Telecommunications majors in each university are different, and it is difficult to find them all, but many basic courses are the same, which are divided into hardware, software and mathematics rights (useful mathematics knowledge). I'll give you a timetable including radio and TV.
Hardware: circuit analysis, analog electronics, digital circuits, high-frequency circuits, signals and systems, single chip microcomputer technology, sensors, electromagnetic fields and DSP.
Software: C language, C++, Liunx system, embedded programming under Liunx, Windows CE programming.
Mathematics: advanced mathematics, linear algebra, complex variable function, functional analysis.
(2) Who knows the courses of junior year of electronic information engineering next semester?
There are analog, digital, digital, high-number, high-number, large-scale material research, and four-level and two-level computers.
(3) Please tell me all the courses that the electronic information engineering major will take in four years.
The situation of each school is different, and the scope of course selection is different, but it is roughly as follows:
Brief introduction of electronic information engineering specialty course
06 120407 Circuit Analysis [72-4-3]
Prerequisite: Advanced Mathematics
This course mainly introduces the basic concepts and laws of circuits. Analysis method of simple resistance circuit: general analysis method of linear resistance circuit: nonlinear resistance circuit; First-order, second-order and high-order circuits; Steady-state analysis of sinusoidal current circuit: circuit with mutual inductance: resonance in the circuit; Frequency characteristics of the circuit; Three-phase circuit; Steady-state response of the circuit under periodic excitation: Fourier transform and Laplace transform; Two-port network; Network graph theory foundation; State variable method; Brief introduction of nonlinear circuit: a circuit used to distribute parameters.
Object: Undergraduate students majoring in electrical engineering.
Textbook: Fundamentals of Circuit Theory (second edition) edited by Zhou Yuanyuan Higher Education Press.
Main reference books: Li, editor-in-chief of Fundamentals of Circuit Analysis (3rd edition), Higher Education Press.
06 120408 Analog Circuit [72-4-4]
Take the course first; Circuit analysis
This course systematically expounds the basic knowledge, basic principles and basic analysis methods of analog circuits, including semiconductor devices and their principles. Fundamentals of semiconductor amplifier circuit; Field effect transistor amplifier circuit; Feedback amplifier circuit; Power amplifier circuit; Integrated operational amplifier; Signal operation and processing; Signal generating circuit and DC power supply.
Object: Undergraduate students majoring in electrical engineering.
Textbook: Fundamentals of Analog Electronic Technology (2nd Edition), edited by Tong, Higher Education Press.
Main reference books: A Concise Course of Analog Electronic Technology Foundation (2nd Edition), edited by Yang Suxing, Higher Education Press.
06 120409 Digital Circuit [72-4-5]
Prerequisite: circuit analysis
This course systematically expounds the basic knowledge, basic analysis methods and design methods of digital circuits. According to the development of digital electronic technology, the application of medium and large scale integrated circuits is highlighted. Its contents include the circuit structure, working principle and logic function of semiconductor devices and basic logic gates, as well as the simplification of logic algebra and logic function. On this basis, the working principles and functions of various flip-flops are introduced, as well as combinational logic circuits, sequential logic circuits and their details. The basic working principle of MOS memory cell in LSI and the logical function of integrated memory; The basic working principle of PLC; Basic working principle and conversion method of A/D and D/A conversion.
Object: Undergraduate students majoring in electrical engineering.
Textbook: Fundamentals of Digital Electronic Technology (4th Edition) Higher Education Press, edited by Yan Shi.
Main reference books: A Concise Course of Digital Electronic Technology (2nd Edition) edited by Yu Mengchang, Higher Education Press.
06 1204 10 communication electronic circuit [54-3-5]
Prerequisite courses: circuit analysis, analog circuit
This course mainly introduces broadband amplifier, amplitude modulation, detection and frequency conversion, angle modulation and demodulation, waveform conversion, feedback control circuit, power conversion, noise, interference and its suppression in communication circuits.
Object: Undergraduate students majoring in electronic information engineering.
Textbook: Communication Electronic Circuit, edited by Xie et al., Beijing University of Posts and Telecommunications Press.
Main reference books: Li, editor-in-chief of Communication Electronic Circuits, Electronic Industry Press.
06 1204 1 1 signal and system [72-4-4]
Prerequisite: circuit analysis
Abstract: This course systematically introduces the basic theory and analysis and processing methods of signals passing through linear time-invariant systems. This paper mainly discusses continuous-time signals and systems (from time domain to transform domain), discrete-time signals and systems (from time domain to transform domain) and the analysis of state variables of research systems (including continuous and discrete, time domain and transform domain).
