The College aims toward the promotion of economic growth of this country through advanced applied research and development and the training of high-technology personnel. Academic fields of interest include: communication and signal processing, automatic control, computer science, power / power electronics, nano-electronics, integrated circuits & systems, electromagnetic waves, photonics and optoelectronics, biomedical engineering, and electronic design automation for the EE division, and computer architecture, computer systems, artificial intelligence, distributed computing, computer networking, multimedia systems, natural language processing, parallel computing, intelligent robotics and automation, financial computing, scientific computing, and automated reasoning for the CS division. This broad spectrum in research makes the College the most complete EECS organization nationwide and offers deep as well as broad education and training for students.
The EECS alumni, in addition to having excellent achievements in academic research both internationally and domestically, have made outstanding contributions in leading the rapid and successful advanced technological industry growth in Taiwan, in promoting the economic development of this country, and even in advancing the nation's higher education. Members of the College have been working hard with the goal of keeping up with international progress in both industrial and academic fields. The College also has a well-organized long-term plan of facility improvement, in order to better train outstanding scholars and to define research directions. It is to be expected that with such continuous progress, the College of EECS will turn itself into one of the most competitive research organizations in the world. To sum up, the College aims to achieve four educational objectives: 1. To cultivate leaders and elite researchers in the field of electrical engineering and computer science. 2. To craft the necessary environment and outstanding performance for creative and pioneering research in the field of electrical engineering and computer science. 3. To develop high-impact electrical and information technology to meet the country's economic needs and industrial demands. 4. To become a world class research center in electrical engineering and computer science and to take the academic responsibility internationally.