Undergraduate Curriculum
The minimum requirement for graduation is 128 credits, including 65 credits in the core courses.
The design of the academic program includes not only the basic training in chemistry but also the ability of many elective courses (grouped as intramural courses) such as green and nanotechnology, green chemistry, semiconductor processing, advanced material processing, and material chemistry programs.
Requirement
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Freshman |
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Course Title |
Credit |
Course Title |
Credit |
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General Chemistry I, II |
6 |
General Chemistry Laboratory I, II |
2 |
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General Physics I, II |
6 |
General Physics Laboratory I, II |
2 |
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Calculus I, II |
6 |
Introduction to Computer Science |
3 |
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Analytical Chemistry |
3 |
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Sophomore |
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Course Title |
Credit |
Course Title |
Credit |
|
Organic Chemistry I, II |
8 |
Organic Chemistry Laboratory I, II |
2 |
|
Instrumental Analysis I |
3 |
Analytical Chemistry Laboratory |
1 |
|
Introduction to Applied Chemistry |
3 |
Instrumental Analysis Laboratory |
1 |
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Physical Chemistry I |
3 |
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Junior |
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Course Title |
Credit |
Course Title |
Credit |
|
Physical Chemistry II, III |
6 |
Physical Chemistry Laboratory I |
1 |
|
Inorganic Chemistry I, II |
6 |
Seminar I |
1 |
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Creative Lab in Applied Chemistry |
1 |
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Senior |
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Course Title |
Credit |
Course Title |
Credit |
|
Seminar II |
1 |
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Intramural Courses: green and nanotechnology, green chemistry, semiconductor manufacturing, advanced material processing, and material chemistry programs.
|
Green and Nanotechnology |
Green Chemistry |
Semiconductor Manufacturing |
Advanced Material Processing |
Material Chemistry |
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Introduction to |
Introduction to Green Chemistry |
General Chemistry |
General Chemistry |
General Chemistry |
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Introduction to Green Chemistry |
Environmental Development |
Introduction to Semiconductor Manufacturing |
General Physics |
General Physics |
|
Introduction to Nanotechnology |
Innovation Project |
Vacuum Technology |
Molecular Device Material |
Vacuum Technology |
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Nanotechnology and Application |
Process Management |
Semiconductor Device |
Organic Optoelectronic Material |
Mass Spectroscopy |
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Innovation Management |
Clean Technology |
Thin Film Manufacturing Process |
Inorganic Electric-Optical Material |
Inorganic Spectroscopy |
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e-business |
Nanomateiral Preparation |
Etching Manufacturing Process |
Energy Storage Material |
Instrumental Analysis II |
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Project Management |
Ionic Liquid |
Material Analysis |
Environmental and Catalytic Material |
Separation Technology |
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Presentation |
Environmental Chemistry |
Diffusion Manufacturing Process |
Biomedical Material |
Applied Electrochemistry |
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Research |
Biodegradable Materials |
Lithography Manufacturing Process |
Surface Process and Technology |
Organic Spectroscopy |
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Quality Control |
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Presentation |
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Research |
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Minimum 20 credits Required 9 credits Elective 11 credits |
Minimum 20 credits Required 9 credits Elective 11 credits |
Minimum 21 credits Required 9 credits Elective 12 credits |
Minimum 21 credits Required 9 credits Elective 12 credits |
Minimum 21 credits Required 9 credits Elective 12 credits |
