1. What is the major of microelectronics science and engineering
1. The research objects of microelectronics science and engineering are various electronic materials, integrated circuits and microelectronic devices;
2. The content of microelectronics science and engineering research includes circuit and device analysis, design, manufacturing, and testing process technology.
2. What to learn in microelectronics science and engineering (reference)
1. Public basic courses: advanced mathematics, university physics;
2. Professional basic courses: circuit analysis basics, analog circuit basics, thermodynamics and statistical physics, solid state physics, semiconductor physics;
3. Analog integrated circuit design, digital integrated circuit design.
3. National University Classification of Microelectronics Science and Engineering
First Echelon:
East China Normal University
Sichuan University
Northwestern Polytechnical University
Wuhan University
Nankai University
Second Echelon:
Nanjing University of Aeronautics and Astronaut
Hefei University of Technology
Jiangnan University
Third Echelon:
Ningbo University
China Jiliang University
Fourth, the development prospects of microelectronics science and engineering
1. Most of the addresses of the corresponding units of this major are located in Beijing, Shanghai, Hangzhou, Guangzhou, Chengdu and other places;
2. The starting salary of this major is relatively high, and the development is relatively fast, and the salary can be doubled after two or three years of general work;
3. This major is mainly engaged in design, technology, research and development.
5. Microelectronics Science and Engineering major has quality requirements for students
1. Solid foundation in physics, electronic technology, computer technology and microelectronics;
2. Principle, design, manufacturing, packaging and application technology of microelectronic devices and integrated circuits;
3. Strong experimental skills and engineering practice ability.
6. Ideal target university for microelectronics science and engineering
1. Direction of further study
(1) Information optoelectronics and optical communications;
(2) Ultra-high-speed microelectronics and high-speed communication technology;
(3) Semiconductor devices;
(4) Modern integration module and system integration technology.
2. Target institutions
Peking University, Fudan University, Zhejiang University, Nanjing University, Beihang University
7. Recommended introductory books for popular science in microelectronics science and engineering
1. "Core Affairs" by Xie Zhifeng / Chen Daming
This book sorts out the development of the integrated circuit industry in the past 60 years, interprets the strategic layout of the integrated circuit industry in developed countries and regions, and shows the arduous course of China's integrated circuit development. By describing the people and things behind the development of integrated circuit enterprises, industries and regions, the author combines personal experience and thinking with the context of industry development, interprets the integrated circuit industry with complex technology and strong professionalism in historical stories, and gazes at the development process of integrated circuits in the United States, Europe, Japan, South Korea and Taiwan in the benchmarking, from which he draws new visions, new ideas and new methods for the development of integrated circuits.
2, "The Story of Semiconductors"
This book is a high-level popular science book on the development of semiconductor science and technology, focusing on the history of the birth and development process of many important semiconductor devices, as of about 2000. This "Translation Series of Masterpieces of Physics: The Story of Semiconductors" does not only focus on semiconductor physics and device technology like standard textbooks, but organically combines history and science to tell the development of devices in the specific context of related applications.