OVERVIEW
| While the National Sun Yat-sen University has been established in 1980, the department of Electrical Engineering is one of the four initial departments, in support of the increasing demand of technical engineers and researchers in Kaohsiung, which is the biggest industrial city in Taiwan. Over the past thirty years, our department has developed complete courses and training programs, covering seven main areas in electrical engineering from Semiconductor Electronics, Control, AI & Network, Power, EM Waves, System-on-Chip, to Biomedical Signal Processing & Instrumentation. A number of important research projects are in progress. |
|
| Groups | Domains |
| Semiconductor Electronics |
Semiconductor Device, Integrated Circuits Process, Photoelectric Material and Device, Device Simulation, Design of Integrated Circuits & Simulation, Electronic Ceramics Device, MEMS, Nanomaterials & Nano Device, Biomedical Material and Device, Nano Electronics, Ultra-high-speed Device and System, SOI Technology |
| Control |
Robustness Analysis of Linear State and Generalized System, Adaptive Control, Optimal Control, Fuzzy Control, Variable Structure Control, Optimization Theory and Application, AC/DC Servo Motor Control, Robotic Control, Power Electronics, Application of DSP and Mechatronics System, Intelligent Control, Multimedia Control System, Biomedical Control system, Large-Scale Network Control System, Research of Green Energy and Alternative Energy |
| AI & Network |
Parallel Computer Architecture, High-effect Computer System, Design of CPU, Data Mining, Artificial Intelligence Language-Prolog, AI, Wireless and Mobile Communication Network, Multimedia Network, Software Architecture. |
| Power |
Optimization of Power System, Development of Green Power, Design and Analysis of Smart Grid, Electrical Structure and Design of Drive Control System, Design of Light Electrical Equipment, Battery Energy Storage System, Application of Power Electronics Grid-connected, Development of Power IC and Power Semiconductor Device. |
| EM Wave |
Development of RF Device and Antenna in Wireless Communication, satellite and Network System, Research of Shortwave Communication, VHF/UHF Theory and Field Measuring, Spectrum Management. |
| System-on-Chip |
Embedded CPU, Application and Design of SOPC, Wireless Communication System Chip, Biomedical Chip and System, Embedded Software and Driver Design, Consumer Electronics Chip, Digital Video Broadcast-Terrestrial SOC, Electronic Design Automation and Optimization, Software/Hardware Co-simulation and Co-design. |
| Biomedical Signal Processing & Instrumentation |
Artificial Neural Networks, Medical Imaging Systems, Biomedical Engineering, Audio Circuit Design, Digital Signal Processing. |
MISSION
| The undergraduate programs of our department emphasizes on a balanced training between theoretical studies and practical lab experiments. Our mission is to introduce undergraduate students into the EE field by providing common core courses, and lead them to have a complete picture of this field, understand basic principles of EE, and search individual research interests. Therefore, the EE undergraduate curriculum is designed to cover seven main areas, which are semiconductor electronics, control, computer engineering, power engineering, EM waves, communication systems, and SoC (System-on-Chip). More than regular courses and laboratory experiments, students are required to take an independent research project during their senior years to integrate underlying principles and translate into practice. Many opportunities of internship are also available, helping students get involved in this industry. In the graduate programs, we incubate graduate students through the intensive research and industrial projects to develop them into competent engineers with a critical thinking based on their solid academic background. They will have the capability of analyzing technical problems, specifying and approaching them precisely and concisely. Most important of all, they will obtain the self-learning ability to pursuit higher performance and benefit our communities. We strongly believe that these students are the future driving force of this industry as well as our country. Involvement in international academic communities is another focus in the graduate programs; we encourage graduate students to publish their research results and participate in international conferences and contests. All performance will be evaluated in accordance with the graduation requirements. |
HISTORY
Milestones
| Year | Events |
| 1980 | Dept. of Electrical Engineering (EE) was founded. |
| 1984 | Master's program was initiated. |
| 1987 | Ph. D.'s program was initiated. |
| 2000 | Executive Master's program was initiated. |
| 2001 | Institute of Communications Engineering (ICE) was founded. |
| 2006 | International Master's Program in Electric Power Engineering (IMEPE) was founded. |
| 2009 | EE-based multi-institute organization was officially founded. |
| 2021 | EMI bachelor's program was initiated. |
Directors
| Name | Term of office | Post |
| Wu, Chien-Kuo(吳建國) | 1980/8～1981/7 | Chairman |
| Ye, Gong-Jie (葉公節) | 1981/8～1982/7 | Chairman |
| Zhou, Zhao-Ji (周肇基) | 1982/8～1984/7 | Chairman |
| Zhou, Zhao-Ji (周肇基) | 1984/8～1986/7 | Graduate chair |
| Chen, Chao-Shun (陳朝順) | 1986/8～1989/7 | Chairman |
| Huang, Guang-Zhi (黃廣志) | 1986/8～1988/7 | Graduate chair |
| Lee, Ming-Kwei (李明逵) | 1988/8～1989/7 | Graduate chair |
| Lee, Ming-Kwei (李明逵) | 1989/8～1994/7 | Chairman & Graduate chair |
| Wong, Kin-Lu (翁金輅) | 1994/8～1997/7 | Chairman & Graduate chair |
| Lu, Chan-Nan (盧展南) | 1997/8～2000/7 | Chairman |
| Lee, Shie-Jue (李錫智) | 2000/8～2003/7 | Chairman |
| Liu, Cheng-Tsung (劉承宗) | 2003/8～2006/7 | Chairman |
| Chen, Ying-Chung (陳英忠) | 2006/8～2009/7 | Chairman |
| Wang, Chua-Chin (王朝欽) | 2009/8～2012/7 | Chairman |
| Li, Chih-Peng (李志鵬) | 2012/8～2015/7 | Chairman |
| Kao, Chung-Yao (高崇堯) | 2015/8～2018/7 | Chairman |
| Cheng, Chih-Chiang (鄭志強) | 2018/8～2021/7 | Chairman |
| Lee, Tzung-Lin (李宗璘) | 2021/8～2024/7 | Chairman(present) |
| Mail to the Chairman | ||
