College Introduction
The College of Electrical and Computer Engineering🔗 is dedicated to cultivating high-tech professionals in electrical engineering, electronics, information technology, optoelectronics, and communications. In recent years, with the rapid growth of Taiwan’s electronics and information industries, the demand for related talents has become even more pressing.
In alignment with government policies, the college actively collaborates with domestic technology industries and the Central Taiwan Science Park to systematically develop the skilled professionals needed by the industry. The college’s development goal is to break out of the academic ivory tower and establish close ties with the industry. By leveraging industrial resources for teaching and providing technical services and development assistance to enterprises, the college ensures that its programs align with industry trends and societal needs.
Through this approach, the college nurtures talent with both strong theoretical foundations and hands-on experience, effectively meeting industry demands while fostering industry-academia collaboration.
The department is structured into four key areas: power and energy processing, system control, system-on-chip, and communications and networking, aiming to cultivate technically proficient professionals for technology-related industries.
The current development of the department focuses on three main areas: Optoelectronic Devices and Materials, Optoelectronic Precision Measurement, and Optical Information and Optical Communications.
The department aims to cultivate outstanding professionals in information technology and enhance the quality of talent in Taiwan’s IT industry. The curriculum emphasizes a balanced approach between theory and practice, fostering independent thinking, creativity, and the application of emerging technologies. The department has established well-equipped laboratories in bioinformatics, network communications, multimedia networking, integrated circuit design, and information security to provide students with hands-on experience and reinforce their learning.
The department’s development is focused on four key areas: Integrated Circuit (IC) Design and Applications, Semiconductor and Optoelectronic Applications, Artificial Intelligence (AI) Systems, and Communication Systems. The goal is to cultivate high-tech industry professionals with practical skills, including experts in semiconductors and ICs, signal and system engineering, AI engineering, and communication engineering.
