After graduating from the Microelectronics Science and Engineering major, students will mainly work in electronic technology, computer software, new energy and other industries. After graduation, they will mainly work as patent agents, layout design engineers, electronic engineers, etc. They can engage in electronic technology , product research and development, research and development of various electronic and optoelectronic materials, design and manufacturing of electronic and optoelectronic devices, IC design, technology development and other work, the employment prospects are very promising.
The destination of graduates is to apply for postgraduate studies in microelectronics, solid-state electronics, communications, computer science and other disciplines, and to engage in development in integrated circuit manufacturers, integrated circuit design centers, and information science and technology fields such as communications and computers. and research work.
The major of microelectronics science and engineering mainly studies the design and manufacturing of new electronic devices and large-scale integrated circuits, computer-aided integrated circuit analysis, and the basic theory, new structures, manufacturing processes and testing technologies of various electronic devices. , and the development of new integrated devices.
Analysis of employment prospects for microelectronics science and engineering majors:
In recent years, microelectronics science and engineering has become more and more popular and the competition has become increasingly fierce. Microelectronics has always been a popular exam subject. According to the employment situation of this major in 2011 released by the Ministry of Education, the employment rate of the veterinary medicine major is ≥ 90; the number of graduates is approximately 2,000 to 5,000.
The major of Microelectronics Science and Engineering mainly studies the design and manufacturing of new electronic devices and large-scale integrated circuits, computer-aided integrated circuit analysis, basic theories, new structures, manufacturing processes and testing technologies of various electronic devices. , and the development of new integrated devices.
In recent years, with the development of microelectronics technology, computer capacity has increased exponentially and hardware costs have been greatly reduced, which has greatly promoted the development of industry and information industries. There are also contemporary hot research areas, such as the research and application of lasers and the research of sensors, which 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 chemical industry.