Course List and Graduation Requirements for International Programs,
Chemistry Program - School of Engineering (for Undergraduates Enrolled in October 2023)(Major: Chemistry and Biotechnology)
Course Category

CourseIntroduction toIntroduction to Skills for Academic Success
Skills for Academic SuccessFirst Year SeminarFirst Year Seminar
Japanese
Language and Culture
Japanese/Second Foreign Languages/English
Health and Sports Science: Lecture
Health and Sports Science Exercise and Sports A
Exercise and Sports B
Introduction to Data Science (Lecture)
Data Science
Data Science Exercise B

Common BasicCourses

TermCredits
No ofCompulsory
Compulsory
Credits
ElectiveElectiveⅠ111I
Fall,Spring
Fall,Spring
IⅠ
ⅡⅡ
Ⅱ

28621111286286Spring
Ⅲ
SpringFall
Spring
Ⅲ
Ⅲ
Ⅲ
Ⅳ
FallⅣ
SpringFall
FallSpring
FallⅣ
Ⅵ
I
III
II
III
I
II
II
III
III
III
III
II
II

22222222221121

Introduction to Cultural Studies ★
Introduction to Political Studies ★
★
Introduction to Economics
Contemporary
Introduction to Career Development Theory
Liberal Arts★
Art and Culture(CLA)
Interdisciplinary/Integration
Gender Studiesof Arts and Sciences
Disaster Prevention and Mitigation
Biotechnology
International Development
Liberal Arts
CoursesInternational Society in the Age of Globalization★
International Studies
Exploration of Japan: From the Outside looking Inside
Go in Japanese Culture
Liberal Arts
Global Liberal Arts
Studium Generale Aand Sciences
Courses
Studium Generale B
Introduction to Intercultural Competence
Immigration in Japan
Content courses taught in Japanese
Problem/Project Based Learning Seminar
Summer Camp for General Academic Skills
Calculus I
Calculus II
Linear Algebra I
Linear Algebra II
Complex Analysis
Fundamentals of Physics I
Basic Courses for Specialized Fields
Fundamentals of Physics II(Basic Courses in Natural Sciences）
Fundamentals of Physics III
Laboratory in PhysicsFundamentals of Chemistry I
Fundamentals of Chemistry II
Laboratory in Chemistry
Fundamentals of Biology I
Fundamentals of Biology II
Fundamentals of Earth Science I
Fundamentals of Earth Science II
Laboratory in Chemistry222222222222222222222222222222222222222222
2

Elective Courses ②

Courses inSpecializedFields

Compulsory Courses ③

Specialized Courses

Elective Courses ④

Analytical Chemistry
Organic Chemistry I
Physical Chemistry I
Physical Chemistry II
Quantum Chemistry IInorganic Chemistry II
Chemistry of Inorganic Materials I
Cell Biology I
Inorganic Chemistry I
Organic Chemistry II
Quantum Chemistry II
Chemistry and Biotechnology Laboratory 1
Chemistry and Biotechnology Laboratory 2
Mathematics Tutorial I a
Mathematics Tutorial I b
Fundamental Physics Tutorial I a
Fundamental Physics Tutorial I bMathematics Tutorial II a
Mathematics Tutorial II b
Fundamental Physics Tutorial II a
Biochemistry I
Analytical Mechanics I
Mathematical Physics I
Mathematical Physics Tutorial I
Statistical Physics I
Biochemistry II
Cell Biology II
Electricity and Magnetism
Organic Chemistry III
Earth and Planetary Science
Quantum Chemistry III
Earth Environmental Science
Inorganic Chemistry III
Chemistry and Biotechnology Laboratory III
Chemistry and Biotechnology Laboratory IV
Advanced Chemistry Tutorial A
Graduation Research A
Advanced Chemistry Tutorial B
Graduation Research B
Biophysics
Organic Chemistry V
Polymer Chemistry
Chemical Physics
Organic Chemistry IV
Chemistry of Inorganic Materials II
Computational Chemistry
Current Organic and Polymer Chemistry
Biochemistry IV
Cell Biology IV
Outline of Engineering III
View of Advanced Electrical, Electronic and Information Engineering222222222

Elective Courses ⑤

Includingof 2credits
from CLA.