Object: Undergraduate students majoring in electronic information engineering.
Textbook: Signals and Systems, edited by Zheng et al., Higher Education Press.
Main reference books: fundamentals of signal and system analysis. Jiang Jianguo is waiting for Tsinghua University Publishing House.
06 1204 12 computer composition principle [64-3-5]
Take the course first; Computer Foundation and Application
This course introduces the composition principle of computer according to three levels: foundation, composition and system. The basic part includes the general idea of computer system, the representation and coding of data in computer, code checking, basic equipment of computer and the operation method of machine number. Components include arithmetic unit, instruction system, main memory, CPU and controller; The system part includes storage architecture, external devices, data transmission mode between host and peripherals.
Object: Undergraduate students majoring in electrical engineering.
Textbook: Principles of Computer Organization, edited by Li, Tsinghua University Publishing House.
Main reference books: Tsinghua University Publishing House, edited by Li, Principles of Computer Composition, Problem Solving and Practical Guidance.
Principles of Computer Organization edited by Zhang Junliang Electronic Industry Press.
06 1204 13 C language and data structure [54-3-4]
Take the course first; Computer Foundation and Application
Abstract: This course takes C++ language as an introductory language for students to learn computer programming. It not only introduces C++ language in detail, but also introduces commonly used data structures and algorithms, so that students can describe simple problems in the real world and their solutions in computer language. Its main content is the object-oriented programming technology and the basic methods and rules of C++ language programming. The basic data types, basic control structures and classes of object-oriented programming are introduced through C++ language.
Object: Undergraduate students majoring in electrical engineering.
Textbook: C++ Programming Language, edited by Zheng Li, Tsinghua University Publishing House.
Main reference books: object-oriented C++ programming, edited by Chen et al., Tsinghua University Publishing House.
06 1204 14 digital signal processing [54-3-5]
Pre-courses: Advanced Mathematics, Signals and Systems
This course systematically discusses the basic theory, basic analysis method and basic realization method of digital signal processing. The main contents include the basic theory of discrete-time signals and systems, including discrete-time signals and systems, Z-transform and discrete Fourier transform. Structure, principle and design method of digital filter; Various fast Fourier transform algorithms; Finite word length effect in digital signal processing: computer aided design of digital filter and hardware and software implementation of FFT and digital filter.
Textbook: Course of Digital Signal Processing, edited by Cheng Peiqing, Tsinghua University Publishing House.
Main reference books: Digital Signal Processing, edited by Liu Lingpu, Harbin Institute of Technology Press.
06 120506 single chip microcomputer principle and interface technology [54-3-6]
Pre-courses: computer foundation and application, computer composition principle
This course introduces in detail the structure, working principle, addressing mode, instruction system and programming method of MCS-5 1 series single chip microcomputer, and its application in intelligent instruments, mechatronics, real-time process control and other fields, so that students can master the basic skills of designing and developing single chip microcomputer application systems.
Object: Undergraduate students majoring in electrical engineering.
Textbook: Principle and Application of Single Chip Microcomputer, edited by Cao, Electronic Industry Press.
Main reference books: MCS-5 1 experimental guide of single chip microcomputer; Editor-in-chief Zhang Youde; Fudan university press.
06 120602 computer communication network [42-2-6]
This course mainly introduces the basic concepts and principles of computer communication network. Based on the OSI reference model and clues, considering the two systems of OSI and TCP/IP, this paper comprehensively and systematically expounds the hierarchical network architecture, and expounds their problems. The content covers LAN, WAN, Internet, ATM, B-ISDN and other network systems, highlights the concepts of communication subnet and resource subnet, and discusses in detail various communication switching technologies for computer communication.
Object: Undergraduate students majoring in electrical engineering.
Textbook: Fundamentals of Computer Communication Network, edited by Gu, Electronic Industry Press.
06 12050 1 electronic measurement technology [48-2-6]
Pre-courses: college physics, physical experiments, analog and digital circuits.
This course mainly introduces analog indicating electric measuring instruments, electronic instruments and their applications. It also introduces digital measuring technology, data acquisition system, methods and precautions for correct selection and use of instruments and meters, and appropriately introduces the selection and use of magnetic measurement and corresponding instruments and meters.
Object: Undergraduate students majoring in electrical engineering.
