Bachelor Program
Graduation requirement: students are required to complete a total of
128 credits (minimum), including 71 credits for required courses, 32 credits
for holistic education courses and at
least 10 credits for elective courses.
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Holistic education courses (32 Credits) |
Introduction to University Studies (2)* |
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Philosophy of Life (4) |
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Professional Ethics (2) |
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Chinese (4) |
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Foreign Language (8) |
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Military Training (0) |
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Physical Education (0) |
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General Courses (0) |
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Required courses (71 Credits) |
Freshman |
First Term |
Second Term |
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Calculus (3) |
Calculus (3) |
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General
Chemistry (4) |
General
Chemistry (4) |
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General Chemistry
Lab
(1) |
General
Chemistry Lab (1) |
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General Physics (3) |
General Physics (3) |
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General Physics Lab. (1) |
General Physics Lab. (1) |
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Sophomore |
Organic Chemistry (4) |
Organic Chemistry (4) |
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Organic Chemistry Lab. (1) |
Organic Chemistry Lab. (1) |
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Analytical Chemistry (I) (3) |
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Analytical Chemistry Lab. (I) (1) |
Analytical Chemistry Lab. (1) |
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Mathematics for Chemists (2) |
Mathematics for Chemists (2) |
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Physical Chemistry (I) (3) |
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Junior |
Inorganic Chemistry (4) |
Inorganic Chemistry (4) |
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Physical Chemistry (II) (3) |
Physical Chemistry Lab. (1) |
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Physical Chemistry Lab. (1) |
Analytical Chemistry (II) (4) |
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Physical Chemistry (III) (3) |
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Seniors |
Colloquium (2) |
Colloquium (2) |
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Analytical Chemistry Lab. (II) (1) |
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Elective
Courses (at least 10 Credits) |
First Term |
Second Term |
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Chemical
Research Techniques (1) |
Chemical
Research Techniques (1) |
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Special
Topics(1) |
Special
Topics(1) |
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Introduction to
Polymers (3) |
Physical Properties
in Polymer (3) |
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Chemical Kinetics
(3) |
Inorganic Synthesis
and Analysis (3) |
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Material Science
(3) |
Surface Chemistry
(3) |
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Advanced Inorganic
Chemistry (3) |
Intermediate
Analytical Chem.(I) (3) |
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Organic
Stereochemistry (3) |
Computational
Chemistry (3) |
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Biochemistry (I)
(2) |
Water Soluble
Polymer (3) |
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Photophysics &
Photochemistry (3) |
Introduction
to Liquid Crystal Display (3) |
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Introduction
to Cosmetics Chemistry (3) |
Special
topics in polymer science(II) (3) |
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Process for the
Synthesis of Major Drugs (3) |
Introduction
to Industry and Work Environment(II) (2) |
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Introduction
to Industry and Work Environment(I) (2) |
Pharmaceutical Chemistry
(3) |
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Organic
Spectral Analysis (3) |
Process Analytical Chemistry (I) (3) |
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Organometallic
Chemistry (3) |
Biochemistry
(II) (2) |
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Polymer
Chemistry(3) |
Intermediate
Analytical Chem.(II) (3) |
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Quantumn
Chemistry (3) |
Organic Opto-electronic
Materials (3) |
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Process
Analytical Chemistry(II) (3) |
Electrochemistry (3) |
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Intermediate
Analytical Chem.(III) (3) |
Green Chemistry (3) |
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Nano-Chemistry (3) |
Advanced Organic Chemistry (II)-Course
in English (4) |
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Introduction
to Organic Solar Cells (3) |
Bioorganic Chemistry(3) |
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Special topics in polymer science(I) (3) |
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Advanced Organic Chemistry (I)-Course
in English (4) |
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Master Program
Graduation requirements:
1. Course Work: 30 credits
2. Thesis.
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Required courses (12 Credits) |
Seminar (2)* |
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M.S. Colloquium (4) |
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Thesis (6) |
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Core Course
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Organic
Chemistry |
Advanced Organic Chemistry (I) |
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Advanced Organic Chemistry (II) |
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Organic Spectral Analysis |
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Physical
Chemistry (selects
three courses) |
Chemical Kinetics |
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Quantumn
Chemistry |
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Photophysics
& Photochemistry |
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Surface Chemistry |
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Special Topics in Applied Mathematics |
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Inorganic
Chemistry |
Advanced
Inorganic Chemistry |
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Organometallic
Chemistry |
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Inorganic
Synthesis and Analysis |
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Analytical
Chemistry |
Intermediate Analytical Chem.(I) |
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Intermediate Analytical Chem.(II) |
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Intermediate Analytical Chem.(III) |
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Polymer
Science |
Material Science |
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Polymer Chemistry |
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Physical Properties in Polymer |
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Elective
Courses |
First Term |
Second Term |
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Introduction to
Polymers (3) |
Physical Properties
in Polymer (3) |
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Chemical Kinetics
(3) |
Inorganic Synthesis
and Analysis (3) |
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Material Science
(3) |
Surface Chemistry
(3) |
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Advanced Inorganic
Chemistry (3) |
Intermediate
Analytical Chem.(I) (3) |
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Organic
Stereochemistry (3) |
Computational
Chemistry (3) |
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Biochemistry (I)
(2) |
Water Soluble
Polymer (3) |
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Photophysics &
Photochemistry (3) |
Introduction
to Liquid Crystal Display (3) |
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Introduction
to Cosmetics Chemistry (3) |
Special
topics in polymer science(II) (3) |
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Process for the
Synthesis of Major Drugs (3) |
Introduction
to Industry and Work Environment(II) (2) |
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Introduction
to Industry and Work Environment(I) (2) |
Pharmaceutical Chemistry
(3) |
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Organic
Spectral Analysis (3) |
Process Analytical Chemistry (I) (3) |
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Organometallic
Chemistry (3) |
Biochemistry
(II) (2) |
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Polymer
Chemistry(3) |
Intermediate
Analytical Chem.(II) (3) |
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Quantumn
Chemistry (3) |
Organic Opto-electronic
Materials (3) |
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Process
Analytical Chemistry(II) (3) |
Electrochemistry (3) |
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Intermediate
Analytical Chem.(III) (3) |
Green Chemistry (3) |
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Nano-Chemistry (3) |
Advanced Organic Chemistry (II)-Course
in English (4) |
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Introduction
to Organic Solar Cells (3) |
Bioorganic Chemistry(3) |
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Special topics in polymer science(I) (3) |
Synthetic and Analytical Aspects in Pharmacognosy-Separations
and Modifications (3) |
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Advanced Organic Chemistry (I)-Course
in English (4) |
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The Art of Scientific Writing (2) |
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Doctoral
Program
Graduation requirements:
1. Course Work: 28 credits (for Ph. D
entrance examination students); 32 credits (for Fu-Jen master students pursuing Ph. D. program
directly)
2. Qualifying
examination
3. Dissertation.
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Required courses (12 Credits) |
Ph.D. Thesis Research (4)* |
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Ph.D. Colloquium (4) |
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Thesis (2) |
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Core Course
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Organic
Chemistry |
Special Topics in Organic Chemistry
(I) |
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Special Topics in Organic Chemistry (II) |
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Special Topics in Organic Chemistry (III) |
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Physical
Chemistry |
Special Topics in Physical Chemistry
(I) |
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Special Topics in Physical Chemistry (II) |
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Special Topics in Physical Chemistry (III) |
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Inorganic
Chemistry |
Special
Topics in Inorganic Chem.(I) |
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Special
Topics in Inorganic Chem.(II) |
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Special
Topics in Inorganic Chem.(III) |
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Analytical
Chemistry |
Special Topics in Analytical Chem.(I) |
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Special Topics in Analytical Chem.(II) |
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Special Topics in Analytical Chem.(III) |
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Polymer
Science |
Special
Topics in Polymer Science (I) |
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Special
Topics in Polymer Science (II) |
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Special
Topics in Polymer Science (III) |
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Biomedical
Chemistry |
Special
Topics in Biomedical Chem.(I) |
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Special
Topics in Biomedical Chem.(II) |
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Special
Topics in Biomedical Chem.(III) |
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Elective
Courses |
First Term |
Second Term |
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Chemical Kinetics
(3) |
Organic
Spectral Analysis (3) |
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Material Science
(3) |
Organometallic
Chemistry (3) |
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Advanced Inorganic
Chemistry (3) |
Polymer
Science (3) |
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Organic
Stereochemistry (3) |
Quantumn
Chemistry (3) |
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Special topics in polymer science(I) (3) |
Intermediate
Analytical Chem.(I) (3) |
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Photophysics &
Photochemistry (2) |
The application of Chinese herbal medicine in
skin diseases (2) |
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Statistical
Mechanics |
Pharmaceutical Chemistry (3) |
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Special
topics in polymer science(III) (3) |
Nano-Chemistry (3) |
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Metallorganic Chemistry (3) |
Introduction
to Organic Solar Cells (3) |
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Water
Soluble Polymer (3) |
Advanced
Organic Chemistry (I)-Course in English (4) |
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Introduction
to Liquid Crystal Display (3) |
Special
Topics in Natural Product (3) |
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Principles
of Gene Technology (2) |
Advanced
Respiratory Physiology (2) |
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Solid
State Chemistry and Diffraction Analysis (3) |
Special topics in polymer science(II) (3) |
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Advanced
Organic Spectral Analysis (3) |
Electron-Transfer
Application (3) |
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Physical
Properties in Polymer (3) |
The science and applications of natural products cosmetics
(1) |
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Inorganic
Synthesis and Analysis (3) |
Intermediate
Analytical Chem.(II) (3) |
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Surface
Chemistry (3) |
Organic
Opto-electronic Material (3) |
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Intermediate Analytical Chem.(III) (3) |
Electrochemistry
(3) |
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Computational
Chemistry (3) |
Green
Chemistry (3) |
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The Art of Scientific Writing (2) |
Nuclear Magnetic Resonance
Spectroscopy (3) |
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Neurochemistry (1) |
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*REMARK :
The credit hour(s) of the courses are shown within parentheses.