.0 59 25 17 17 √ 4 single chip microcomputer principle and application.

103G04Y ◆ Digital signal processing 3.5 68 34 17 17 √ 5

102G0 1Y ● Communication principle 4.0 76 42 17 17 √ 5

102T0 1Y ● Communication electronic circuit 3.5 68 34 17 17 √ 5

102T 19A Exchange English 0.5 17 17 √ 5

103M02A ◆ Fundamentals of information theory 2.0 34 34 √ 6

Subtotal 34.5 669 39710219 34017

Wireless communication module 102D0 1Y electromagnetic field and electromagnetic wave * * * 3.0 5 1 34 17 √ 5.

103G0 1C ◆DSP chip technology and DSP application 3.0 59 42 17 √ 6.

103T 14Y modern communication network EORKS 3.0 5 1 34 17 √ 6

103T 15A RF circuit design RF circuit technology 2.0 42 25 17 √ 6

103T 16Y microwave technology and antenna 2.5 42 25 17 √ 7

103T 17Y digital mobile communication 2.5511717 √ 7

Introduction to new communication technology 103T 18Y Introduction to modern communication technology 2.0 34 17 17 √ 7

103G05C network system integration in practice 1.0 1 week 1 week √ short 3

103G06C single chip microcomputer application design 2 choices 1 2.0 2 weeks 2 weeks √ short 3.

103G07C DSP chip application system design SCM application design 2.0 2 weeks 2 weeks √ short 3

108G01agration practice 4.0 4 weeks 4 weeks √ 8

109G03A graduation thesis (including literature reading) 18.0 12 weeks 12 weeks √ 8

Subtotal (required: 1 1+25=36 credits) 43.0 330+ 19 weeks 194 85 5 1 0 7 weeks 12 weeks.

Course Outline of Communication Engineering (Continued Table 2)

Course Category CourseNo. Course Name (in Chinese and English) Total class hours allocation of academic achievements Start semester suggested semester.

Lectures, autonomous learning, experiments, computer practice and training, short semesters in autumn and spring.

Optical communication module 103T02Y photoelectric technology 3.5 68 34 17 17 √ 5

103T2 1Y laser theory and technology laser 3.0 5 1 34 17 √ 5.

103G0 1C ◆DSP chip technology and DSP application 3.0 59 42 17 √ 6.

103t11bModern exchange principles 2.5 5 1 34 17 √ 6

103T25Y data compression binary data compression 2.5511717 √ 6

103T23Y optical fiber communication system 3.5 68 34 17 17 √ 7

103G05C network system integration in practice 1.0 1 week 1 week √ short 3

103G06C single chip microcomputer application design 2 choices 1 2.0 2 weeks 2 weeks √ short 3.

103G07C DSP chip application system design SCM application design 2.0 2 weeks 2 weeks √ short 3

108g 0 1A gration Exercise 4.0 4 weeks 4 weeks 8

109G03A graduation thesis (including literature reading) 18.0 12 weeks 12 weeks 8

Subtotal (required: 1 1+25=36 credits) 43.0 348+ 19 weeks 195 68 17 7 weeks 12 weeks.

Multimedia communication module 103M04Y multimedia technology and communication 3.5 68 34 17 17 √ 5

103t11bModern exchange principles 2.5 5 1 34 17 √ 6

103M05Y digital voice signal processing digital audio signal processing 3.0 59 25 17 17 √ 6

103G02Y ◆ Digital image signal processing 3.5 68 34 17 17 √ 6

103T25Y data compression data compression 2.5511717 √ 6

103M09Y streaming media technology 3.0 59 25 17 17 √ 7

103G05C network system integration in practice 1.0 1 week 1 week √ short 3

103G06C single chip microcomputer application design 2 choices 1 2.0 2 weeks 2 weeks √ short 3.

103G08A multimedia information processing system design multimedia processing system design 2.0 2 weeks 2 weeks √ short 3

108G01agration practice 4.0 4 weeks 4 weeks √ 8

109G03A graduation thesis (including literature reading) 18.0 12 weeks 12 weeks √ 8

Subtotal (required: 1 1+25=36 credits) 43.0 356+ 19 weeks 169 85 17 85 7 weeks 12 weeks.

IX. Summary Table of Communication Engineering Courses (Continued Table 3)

Course Category CourseNo. Course Name (in Chinese and English) Total class hours allocation of academic achievements Start semester suggested semester.

Lectures, autonomous learning, experiments, computer practice and training, short semesters in autumn and spring.

Specialized Elective Courses 107J0 1B Object-Oriented Programming 3.0 68 34 34 √ 2

107K0 1A telecom Expo and telecom anecdotes 2.0 34 34 √ 3

103M0 1Y software technology foundation 3.0 68 34 17 17 √ 5

103D2 1Y electronic measurement technology 3.0 59 25 17 17 √ 5

103d 4 1y VLSI design basis 3.0 5 1 34 17 √ 5

103D03Y online programming technology 3.0 59 25 17 17 √ 5

107K07Y embedded system embedded system programming 3.0 59 25 17 17 √ 5

107K02A communication EDA simulation 2.0 42 25 17 √ 6

107K05A WAP web page programming WAP programming 3.0 68 34 34 √ 6

103M03Y information security technology 3.0 59 25 17 17 √ 6

107K04A Internet technology Internet technology 3.0 68 34 34 √ 6

107D0 1B pattern recognition and application 3.0 59 42 17 √ 6

103D 12C sensor technology and application 3.0 59 42 17 √ 6

Engineering application of 107K 10A MATLAB 3.0 68 34 34 √ 6

103D22Y ◆ Virtual and Intelligent Instruments 3.5 68 34 17 17 √ 6

103D43Y digital system analysis and design 3.5 68 34 17 17 √ 7

107K 1 1A fundamentals of random signal analysis 3.0 5 1 5 1 √ 7

107K 12A video editing and application video production 3.0 68 34 34 √ 7

107K 13A COM COMponent programming com programming basics 3.0 68 34 34 √ 7

107K09A wavelet analysis and application wavelet 3.0 59 42 17 √ 7

107K06A Urban Geographic Information System Urban Geographic Information Basis 2.5 5 1 34 17 √ 7

