If you want to learn about chip manufacturing, you can choose to study electronic engineering, electrical engineering, materials science, microelectronics and other disciplines. Among them, microelectronics is the field of studying micro electronic devices and their manufacturing technology and application, which is closest to chip manufacturing.
Learning microelectronics requires a master of microelectronics principles, semiconductor physics, integrated circuit design, micro-nano processing technology and other knowledge, and have a solid electronic circuit and system design ability, innovation ability and team spirit.
In addition, it is also necessary to master the relevant computer-aided design tools, and constantly improve the processing skills and innovative thinking ability in practice.
If you want to study a major in chip manufacturing, it is recommended to choose electronic information engineering, microelectronics or integrated circuit engineering. These majors involve semiconductor materials, integrated circuit design, process manufacturing and other aspects, through the study of these professional courses, you can understand the relevant knowledge and technology of chip manufacturing, so as to prepare for the future work related to chip manufacturing.
At the same time, it is recommended to participate in scientific research and practical projects in the learning process to improve their practical operation ability and skills.
microelectronics
Microelectronics is a four-year undergraduate course, which is represented by the design, manufacturing and application of integrated circuits, and is one of the fastest growing applied high-tech disciplines. It mainly refers to senior talents who can master integrated circuits, microelectronics system design, manufacturing process and design software systems. The major has two sub-disciplines: Electronic science and engineering and integrated circuit design, in most schools, there is no specific difference between these two subdisciplines.
You can choose electronic engineering, microelectronics, integrated circuit engineering and other majors. These majors involve areas such as electronics and computer science, focusing on the development of chip design, manufacturing, and testing skills, while also requiring a strong basic knowledge of mathematics, physics, chemistry, etc., in order to understand and apply related technologies.