The Department of Microelectronics was specifically founded in response to the strong demands of knowledgeable talents for semiconductor technology worldwide. The curriculum of the Department is divided into two programs, namely, the Program of Solid-State Electronics and the Program of Nano-Sciences.
The main focus of the Department is to cultivate high-quality students with solid knowledge and strong hands-on capability and advance them through the pursuit of the Master’s and/or PhD degrees in top universities. Eventually, we expect our graduates to become high-level leaders in the semiconductor industry.
(1) Program of Solid-State Electronics
The academic areas of the Program of Solid-State Electronics include: quantum physics, IC manufacturing, semiconductor devices, and IC design. Through the collaboration with the Colleges of Science, Engineering, and Electrical and Computer Engineering, fundamental courses covering the areas of mathematics, physics, chemistry, electronics, materials, quantum mechanics, device and computer programming (including lab training) are required for the students in the Freshman and the Sophomore years. Starting from the Junior year, professional electives are offered in the fields of IC manufacturing, IC design, advanced devices, and quantum physics for the students. The main target of this Program is to equip the students with the most pioneering knowledge in semiconductors.
(2) Program of Nano-Sciences
The academic areas of the Program of Nano-Sciences include: nano-electronics, nano-optoelectronics, nano-materials, and nano-biology. This Program is in collaboration with the Colleges of Science, Engineering, Electrical and Computer Engineering, and Biomedical Sciences, aiming for the development of T-shaped professional talents. The fundamental as well as the interdisciplinary courses covering the areas of mathematics, physics, chemistry, electronics, materials, life sciences, and computer programming (including laboratory courses) are listed as the compulsory courses for the students in the freshman and sophomore years. From junior year onwards, students are required to select two major areas among the fields of nano-electronics, nano-optoelectronics, nano-materials, and nano-biology. The main target of this Program is to cultivate the students with interdisciplinary knowledge and capabilities.
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