107D03B intelligent signal processing 3.0 5 1 5 1 √ 7

Nine. Course Outline of Communication Engineering (Continued Table 4)

Course Category CourseNo. Course Name (in Chinese and English) Total class hours allocation of academic achievements Start semester suggested semester.

Lectures, autonomous learning, experiments, computer practice and training, short semesters in autumn and spring.

Specialized Elective Course 103D09Y Computer Aided Circuit Design 3.0 59 25 17 17 √ 7

103X0 1Y Introduction to Microelectronics 2.5 42 25 17 √ 7

107J03D ◆Java language and internal programming of Java language 3.0 68 34 34 √ 7

Each student must complete the following 22 elective credits: 1, 6 credits for the cultural quality course (including 2 credits for the "two courses" extension course); 2. Elect modular courses and elective courses of communication engineering 12 credits; 3. Elect 4 credits in public elective courses and courses offered by all majors in the school.

X. overview of concentrated practice teaching course

Course number, course name, academic performance, total class hours, and semester arrangement.

004C03A military theory 1 3 weeks short 1

004C04A Military Skills Training 1

020L 10A "Two Courses" Social Practice 2 The summer vacation of the second school year is 2 weeks.

10 1G 12G information technology practice 3 3 weeks shorter 2

103G05C network system integration practice 1 1 week short 3

103G06C single-chip microcomputer application system design 2 2 weeks shorter than 3, module 1, choose one from 2.

Design of 103G07C DSP chip application system

103G08A Multimedia Information Processing System Design Short 3, Module 3 Practice Course

108G0 1A graduation practice 4 4 weeks in the eighth semester

109G03A graduation project (including literature reading) 18 12 8th semester week

Total credits: 32

8. What courses does communication engineering mainly include?

The main subjects of this major are information and communication engineering, electronic science and technology, computer science and technology.

This major systematically studies the basic knowledge of mathematical physics, English, computer series courses, analog and digital circuits series courses, and at the same time studies basic courses such as signals and systems, digital signal processing, electromagnetic fields and electromagnetic waves, and communication principles.

According to the needs of modern communication development, this major has four major directions: (1) communication network and exchange; (2) Optical fiber communication; (3) wireless communication; (4) Information processing and multimedia technology. Students can study the main professional courses of communication engineering in an all-round way, and at the same time have their own strengths in a certain professional direction.

This major pays attention to the cultivation of students' ability and the improvement of comprehensive quality in teaching, and strives to embody the educational thought of "strengthening foundation, broadening majors, attaching importance to practice, cultivating ability, encouraging innovation, developing individuality, paying attention to comprehensiveness and improving quality". There are social science, management, economics, humanities and various experimental courses in the teaching plan, and practical teaching links such as computer practice, circuit comprehensive experiment, production practice, curriculum design and graduation design are set up.

The study period of this major is four years, and the students have completed all the courses specified in the teaching plan and passed the examination, and are awarded the bachelor's degree in engineering. The rate of postgraduate entrance examination in our college in recent years is about 50%.

This major not only systematically studies the basic knowledge of mathematical physics, English, computer series courses and analog and digital circuits series courses, but also offers professional basic courses such as signal and system, digital signal processing, electromagnetic field and electromagnetic wave, communication principle and so on.

This major pays attention to the cultivation of students' ability and the improvement of comprehensive quality in teaching. The teaching plan includes social science, management, economics, humanities and various experimental courses, as well as practical teaching links such as computer practice, circuit comprehensive experiment, production practice, curriculum design and graduation design. In teaching, efforts should be made to embody the educational thought of "strengthening foundation, broadening majors, attaching importance to practice, cultivating ability, encouraging innovation, developing individuality, paying attention to comprehensiveness and improving quality".

The study period of this major is four years, and the students have completed all the courses specified in the teaching plan and passed the examination, and are awarded the bachelor's degree in engineering.

Graduates of this major can engage in the research, design, development, operation and technical management of communication equipment, systems and networks in the fields of communication, electronics and information.

9. What courses should communication engineering major study?

There are some differences between different institutions, such as basic courses: advanced mathematics, engineering mathematics, C language programming and so on. The main professional courses are: circuit analysis, low-frequency electronic circuit, pulse and digital circuit, high-frequency electronic circuit, electromagnetic field theory, signal and system, microcomputer principle and application, single chip microcomputer technology, microwave technology and antenna, communication principle, program-controlled switching technology, mobile communication, computer network communication, optical fiber communication and so on.

10. What courses do communication engineering majors need to study?

Communication principles must be learned, digital signal processing, signals and systems must be the foundation, as well as modern communication technology, mobile communication and Internet of Things. I realized that these things need to be learned. This is the course I should study in communication given in the professional course.