Textbook: Electrical Measurement Technology, edited by Tao Shihu, Metrology Press.
Main reference books: Electromagnetic Measurement, edited by Tang et al., Tsinghua University Publishing House.
06 120502 sensing technology [45-2-7]
Pre-courses: college physics, physical experiments, analog and digital circuits.
This course mainly introduces the principle, structure measurement circuit and application examples of sensors, including the basic concepts of sensors, such as resistive, capacitive, inductive, piezoelectric, thermoelectric, photoelectric, gas-wet, magnetic and radiation sensors and their applications.
Object: Undergraduate students majoring in electrical engineering.
Textbook: Principles and Applications of Sensors, edited by Huang et al. 1995.
Main reference books: sensor principle design and application, edited by Liu Yingchun et al. 1989.
06 120503 Fundamentals of Information Theory [48-2-6]
Pre-courses: Advanced Mathematics, Signals and Systems
This course mainly introduces the basic concepts and analysis methods of information theory, such as information and its measurement, information source and its coding, channel and its coding, and introduces the application topics such as data transmission code, compression code, error detection and correction code, multi-terminal information network, estimation theory, experimental hypothesis and bar code.
Object: Undergraduate students majoring in electronic information engineering.
Textbook: Fundamentals of Information Theory is often compiled by Tsinghua University Publishing House.
Main reference book: Theoretical Basis of Information Theory, edited by Jia Shilou, Harbin Institute of Technology Press.
06 120504 communication principle [48-2-6]
Pre-courses: Advanced Mathematics, Signals and Systems
This course first introduces the basic concepts of communication and communication system, including analog communication part (principle and method of analog modulation, analysis model and method of anti-noise performance) and digital communication part (waveform coding of analog signal, baseband and modulation transmission of digital signal, error control coding), and lists a large number of application examples of analog communication system and digital communication system.
Object: Undergraduate students majoring in electronic information engineering.
Textbook: A Concise Course of Communication Principles, edited by Nan Liping, Tsinghua University Publishing House.
Main reference books: Principles of Modern Communication by Cao Zhiping, Tsinghua University Publishing House.
06 120505 automatic control principle [54-3-5]
Preparatory course: advanced mathematics, circuit analysis
This course mainly includes the basic concept of control system, mathematical model of control system, time domain analysis method, frequency characteristic method, frequency correction of control system, discrete control system and so on.
Object: Undergraduate students majoring in electrical engineering.
Textbook: Principles of Automatic Control (I and II), edited by Hu Shousong, National Defense Industry Press.
Main reference books: Principles of Automatic Control edited by Huang Jiaying Electronic Industry Press (I and II).
06 1204 15 electronic design automation [32-2-6]
Pre-courses: digital circuit, analog circuit
Based on Prote 199SE, this course introduces the basic theory and practical methods of electronic circuit design automation, including electronic circuit schematic design, analog and digital circuit simulation technology, PCB electronic circuit layout design and signal integrity analysis.
Object: Undergraduate students majoring in electrical engineering.
Textbook: Electronic Design Automation (EDA) University of Electronic Science and Technology of China Press, edited by Wang Suoping.
Main reference books: Prote 199SE circuit design and simulation application, edited by Liang Enzhu of Tsinghua University Publishing House.
(4) What courses are there for electronic information engineering?
Mathematics courses: advanced mathematics, linear algebra, probability and statistics, complex variable function, mathematical equation,
English classes: college English, professional English,
Political courses: * * theory, * * thought, philosophy, political economy, legal basis, ideological and moral cultivation,
Practical courses: military training, metalworking practice, professional practice,
Circuit courses: circuit analysis, digital circuit, analog circuit, high-frequency circuit, microwave circuit, signal and system, digital signal processing, random signal analysis, image processing, electromagnetic field theory, antenna theory, communication principle, information theory, coding theory, digital communication, television principle, mobile communication, satellite communication, digital video processing and digital switching technology.
Basic knowledge of computer application technology and electronic information engineering technology, but also focus on circuit design, EDA technology, microcomputer principle and interface technology, PLC control technology and application, single chip microcomputer principle and application, embedded system and application, single chip microcomputer data transmission interface expansion technology and application, and other aspects of internship, training and professional skills training.
Professional advantages: Industry experts and enterprise elites are the guarantee of teachers. We have a national training base for electrical, electronic and automation based on embedded system, and have set up a number of teachers' mobile stations and employment bases together with large famous enterprises at home and abroad, with sufficient posts, high employment rate and good development momentum.
