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

Freshman
Course Title	Credit	Course Title	Credit
General Chemistry I, II	6	General Chemistry Laboratory I, II	2
General Physics I, II	6	General Physics Laboratory I, II	2
Calculus I, II	6	Introduction to Computer Science	3
Analytical Chemistry	3

Sophomore
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
Physical Chemistry I	3

Junior
Course Title	Credit	Course Title	Credit
Physical Chemistry II, III	6	Physical Chemistry Laboratory I	1
Inorganic Chemistry I, II	6	Seminar I	1
Creative Lab in Applied Chemistry	1

Senior
Course Title	Credit	Course Title	Credit
Seminar II	1

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*
Introduction to Manufacturing Process	Introduction to Green Chemistry	General Chemistry	General Chemistry	General Chemistry
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
Nanotechnology and Application	Process Management	Semiconductor Device	Organic Optoelectronic Material	Mass Spectroscopy
Innovation Management	Clean Technology	Thin Film Manufacturing Process	Inorganic Electric-Optical Material	Inorganic Spectroscopy
e-business	Nanomateiral Preparation	Etching Manufacturing Process	Energy Storage Material	Instrumental Analysis II
Project Management	Ionic Liquid	Material Analysis	Environmental and Catalytic Material	Separation Technology
Presentation	Environmental Chemistry	Diffusion Manufacturing Process	Biomedical Material	Applied Electrochemistry
Research	Biodegradable Materials	Lithography Manufacturing Process	Surface Process and Technology	Organic Spectroscopy
	Quality Control
	Presentation
	Research
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

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