The best major of University of Electronic Science and Technology of China is electronic information science and technology.
The major of electronic information science and technology is based on the key laboratory of laser and millimeter wave information system and supported by radio physics and optics. The major includes electromagnetic field and microwave technology, signal analysis and signal processing, and optical communication technology.
Professional features: By setting up four modules of professional basic courses (circuit analysis and circuit design, signal analysis and signal processing, electromagnetic field and microwave technology, optical communication technology), we will strengthen the infiltration of science and engineering, strengthen comprehensive practical training, and cultivate top-notch talents who have broad and solid basic knowledge and skills of electronic information, have strong practical ability and innovation ability, and can engage in high-tech research in the field of information science.
Main courses: mathematical physics method, numerical calculation method, "3+6 basic course", high-frequency electronic circuit, digital signal processing, random signal and system, single chip microcomputer principle, microwave technology foundation, microwave circuit and system, antenna foundation, electromagnetic simulation comprehensive practice, circuit CAD comprehensive practice, modern communication principle, optical communication principle, photoelectric technology, microwave and optoelectronics, space photoelectric system, etc.
B. Ask the University of Electronic Science and Technology of China not to tell me the undergraduate courses of electronic information engineering and communication engineering.
Electronic information engineering
Basic courses: Calculus, Linear Algebra and Spatial Analytic Geometry, Probability Theory and Mathematical Statistics, College English, College Physics, College Physics Experiment, Mathematics Experiment, College Physical Education, Military Theory, Ideological and Moral Cultivation and Legal Basis, Outline of Modern History of China, Basic Principles of Marxism, etc.
Basic courses: circuit analysis foundation, analog circuit foundation, signal and system, digital logic design and application, electromagnetic field and wave, microcomputer system principle and interface technology, Matlab and numerical analysis, microwave technology foundation, random signal analysis, digital signal processing, radio frequency electronic circuit, electronic technology experiment foundation, integrated circuit application experiment, etc.
Specialized courses: communication technology and system, radar principle and system, information theory and information coding, digital system EDA technology, electromagnetic field numerical method, antenna principle and design, microwave solid-state circuit, radio wave propagation, electronic information countermeasure principle, microwave network, radio wave propagation and scattering, comprehensive experiment of radio wave and antenna, etc.
Specialized elective courses: mobile communication technology, digital image processing, frequency synthesis technology, computer communication network, principle and application of single chip microcomputer, principle and design of electromagnetic compatibility, DSP technology, navigation and positioning technology, adaptive antenna, frontier lectures on electronics and information technology, etc.
communication engineering
Signal and system, communication principle, digital signal processing, computer communication network, switch principle, mobile communication system, sensing principle, information perception technology, etc.
There is not much difference. The professional basic courses of the two majors are basically the same.
Hardware circuit: circuit analysis, analog electricity, digital electricity, high-frequency circuit, electromagnetic field.
Software programming: C language, data structure
The difference between courses is mainly the specialized courses started in junior year:
Electronic engineering majors tend to design hardware circuits (integrated circuit design, digital signal processing, DSP programming).
Communication engineering majors tend to analyze communication systems (signals and systems, communication principles, optical fiber communication, etc. ).
In terms of employment, Huawei ZTE recruits a large number of fresh graduates every year, so the employment of communication seems to have more advantages. Actually, it's about the same. Look at the recruitment requirements: they are basically "communication, electronics, computer and related majors", so there is no difference between the two in terms of professional threshold.
Doing technology is nothing more than "software" and "hardware". No matter which direction, as long as you learn thoroughly and skillfully, you will not worry about finding a good job.
C. What courses do undergraduates majoring in materials science and engineering at University of Electronic Science and Technology of China take?
Landlord, University of Electronic Science and Technology of China doesn't have this major, does it?
D. Microelectronics in Chengdu University of Electronic Technology means that any college has any courses.
Microelectronics has two majors, one is microelectronics technology (engineering) and the other is microelectronics (science), both of which belong to the Institute of Microelectronics and Solid State Electronics. The undergraduate courses of microelectronics major mainly include English calculus, physical probability theory, circuit analysis, analog circuit, digital logic circuit, signal and system, electromagnetic field and wave, microcomputer principle, interface technology, software technology, quantum mechanics, statistics, physical solid physics, semiconductor physical electronic design automation technology, microelectronic device integrated circuit principle, microelectronics technology, microelectronic circuit design, and many computer courses, course design, experimental courses and practical training. Microelectronics focuses on theory. The specific course is unknown
E. University of Electronic Science and Technology of China freshman course
Freshman (last semester) courses are basically public courses in the whole school, such as calculus (1), linear algebra, English, physical education, ideological and moral cultivation and legal basis, military theory and so on.
Elective courses for freshmen (next semester) include Calculus (II), English, Outline of Modern History of China, College Physics (I), Circuit Analysis, Modern Engineering Drawing, Discrete Mathematics, etc.