88642222651
III
III
III
IV
IV
V
V
III
IV
IV
V
VI
VI
I
I
I
I
II
II
II
III
III
III
III
III
IV
III
IV
V
V
VI
VI
VI
VII
VII
VII
VII
VIII
VIII
IV
V
V
V
VI
VI
V
VI
VI
VI
Ⅴ
Ⅴ
Ⅴ

222222
22222
3
3
1
1
11
1
11222
1222222222
3
3
1
5
1
522
222
222
222222222222222233

28

1
1111
1122
2
12222222223
3151516182222222222222

Introduction to Civil Engineering and ArchitectureInternational Lectures on Advanced Technology andⅥ
11Trends in Automobile Engineering U1International Lectures on Advanced Technology andⅥ
33
Trends in Automobile Engineering U3
Sum for Courses in Specialized Fields
46
036
Total Sum・Confirm the prerequisite for each subject with the syllabus.
★Some of the courses on this column are offered in every other year. Confirm the offering term with the "Liberal Arts and Sciences Class Timetable" of the said year.
Related SpecializedCourses

4-222222

Partial Sum
Sum for Liberal Arts and Sciences Courses

Basic Specialized Courses

2111
1

Partial Sum
Humanities and SocialSciences

Compulsory Courses ①Minimum
Requirement

18282133

Graduation Requirements for International Programs,
Chemistry Program - School of Engineering (for Undergraduate)
1. Liberal Arts and Sciences Courses: A combined total of at least 51 credits must be acquired.
(1) Common Basic Courses:
A total of at least 21 credits must be acquired, consisting of 1 credit of Introduction to Skills for Academic Success, 2 credits of First Year Seminar, 14 credits from"Language and Culture", at least 2 credits each of Lecture and Exercise for Health and Sports Science, and 1 credit each of Lecture and Exercise for Data Science.
(2) Liberal Arts Courses:
A total of 4 credits must be acquired, consisting of 2 credits from Contemporary Liberal Arts (Humanities and Social Science and Interdisciplinary/Integration of Arts and Sciences), and2 credits from Global Liberal Arts Courses or Contemporary Liberal Arts (Humanities and Social Science and Interdisciplinary/Integration of Arts and Sciences) or Problem/Project Based
Learning Seminar.
(3) Basic Courses for Specialized Fields(Basic Courses in Natural Sciences):
A total of at least 26 credits must be acquired, consisting a total of at least 8 credits from Calculus I, II, Linear Algebra I, II or Complex Analysis,a total of 8 credits from Fundamentals of Physics I, II, III and Laboratory in Physics, a total of 6 credits from Fundamentals of Chemistry I, II, Laboratory in Chemistry,
and a total of 4 credits from Fundamentals of Biology I, II are compulsory.
2. Courses in Specialized Fields: A combined total of at least 82 course credits must be acquired from these course categories.
(1) Compulsory Courses: A total of 46 compulsory course credits must be acquired, consisting of a total of 28 course credits from Compulsory Basic Specialized Courses ① anda total of 18 course credits from Compulsory Specialized Courses ③.
(2) Elective Courses: A total of at least 36 course credits must be acquired, consisting of at least 16 credits from Elective Basic Specialized Courses ②, that of at least 18 course credits
from Elective Specialized Courses ④, and that of at least 2 course credits from Elective Related Specialized Courses ⑤.

Advancement Requirements for International Programs,
Chemistry Program - School of Engineering (for Undergraduate)
Assesment Year

Course Categories

Commom Basic Courses
At the End of
Liberal Arts Courses
the Second
Basic Courses forGrade
Specialized Fields

Minimum Courses／Credits Required

40 credits

Requirements

Students unable to advance to the next year

1.Commom Basic Courses
Must acquire a total of at least 12"Language and Culture"credits
1. Remain in the second year.
from Japanese, English or Second Foreign Language. *Please notethat if you choose Second Foreign Languages for Compulsory
2. Must take no longer than 6 years to complete their second
Elective(Japanese/ English/ Second Foreign Languages) credits,year.[Duration of enrollment (8 years)] minus [third to forth
you must obtain at least 4 credits in each language from German,years(2 years)]
French, Russian, Chinese, Spanish, or Korean for graduation.
2.Basic Courses in Natural Sciences
Must acquire at least 18 credits from Basic Courses in NaturalSciences(*from the courses required for graduation above) .

3. Students unable to advance to the next year within the 6year limit stated in 2. above will be expelled from the school.