About Us
Established in August 2002, this department offers a two-year Master of Engineering degree. Our aim is to cultivate optoelectronic engineering talent with a strong foundation in both theory and practice, focusing on the development of biomedical optoelectronics, high-speed optoelectronic chips, and green energy optoelectronic components. We possess comprehensive semiconductor fabrication and measurement equipment and have invested tens of millions of NT dollars in building a semiconductor cleanroom and core measurement laboratory that surpasses the standards of top national research universities. We are capable of manufacturing 2-4 inch optoelectronic components and systems, seamlessly integrating with industry technology. We also conduct related optoelectronic chip design research through the National Chip Center. Graduates enjoy high employment rates in the industry. Main research areas include: optoelectronics and semiconductors, optical design and displays, biomedical optoelectronics, optical communications, green energy components and systems, and high-speed optoelectronic chip design and integration. Our faculty maintains strong industry connections, resulting in a high rate of industry-academia collaboration projects. Students receive training in optoelectronic semiconductor technology and optoelectronic chip circuit design, while also learning to develop optoelectronic industry-related products and designs. After graduation, they directly enter these industry-academia collaboration companies.
Educational Objectives
The educational objectives of this institute are to actively align with the educational goals of the university and the College of Engineering, cultivating professionals with rich academic theoretical knowledge, an international perspective, and practical technical skills to promote industrial upgrading.
Therefore, the educational objectives formulated by this institute are as follows:
Objective 1: To cultivate diligent and practical optoelectronic science and engineering talents who combine theory with practice.
Objective 2: To cultivate the ability to continuously improve various aspects of optoelectronic professional skills and academic research.
Number of Faculty and Students (Academic Year 107)
7 Faculty Members
18 Students