1, Introduction to Microelectronics Science and Engineering
Microelectronics science and engineering is a complementary specialty of science and engineering, which mainly studies semiconductor device physics, functional electronic materials, solid electronic devices, design and manufacturing technology of very large scale integrated circuits (ULSI), micro-mechanical electronic systems and computer-aided design and manufacturing technology. Students are required to have solid basic knowledge of mathematics and physics and good foreign language application ability; Master the basic principles of various solid electronic devices and integrated circuits, and master the basic theories and methods of analysis, design and manufacture of new microelectronic devices and integrated circuits; Have good experimental skills in this major; Understand the development trend and cutting-edge theory and technology in the field of microelectronics technology; Have good scientific literacy and innovative ability; Good at self-study and constantly updating knowledge; Have a certain level of foreign language, and can read the foreign language materials of this major with the help of reference books.
2, microelectronics science and engineering professional employment direction
Graduates apply for graduate students in microelectronics, solid-state electronics, communications, computer science and other disciplines, and engage in the development and research of information science and technology fields such as integrated circuit manufacturers, integrated circuit design centers, communications and computers.
Engaged in industry:
After graduation, I mainly engaged in electronic technology, computer software, new energy and other industries, as follows:
1 electronic technology/semiconductor/integrated circuit
2 computer software
3 new energy
4 law
5 Professional services (consulting, human resources, accounting)
Engaged in the post:
After graduation, I mainly worked as a patent agent, layout design engineer and electronic engineer, as follows:
1 patent agent
2 layout design engineer
3 electronic engineers
4 Digital Circuit Design Engineer
5 Hardware Engineer
Work city:
There are many employment opportunities in Shenzhen, Shanghai, Beijing and other cities after graduation, as follows:
1 Shenzhen
2 Shanghai
3 Beijing
4 Chengdu
5 Guangzhou
6 Suzhou
7 Nanjing
8 Wuxi
3. What are the employment prospects of microelectronics science and engineering?
In recent years, the specialty of microelectronics science and engineering has gradually become hot and the competition is fierce. Microelectronics specialty has always been an enduring hot topic. According to the employment situation of 20 1 1 this major published by the Ministry of Education, the employment rate of animal medicine specialty is ≥ 90%; The number of graduates is about 2000 to 5000. Microelectronics science and engineering majors mainly study the design and manufacture of new electronic devices and large-scale integrated circuits, computer-aided integrated circuit analysis, the basic theory, new structure, manufacturing technology and testing technology of various electronic devices, and the development of new integrated devices.
With the development of microelectronics technology in recent years, the computer capacity has doubled and the hardware cost has been greatly reduced, which has greatly promoted the development of industry and information industry. There are also contemporary hot research fields, such as the research and application of lasers and the research of sensors, which all belong to the category of microelectronics or are closely related to it. The development of microelectronics technology is the foundation of modern industry and information chemistry industry.