Development Characteristics
At NUK, the Department provides a vigorous education to prepare students to become highly qualified chemical and materials engineers and tomorrow’s technology leaders. Additionally, the Department aims to expand and advance the frontiers of technology through research and innovations.
Our initiatives focus on three major themes:
■ Nano and Molecular Engineering
■ Advanced Materials Technology
■ Biochemical Engineering
Goals
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To provide students with a solid foundation in both chemical and materials engineering. |
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To cultivate students with a liberal arts education, critical thinking, effective verbal and writing ability, and research and innovation ability.
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Postgraduate Opportunities
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Advanced Degree Study |
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Graduates may pursue an advanced degree in chemical engineering, materials engineering, nanotechnology, chemistry, biochemistry, environmental engineering, energy technology, biomedical engineering, management, electrical engineering, information engineering, industrial engineering, etc. |
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Career Opportunities |
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Students have a broad array of industry options available upon graduation: electronics, optoelectronics, semiconductor, materials, petroleum, chemistry, biotechnology, pharmaceutical, environmental protection, mechanical and metal industries. Our graduates’ average salary is usually higher than graduates whose majors are arts, law, or management, and is also one of the highest among science and engineering graduates. According to statistics, chemical engineers in Taiwan can make, on the average, an annual salary of NT $1000K within 5 years of graduation. |
Future Outlook
Currently our department is strengthening its teaching and research laboratories with new equipment and modern instrumentation. These laboratories will allow us to better train our students to acquire the necessary experimental techniques and research capabilities.
At the same time, we are planning to establish a new Ph.D. program in nanotechnology and chemical& materials engineering to offer Ph.D. degree in addition to the present MS program. These programs intend to provide the highly skilled engineers and researchers necessary to meet the demand for talent of Taiwan’s technological development.
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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Calculus |
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General Physics |
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General Physics Lab |
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General Chemistry |
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General Chemistry Lab |
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Introduction to Chemical
Engineering |
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Materials Science |
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Introduction to Life Science. |
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Electronic and Electrical
Engineering |
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Engineering
Mathematics |
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Physical Chemistry |
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Physical Chemistry
Lab |
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Organic Materials
Chemistry |
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Materials Chemistry
Lab |
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Physical Metallurgy |
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Thermodynamics of
Chemical Engineering
and Materials |
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Transport Phenomena
and Unit Operations |
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Physical Chemistry Lab |
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Chemical and Materials
Engineering Kinetics |
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Chemical and Materials
Engineering Lab (1) |
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Materials Physics |
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Seminar |
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Chemical and
Materials
Engineering Lab |
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Transport
Phenomena and
Unit Operations |
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■ Elective Courses
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| Sophomore |
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Junior |
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Senior |
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Polymer Chemistry |
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Special Topic on Electric
and Electronic Engineering |
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Introduction to
Optoelectronic
Engineering |
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Quantum Physics and
Chemistry |
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Surface Chemistry |
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Applied Electrochemistry |
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Introduction to
Biotechnology |
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Biochemistry |
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Composite Materials |
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Optoelectronic Fine Chemicals |
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Functional Polymers |
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Inorganic Materials Chemistry
Ceramic Materials Engineering |
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Mechanical Properties of Materials |
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Metallic Materials |
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Special Topic on Physical Metallurgy |
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Basic Principle of Sensors |
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Sensing Devices |
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Semiconductor Devices and Physics |
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Polymer Physics |
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Introduction to Nano and Molecular
Engineering |
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Techniques of Surface Treatments |
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Instrumental Analysis |
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Material Surface Analysis |
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Biochemical Engineering |
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Microbial Engineering |
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Special Topics on Biochemistry |
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Biomaterials |
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Introduction to Biomedical
Engineering |
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Display Materials |
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Liquid Crystal Materials |
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Optoelectronic Materials and
Manufacture Process |
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Microelectronic Package
Materials |
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Thin Film Engineering,
Introduction to Crystal
Structure and Diffraction
Theory |
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Photo Catalysis Materials |
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Semiconductor Manufacture
Process |
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Communicating Materials
and Engineering |
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Nanoelectromechanical
System |
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Polymer Processing and
Applications |
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Smart Materials,
Nanomaterials |
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Biomedical Nanotechnology |
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Chemical Sensors |
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Chemistry of Catalyst |
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Applied Colloid Science and
Technology |
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Principle and Applications
of Electron Microscopy |
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Reaction Engineering in
Solid States |
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Protein Engineering |
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Gene Engineering |
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Cellular and Tissue
Engineering |
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Drug Delivery and Control
Release |
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Remarks: |
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The minimum number of credits is 136 for a BS degree (including 77 departmental compulsory credits, 27 departmental elective credits, 4 university compulsory credits; and 28 general education credits) and is 24 for an MS degree.
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