Undergraduate - Bioinformatics
Requirements
The requirement for graduation is a total of 128 credits,
including the followings:
35
credits University required course
12
credits College core required course
58
credits Department requirements
23
credits Department electives
Special Programs
Bioinformatics program
Required
(Bioinformatics Programming、Basic
Bioinformatics、Genomics、Proteomics、Basic
Computational Molecular Biology)
Electives (Machine Learning)。
4Our
freshman-year curriculum provides our students (irrespective
of either biotechnology-concentration or
bioinformatics-concentration) with a solid background in
various disciplines of biological sciences, including biology,
physics, chemistry, and information technology.
4Our
sophomore- and junior-year curricula focus on two tracks: one
is core courses, which include biochemistry (laboratory
exercises included), biostatistics, basic bioinformatics, and
molecular biology; the other is specialty courses designed to
foster skills in specialized areas of biotechnology and
bioinformatics.
|
University required course |
SUBJECT |
CREDITS |
Literature
Appreciation & Practice |
2 |
Literature and
Life (including practice) |
2 |
Practical
Literature |
2 |
Reading of
Current Events in English |
2 |
English Reading
& Vocabulary |
2 |
Current Events
in English |
2 |
Practical
Grammar & Phrasing |
2 |
English
Conversation (I), (II) |
1,1 |
Practical
Business English |
1 |
Practical
English for Science & Technology |
1 |
General English
Proficiency Test |
1 |
Oral
Communication Skills |
1 |
History and
Life |
2 |
Culture and
Life |
2 |
Health and
Life |
2 |
Introduction to
Law |
2 |
Introduction to
Life Sciences |
2 |
Introduction to
Computer Usage |
2 |
Psychology |
2 |
Physical
Education (I)~(VI) |
0 |
Military
Practice (I), (II) |
0 |
Service and
Learning (I), (II) |
0 |
General Required
(Core) Courses |
12 |
General Required
Lecture Series (non-credit) |
1 |
|
|
College core
requirements |
SUBJECT |
CREDITS |
General
Chemistry |
3 |
General
Chemistry Lab |
1 |
General Biology
(I) |
3 |
General Biology
Lab |
1 |
Organic
Chemistry |
3 |
Organic
Chemistry Lab |
1 |
|
Department
core requirements |
SUBJECT |
CREDITS |
General
Physics |
3 |
Calculus |
3 |
Programming |
3 |
General Biology
(II) |
3 |
Biochemistry
(I) |
3 |
Biostatistics |
3 |
Data
Structures |
3 |
Discrete
Mathematics |
3 |
Biochemistry
(II) |
3 |
Biochemistry
Lab |
1 |
Basic
Bioinformatics |
2 |
Linear Algebra
|
3 |
Bioinformatics
Programming |
3 |
Molecular
Biology |
3 |
Database Systems
|
3 |
Genomics
|
3 |
Bioinformatics
Algorithms |
3 |
Artificial
Intelligence |
3 |
Proteomics |
3 |
Basic
Computational Molecular Biology |
3 |
Bachelor
Thesis |
1 |
Practical
Training |
1 |
|
Division
requirements |
◎Bioinformatics |
SUBJECT |
CREDITS |
●Bioinformatics
Programming |
3 |
●Basic
Bioinformatics |
2 |
●Genomics |
3 |
●Proteomics |
3 |
●Basic
Computational Molecular Biology |
3 |
◇Machine
Learning |
3 |
（◇ is elective、● is required） |
|
Electives |
SUBJECT |
CREDITS |
Introduction to
UNIX |
3 |
Object-Oriented
Programming |
3 |
Network
Programming |
3 |
Image
Processing |
3 |
Statistical
Methods in Bioinformatics |
3 |
Data
Mining |
3 |
Pattern
Recognition |
3 |
Artificial
Neural Networks |
3 |
Fuzzy
Theory |
3 |
Machine
Learning |
3 |
Soft
Computing |
3 |
Microarray Data
Analysis |
3 |
Genetics |
3 |
Microbiology
|
3 |
Animal
Physiology |
3 |
Immunology |
3 |
Plant
Physiology |
3 |
Basic Structure
Biology |
3 |
Introduction to
Biotechnology |
3 |
Basic Enzymology |
3 |
Cell
Biology |
3 |
Biomolecular
Modeling |
3 |
Biophysical
Chemistry |
3 |
