Undergraduate Programs of University of Electronic Science and Technology of China

A. What is the best undergraduate major at the University of Electronic Science and Technology of China?

The best major at the University of Electronic Science and Technology of China is Electronic Information Science and Technology.

The Electronic Information Science and Technology major relies on the Key Laboratory of Laser and Millimeter Wave Information Systems and is supported by the disciplines of radio physics and optics, including electromagnetic field and microwave technology, signal analysis and signal processing, and optical communication technology. Professional direction.

Professional features: By setting up four major modules of professional basic courses (circuit analysis and circuit design course module, signal analysis and signal processing course module, electromagnetic field and microwave technology course module, and optical communication technology course module), and Strengthen the penetration of science and engineering and strengthen comprehensive practical training to cultivate top-notch talents who have broad and solid basic knowledge and skills in electronic information, have strong practical and innovative abilities, and can engage in high-tech research in the field of information science.

Main courses: mathematical physics methods, numerical calculation methods, "3+6 basic courses", high-frequency electronic circuits, digital signal processing, random signals and systems, microcontroller principles, microwave technology foundation, microwave circuits and System, antenna foundation, comprehensive practice of electromagnetic simulation, comprehensive practice of circuit CAD, modern communication principles, optical communication principles, optoelectronic technology, microwave and optoelectronics, space optoelectronic systems, etc.

B. Please don’t tell me about the undergraduate courses in Electronic Information Engineering and Communication Engineering at the University of Electronic Science and Technology of China

Electronic Information Engineering

Basic courses of public ***: Calculus, linear algebra and spatial analytic geometry, probability theory and mathematical statistics, college English, college physics, college physics experiments, mathematical experiments, college physical education, military theory, ideological and moral cultivation and legal foundation, outline of modern Chinese history, Marxism Basic principles, etc.

Basic courses: basics of circuit analysis, basics of analog circuits, signals and systems, digital logic design and applications, electromagnetic fields and waves, microcomputer system principles and interface technology, Matlab and numerical analysis, basics of microwave technology, randomness Signal analysis, digital signal processing, radio frequency electronic circuits, basic electronic technology experiments, integrated circuit application experiments, etc.

Professional courses: communication technology and systems, radar principles and systems, information theory and information coding, digital system EDA technology, electromagnetic field numerical methods, antenna principles and design, microwave solid-state circuits, radio wave propagation, electronic information countermeasures principles, Microwave network, radio wave propagation and scattering, radio wave and antenna comprehensive experiments, etc.

Professional elective courses: mobile communication technology, digital image processing, frequency synthesis technology, computer communication network, microcontroller principles and applications, electromagnetic compatibility principles and design, DSP technology, navigation and positioning technology, adaptive antenna, Lectures on cutting-edge electronics and information technology, etc.

Communication Engineering

Signals and systems, communication principles, digital signal processing, computer communication networks, switching principles, mobile communication systems, sensing principles and information perception technology, etc. < /p>

Software programming: C language, data structure

The main difference in courses is the professional courses starting from the junior year:

Electronic engineering majors tend to focus on hardware circuit design ( Integrated circuit design, digital signal processing, DSP programming)

Communication engineering majors tend to focus on communication system analysis (signals and systems, communication principles, optical fiber communications, etc.)

From an employment perspective Since Huawei and ZTE recruit a large number of fresh graduates every year, communications jobs seem to have more advantages. In fact, they are almost the same. Take a look at the recruitment requirements: basically all are "communications, electronics, computers and related majors". So in terms of professional thresholds, the two There is no difference between the two

Doing technology is nothing more than "software" + "hardware". No matter which direction it is, as long as you study solidly, thoroughly, and can apply it skillfully, you will not worry about finding a good job.

C. What courses are taken in the Materials Science and Engineering undergraduate program at the University of Electronic Science and Technology of China?

Sir, does the University of Electronic Science and Technology of China not offer this major?

D. Microelectronics at Chengdu University of Electronic Science and Technology refers to which undergraduate courses are available in which college

Microelectronics has two majors, one is microelectronics technology (engineering) and the other is microelectronics. Electronics (Science) belongs to the School of Microelectronics and Solid State Electronics. The undergraduate courses majoring in microelectronics technology mainly include English calculus, university physics, probability theory, circuit analysis, analog circuits, digital logic circuits, signals and systems, electromagnetic fields and waves, microcomputer principles and interface technology, software technology, quantum mechanics, statistical physics, solid physics, semiconductor physics, electronic design, automation technology, microelectronics. Device integrated circuit principles, microelectronic processes, microelectronic circuit design, and many computer courses, course design, experimental courses, internships, and practical training. Microelectronics focuses on theory. The specific courses are unknown

E. Freshman courses at University of Electronic Science and Technology of China

The courses for freshman (last semester) are basically calculus (Part 1), linear algebra, and English. , sports, ideological and moral cultivation and legal basis, military theory, etc.

The public elective courses for freshman (next semester) include calculus (Part 2), English, outline of modern Chinese history, college physics (Part 1), circuit analysis, modern engineering drawing, discrete mathematics, etc.

Freshman year is mainly about basic courses. Starting from sophomore year, most of the courses are major-related courses. Different majors have different emphasis.

F. Undergraduate Courses in Electronic Information Engineering at the University of Electronic Science and Technology of China

The most important professional (basic) courses: Basics of Circuit Analysis; Analog Circuits; Digital Circuits; C Language; Signal and Systems, radio frequency electronic circuits; digital signal processing.