Freshman is mainly a basic course, and most courses have been related to majors since sophomore year. Different majors focus on different disciplines.
F. undergraduate course in electronic information engineering, University of Electronic Science and Technology of China
The most important professional (basic) course: fundamentals of circuit analysis; Analog circuit; Digital circuit; C language; Signal and system, radio frequency electronic circuit; Digital signal processing.
There are also some mathematical aspects: advanced mathematics; Linear algebra; Probability theory and mathematical statistics; Random signal analysis;
Finally, there are other "advanced" professional courses I have studied: microcomputer principle; Communication principle; HDL programmable logic device; c++； single chip microcomputer
Don't talk about English and Marx. There must be.
G. Communication Engineering Course of University of Electronic Science and Technology of China
What Ming Sheng 2650 said is basically the same, but there are some corrections. Computer communication network is an English textbook, but it is a Chinese version. Yes, multimedia communication is an elective course, but it is an elective course for sophomore. Because it involves a lot of knowledge in the later courses, many of them are unknown, so it is recommended not to choose. There are many elective courses. Interested parties can look at the training plan.
H: What courses did the University of Electronic Science and Technology of China study in four years?
Elective courses: Calculus (Higher Education Press, edited by Fu and Xie, School of Applied Mathematics, University of Electronic Science and Technology of China), Linear Algebra and Spatial Analytic Geometry (Higher Education Press, edited by Huang, School of Applied Mathematics, University of Electronic Science and Technology of China), C Programming (edited by Tsinghua University Press), University Physics (Electronic Industry Press, Sun Yunqing, editor-in-chief of University of Electronic Science and Technology of China, and Yang Hongchun, deputy editor-in-chief) Mathematical Experiment (edited by Zhong Erjie and Fu of University of Electronic Science and Technology of China Press) College Physics Experiment (edited by Internal Information of University of Electronic Science and Technology of China Press), Or Higher Education Press (edited by Yao Lieming), Probability Theory and Mathematical Statistics (edited by Higher Education Press, School of Applied Mathematics, University of Electronic Science and Technology of China, Xu Shu), and Modern Engineering Design and Drawing (People's Posts and Telecommunications Press), edited by Wang), Fundamentals of Circuit Analysis (edited by Hu, Higher Education Press), Fundamentals of Software Technology (jointly published by Higher Education Press and University of Electronic Science and Technology Press, Huang), Fundamentals of Analog Circuit Analysis and Design (edited by Science Press, School of Optoelectronic Information, University of Electronic Science and Technology of China, Wu Yuanming and Tang Jun), Signals and Systems (edited by Allen V.Oppenheim/Alan S.Willsky/S.Hamid Navvab, Electronic Industry Press), please refer to the Liu Shutang translation published by Xi Jiaotong University Press. Microelectronics is Grade B, with only chapters 1, 2, 3, 4, 5, 9, 10), experimental basis of electronic technology (edited by Cui Hongling, University of Electronic Science and Technology of China Press), quantum mechanics (the textbooks of various colleges are different, and the "Course of Quantum Mechanics" edited by Zhou Shixun and revised by Chen Hao, a higher education press, is authoritative), mathematical equations and special functions (. This is a textbook for graduate students, and undergraduates only learn part of it), digital logic design and application (original version by John F., please refer to translation by Lin Sheng Ge Jinhong and Lin Jing), electromagnetic field and electromagnetic wave (Higher Education Press, Xie Chufang Rao Jinke, 4th edition), integrated circuit application experiment (University of Electronic Science and Technology of China Press), statistical physics (Higher Education Press, edited by Wang Zhicheng, 4th edition).
Specialized elective courses: microwave technology, semiconductor device physics, principle and design of integrated circuits, introduction to condensed matter physics, and modern physical experiments. Electronic design automation technology, microelectronic integrated system
I am from a foreign college, and my knowledge is limited. Please forgive me.
I. Undergraduate Curriculum of University of Electronic Science and Technology of China
If you are a student of University of Electronic Science and Technology of China, you can log in to the information portal with your account, and then enter the teaching housekeeper system, and then you can see all the professional courses of all colleges in your room. If you don't belong to this school, you can't go in, because you don't have an account number and password, you have to look outside the classroom. There is a curriculum outside each classroom. This method is very troublesome. I hope it helps you.
J: What courses did the University of Electronic Science and Technology of China take in communication engineering for four years?
Fundamentals of circuit analysis, signal and system, analog electronic circuit, digital circuit and system, communication principle, digital signal processing, electromagnetic field and transmission theory, data structure, microcomputer principle and interface technology, switching technology, communication network foundation, optical fiber communication and digital transmission.
The most important communication principle is the sixth edition of Fan Changxin, which can be bought in JD.COM if you want to see it.
Freshman, senior three, English, C language and other general subjects should be studied.
I hope it helps you.