Development Characteristics
With the rapid industrial expansion, the cultivation of technology talents has become very urgent. Moreover, since Tainan Science-Based Industrial Park (SBIP) Lujhu and Nan-Tzu Export Processing Zone had established, Kaohsiung, the most important industrial and commercial city in the southern part of Taiwan, will become a transportation center in the Asia-pacific region. To support such human resource demands, the Department of Electrical Engineering was established in February 2000 as one of the first founding departments of the College of Engineering at NUK. The educational objective of this department is to provide the students with both theoretical knowledge and practical expertise in electrical engineering. Currently, the department has Undergraduate Program, Master Degree Program and In-service Master Program. A Ph.D. Program will be granted in the year 2011. For each year, the alumni of EE earn brilliant acquirement and have excellent accomplishments in various career domains. The department is making efforts in the lead for the development of high-technology industry and has great contributions in Taiwan.
■Research Groups
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| Communication |
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Computer |
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Microelectronics |
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Optoelectronics |
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Wireless Communication and
Computer Communication
Systems |
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Digital Signal Processing |
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Multi-Median Systems
Applications |
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Software Engineering |
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Artificial Intelligence and
its Applications |
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Robotics |
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GPS |
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Internet and Multimedia
Systems |
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Computer Networks |
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Embedded Systems |
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VLSI Integration |
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Deep Submicron MOS
Device Design |
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RFIC Design |
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SI Detector Devices Circuits |
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IC Package |
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VLSI Design |
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VLSI Testing |
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SOC Integration |
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Mixed Mode IC Design |
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Integrated Optics and
Electro-Optics Devices |
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Optical-Electronic IC Design |
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Optical Fiber Optics and
Applications of Optical
Communication |
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Goals
► To educate the students with the essential knowledge of electrical engineering, science and technology.
► To train the students with the basic ability of performing and designing experimental projects in engineering.
► To prepare the students for subsequent graduate study, post-graduate study and professional practice.
Postgraduate Opportunities
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Advanced Degree Study |
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Graduates may pursue an advanced degree in electrical engineering, information engineering, industrial engineering, materials engineering, energy technology, etc.
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Career Opportunities |
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Our students have the talents in communications, optoelectronics, microelectronics, and computers, which get higher opportunity to obtain employment in Tainan Science-Based Industrial Park (SBIP) Lujhu, Nan-Tzu Export Processing Zone and correlative industries, etc.
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Future Outlook
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To educate the well-balanced graduates with learning attitude and ability to their professionals. |
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To aid the development of engineers specialized in high-technology industry and meet the new wave of electronic information age.
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Courses Offered
■ Compulsory Courses
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| Freshman |
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Sophomore |
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Junior |
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Senior |
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Master |
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► Introduction to Computers (1)(2)
► Fundamental Physics (1)(2)
► Physics Laboratory (1)(2)
► Calculus (1)(2)
► Digital Logic
► Digital Logic Laboratory
► Engineering Mathematics ( Linear Algebra)
► Introduction to Electrical Engineering |
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Circuits (1)(2) |
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Electronics (1)(2) |
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Engineering Mathematics
(Differential Equations) |
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Electromagnetics (1)(2) |
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Electronics Experiment (1)(2) |
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Electronics (3) |
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Projects on Electrical
Engineering (1) |
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Projects on Electrical
Engineering (2) |
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Seminar |
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► Seminar |
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■ Elective Courses
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| Courses |
Sophomore |
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Junior |
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Senior |
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Most elect
1 of 3 |
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Mathematics |
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Discrete Mathematics (1) |
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Probability and Statistics (1) |
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Engineering Mathematics(Complex Variables) (1) |
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Core Courses
(6 in 12) |
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Optoelectronics |
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► Modern Optics (2) |
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► Introduction to Opto-electronic Engineering |
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Physics of Semiconductor Device (2) |
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| Microlectronics |
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► Introduction to VLSI Design (1)
► Introduction to Semiconductor Skill (2)
► Theory of Electromagnetic Wave (1) |
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| Communication |
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► Probability and Statistics (1)
► Communication Principles (2)
► Signals and System (1) |
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| Computer |
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► Data Structure (2) |
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► Operating Systems (1)
► Computer Organization (2) |
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Remarks: |
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Minimum number of credits for graduation: 138 |
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Minimum number of credits for Master graduation: 24 |
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Minimum number of credits for In-service Master graduation: 30 |