There are also some mathematics: advanced mathematics; linear algebra; probability theory and mathematical statistics; random signal analysis;

Finally, there are some other "advanced" professional courses that I have learned. : Microcomputer principles; communication principles; HDL programmable logic devices; C++; single-chip microcomputer

I won’t talk about English, Marx, etc., there must be some

G. Communication, University of Electronic Science and Technology of China Engineering Courses

What Mingsheng 2650 said is basically the same, but there are a few things that need to be corrected. Computer Communication Network is an English teaching material, but I learned the Chinese version. Multimedia Communication is an elective course, but I took it in my sophomore year. Because it involves a lot of knowledge from future courses, I don’t understand many of them. I suggest you do it. Don't choose. There are also many elective courses. If you are interested, you can take a look at the training plan.

H. What are the four-year undergraduate courses in microelectronics at the University of Electronic Science and Technology of China?

Public *** elective courses: Calculus (Higher Education Press, Applied Mathematics at the University of Electronic Science and Technology of China (edited by Fu Yingding and Xie Yunsun), Linear Algebra and Space Analytic Geometry (Higher Education Press, edited by Huang Tingzhu and Cheng Xiaoyu, School of Applied Mathematics, University of Electronic Science and Technology of China), C Programming (Tsinghua University Press, edited by Tan Haoqiang), University Physics (Electronic Industry Publishing House, Editor-in-Chief Sun Yunqing, University of Electronic Science and Technology of China, Deputy Editor-in-Chief Yang Hongchun Leiyu), Mathematical Experiments (University of Electronic Science and Technology of China Press, Chief Editors Zhong Erjie and Fu Yingding), University Physics Experiments (University of Electronic Science and Technology of China Press, internal information, or Higher Education Press Editor-in-chief Yao Lieming), Probability Theory and Mathematical Statistics (Higher Education Press, editor-in-chief Xu Quanzhi and Lu Shu, School of Applied Mathematics, University of Electronic Science and Technology of China), Modern Engineering Design Drawing (People's Posts and Telecommunications Press, editor-in-chief Wang Qimei and Lu Qiang), Fundamentals of Circuit Analysis (Higher Education Press) Education Press, edited by Hu Xiangjun), Fundamentals of Software Technology (jointly published by Higher Education Press and University of Electronic Science and Technology of China Press, edited by Huang Diming), Fundamentals of Analog Circuit Analysis and Design (Science Press, edited by Wu Yuanming and Tang Jun, School of Optoelectronic Information, University of Electronic Science and Technology of China ), Signals and Systems (Electronic Industry Press, edited by Alan V.Oppenheim/Alan S.Willsky/S.Hamid Nawab, please refer to Liu Shutang’s translation published by Xi’an Jiaotong University Press. Microelectronics is level B, only study the first level , Chapters 2, 3, 4, 5, 9, 10), Experimental Basics of Electronic Technology (Editor-in-Chief Cui Hongling, University of Electronic Science and Technology of China Press), Quantum Mechanics (Textbooks of each college are different, written by Zhou Shixun and revised by Chen Hao published by Higher Education Press "Quantum Mechanics Tutorial" is relatively authoritative), Mathematical Equations and Special Functions (University of Electronic Science and Technology of China Press, edited by Li Mingqi and Tian Taixin, this is a textbook for graduate students, undergraduates only learn part of it), Digital Logic Design and Application (John F. Edition For the original work, please refer to the translation by Lin Sheng, Ge Hong, Jin Jinglin), Electromagnetic Fields and Electromagnetic Waves (Higher Education Press, edited by Xie Fangruo Kejin, fourth edition), Integrated Circuit Application Experiments (University of Electronic Science and Technology of China Press), Statistical Physics (Higher Education Press) , written by Wang Zhicheng, fourth edition), solid state physics, complex variable functions (University of Electronic Science and Technology of China Press, edited by School of Applied Mathematics, University of Electronic Science and Technology of China), microcomputer system principles and interface technology, modern electronic technology comprehensive experiments (University of Electronic Science and Technology of China Press ), Conductor Physics

Professional elective courses: microwave technology, semiconductor device physics, integrated circuit principles and design, introduction to condensed matter physics, modern physics experiments. Electronic design automation technology, microelectronics integrated system

I am from a foreign college, so my knowledge is limited, please forgive me

I. University of Electronic Science and Technology of China undergraduate course schedule

If you If you are a student of the University of Electronic Science and Technology of China, you can use your account to log in to the information portal, then enter the teaching internal affairs system, and then you can see all the professional courses in all colleges. If you are not from the school, you cannot enter because you do not have an account or password. Also, you have to look outside the classroom door. There is a class schedule outside each classroom. This method is very troublesome. Hope it helps.

J. What are the four-year undergraduate courses in communication engineering at the University of Electronic Science and Technology of China?

Basics of circuit analysis, signals and systems, analog electronic circuits, digital circuits and systems, communication principles, Digital signal processing, electromagnetic field and transmission theory, data structure, microcomputer principles and interface technology, foundation of switching technology, foundation of communication network, optical fiber communication and digital transmission

The most important communication principle is Fan Changxin If you want to read the sixth edition, you can buy it on JD.com

Freshmen must learn general subjects such as Mathematics, English, C, and Language

I hope it will be helpful to you