Training objective: to train high-end skilled professionals with the ability of electronic product assembly and debugging, who are engaged in technical operation, production management and technical support for electronic information industry manufacturing and service enterprises, and engaged in product manufacturing and testing, production process implementation, production management and technical services.
5] What is the curriculum of electronic major in School of Information Engineering, Handan University?
This is the electronic curriculum of 1 1. The classes in Class One and Class Two are the same. If you want the schedule of other majors in our college, please contact me by email at telephone number1291685915 @ QQ (note: I am a Grade 09 student of School of Information Engineering, Handan University).
Monday: Linear Algebra D209 at 5, 6 and 7 pm.
Tuesday: 1 and 2 am: ideological and moral cultivation and legal basis c101; Section 3 and Section 4 Information Technology Fundamentals C102; ; Go to physical education class in the afternoon.
Wednesday: College English A 104 in the morning; Section 5 and 6 in the afternoon, advanced mathematics D207.
Thursday: No classes.
Friday: 1 and 2 in the morning of D207; College English at 7 or 8 A 104
What are the main courses of electronic information engineering?
1. Main disciplines: electronic science and technology, information and communication engineering, computer science and technology.
2. Main courses: circuit theory series, computer technology series, information theory and coding, signal and system, digital signal processing, electromagnetic field theory, automatic control principle, sensing technology, etc.
3. Main practical teaching links: including course experiment, computer training, course design, production practice, graduation design, etc. Generally, it is required that the practice teaching link should be no less than 30 weeks.
4. Length of study: four years.
5. Degree awarded: Bachelor of Engineering.
6. Training objectives: This major trains senior engineering and technical personnel who have basic knowledge of electronic technology and information systems and can engage in the research, design, manufacture, application and development of various electronic equipment and information systems.
7. Training requirements: this major is a wide-caliber major in electronic and information engineering. Students in this major mainly study signal acquisition and processing, power plant equipment information system and other professional knowledge. With practical training in electronic and information engineering, I have the basic ability to design, develop, apply and integrate electronic equipment and information systems.
(6) Extended reading of electronic information engineering course:
Graduates should have the following knowledge and abilities:
1, able to systematically master the extensive technical basic theoretical knowledge in this professional field and adapt to the wide scope of work in the field of electronics and information engineering;
2, master the basic theory and experimental technology of electronic circuits, and have the basic ability to analyze and design electronic equipment;
3. Master the basic theory and general application methods of information acquisition and processing, and have the basic ability to design, integrate, apply and simulate information systems by computer;
4, understand the basic principles, policies and regulations of the information industry, understand the basic knowledge of enterprise management;
5. Understand the theoretical frontiers of electronic equipment and information systems, and have the initial ability to research and develop new systems and technologies;
6. Master the basic methods of literature retrieval and information query, and have certain scientific research and practical work ability.
He was a professional course of electronic information engineering in Tsinghua University.
Official curriculum
//Tsinghua . e . cn/publish/ee/3707/index
Being electronic information engineering course of Xiamen Institute of Technology 20 19
Xiamen institute of technology 20 19 electronic information engineering course, if you are a student of our school, you can log on to the school network and click back to inquire about the information, and you can see your courses and your classes this semester.
But if you are a freshman, you can't log on to the school network without a student ID card.
But the courses for freshmen are basically the same. The main courses are:
College Chinese, college English, advanced mathematics, physical education (optional courses), computer foundation (computer level must be tested last semester for freshmen), computer basic practice, linear algebra, outline of modern and contemporary history of China (science) and so on.
The major of electronic information engineering is to cultivate advanced engineering talents who have basic knowledge of electronic technology and information systems and can engage in the research, design, manufacture, application and development of various electronic equipment and information systems.
(9) sophomore electronic information engineering course of Harbin Institute of Technology
The curriculum will be published on the website of the Academic Affairs Office in week 0, please visit!
⑽ Yellow River Institute of Science and Technology undergraduate electronic information engineering major, junior and senior courses, who has it, send it to me (that is, the curriculum).
(sensor principle and application of electronic measurement technology, application of electronic technology and production of products) This is the first half of junior year. (Single machine principle and application course design TV principle course design electronic circuit diagram digital signal processing microcomputer principle and application situation and policy professional production practice This is the second half of junior year. )
I'm not sure about my senior year, and there are new adjustments.
This was the case last year, and maybe there will be a little change.