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Interdisciplinary Programs：
Understanding the importance of expertise for students’ future
development, Engineering college offers a variety of interdisciplinary
programs to provide students an opportunity to have access to relevant
study in addition to their individual professional courses. Seven
interdisciplinary programs are now available as below.
(1)Semiconductor
Program
Goal：To
cultivate students with semiconductor factory works or semiconductor
manufacturing process professionals.
People: All students except freshmen.
List
of courses：
|
Compulsory |
Elective |
|
Semiconductor Equipment Vacuum Technology |
Semiconductor components physics |
|
Semiconductor Packaging Technology |
VLSI Process and Technology Overview |
|
Introduction to
Solid
State
Electronics |
|
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Thin film technology |
|
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Semiconductor components and integrated circuit measurement |
|
|
Semiconductor Experiment (1) |
|
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Semiconductor Experiment (2) |
|
|
Principle and etching process |
|
|
VLSI circuit design |
|
(2)Chip
design Program
Goal：To
cultivate students with digital and analog IC design capabilities, and
basic digital imaging and audio professionals.
People: All students except freshmen.
List
of courses：
|
Compulsory |
Elective |
|
FPGA / CPLD Principles and Practice |
Physical layer IC Design |
Video imaging chip design |
|
Introduction to chip design |
IP multimedia communications design |
Voice chip design |
|
|
Introduction to VLSI Design |
Rapid prototype design practice |
|
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IP Design Digital Imaging |
Digital integrated circuit design |
|
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Digital Voice IP design |
Radio frequency integrated circuit design |
|
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Programmable chip system design |
Analog integrated circuit design |
(3)Civil
engineering disaster mitigation Program
Goal：To
cultivate students with ecological, landscape and disaster mitigation
professionals.
People: All students except freshmen and sophomore.
List
of courses：
|
Compulsory |
Elective |
|
Engineering materials experiments |
Civil disaster mitigation technology |
Introduction to earthquake engineering |
|
soil mechanics Experiments |
Disaster mitigation and building regulations and technical |
Soil and Water Conservation |
|
Introduction to disaster mitigation |
Disaster management |
Post-earthquake building safety evaluation |
|
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Building disaster mitigation technology |
Structure reinforcement |
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Special issues of building |
Slope development and experiments |
|
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Security monitoring and automatic control |
Introduction to earthquake-resistant design of structures |
|
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Computer applications in civil engineering |
Applications of geology |
(4)Embedded
Systems Program
Goal：To
cultivate students with the capability of the integration of hardware
and software.
People: All electronic or information engineering students except
freshmen and sophomore.
List
of courses：
|
Compulsory |
|
Introduction to Embedded Systems (compulsory) |
Microprocessors (compulsory) |
Computer Architecture (compulsory) |
|
Digital system (compulsory) |
Digital signal processing |
Operating Systems |
|
Programming (C++) |
Microprocessor embedded systems training |
FPGA / CPLD internship |
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Interface technology |
|
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(5)Internet
Multimedia Engineering Program
Goal：To
cultivate students with network planning, design and management, and
have the ability to multi-media professional knowledge.
People: All electronic or information engineering junior or senior
students.
List
of courses：(Add
12 credits required 12 credits elective)
|
Compulsory |
Elective |
|
Computer network (compulsory) |
Multimedia Technology and Application (compulsory) |
Network planning and management (compulsory) |
|
Network programming |
To set up a network server |
Web design (compulsory) |
|
Web animation |
Art digital deal |
Algorithms |
|
Database system |
|
|
(6)Optoelectronic
applications Program
Goal：To
cultivate students with both technologic and law expertise.
People: All electrical engineering junior or senior students.
List
of courses：
|
Compulsory |
|
Fiber-optic communication system design and implementation |
Broadband network |
Introduction to Legal Technology |
|
Optical communication systems |
Broadband network computer-aided design |
Management practices of high-tech industries |
(7)Mechanical
and electrical integration Program
Goal：To
cultivate students with communication and computer network-based
mechanical and electrical integration of professionals.
People: All engineering students except freshmen.
List
of courses：
|
Compulsory Courses |
|
units |
|
Introduction to Computer |
Mechanical / electrical engineering |
2 |
|
Electronics |
Mechanical / Electrical / Electronics Department |
3 |
|
electron attachment |
Mechanical / electrical engineering |
2 |
|
Engineering Mathematics (1) |
Mechanical / Electrical / Electronics Department |
3 |
|
Engineering Mathematics (2) |
Mechanical / Electrical / Electronics Department |
3 |
|
Mechanical and electrical integration of attachment |
Department of Mechanical Engineering |
2 |
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Automatic Control |
Department of Electrical Engineering |
3 |
|
Digital logic |
Department of Electronics |
2 |
|
FPGA / CPLD internship |
Department of Electronics |
2 |
|
Elective Courses |
|
units |
|
Interface technology and training |
Mechanical / electrical engineering |
2 |
|
Principles and Applications of Sensor |
Department of Mechanical Engineering |
2 |
|
Principle and Application of Microprocessor |
Department of Mechanical Engineering |
2 |
|
Programmable control of higher |
Department of Mechanical Engineering |
2 |
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Digital image processing |
Department of Mechanical Engineering |
2 |
|
Application of mechanical and electrical integration
technologies |
Department of Mechanical Engineering |
3 |
|
Three-dimensional physical design |
Department of Mechanical Engineering |
3 |
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Microprocessors |
Department of Electrical Engineering |
3 |
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Automatic Control Practice |
Department of Electrical Engineering |
2 |
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Digital logic internship |
Department of Electronics |
2 |
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Digital signal processing |
Department of Electrical Engineering |
3 |
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Motor Control |
Department of Electrical Engineering |
3 |
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Map-controlled data acquisition system |
Department of Electrical Engineering |
3 |
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Chip design |
Department of Electrical Engineering |
3 |
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Principles of Micro-Computer |
Department of Electronics |
3 |
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Micro Computer training (1) |
Department of Electronics |
2 |
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Micro Computer training (2) |
Department of Electronics |
2 |
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Programmable chip system |
Department of Electronics |
3 |
|
RFID Introduction |
Electronic / electrical engineering |
3 |
Program certification application
Qualification:
Students who have completed the program(s) and passed the examination.
Material required:
The certificate application form, which is available from registration
office.
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