Curriculum
Subjects

CreditTerm

Master's Degree Program

Requirements for completion:（Compulsory Subject）
Laboratory Exercise in Chemical Sciences and Engineering ⅠRemarks

10（Compulsory Elective Subjects）○Earn a minimum of 30 credits
・Compulsory Subject : 10 credits
All Year ・Compulsory Elective Subjects : 8 or morecredits
・Elective Subjects: 5 or more credits
Summer ・Elective Subjects of Other Courses: 2 or more
Summer credits
・Common Subjects for CSE: 5 or more credits
Summer ○Complete a thesis and pass the thesis defense
Spring/Summer and examination, after receiving the necessary
research guidance

Advanced Lecture of Physical Chemistry1

Advanced Inorganic Chemistry1

Introductory Bio-organic Chemistry1

Intermediate Biological Chemistry2

Practical Computational Chemistry2

Structural Organic Chemistry

1

Fall

Molecular Transformation

1

WinterSupramolecular Chemistry

1

Fall

Chemical Engineering Thermodynamics

1

Intensive

Organic Chemistry of Reaction Mechanism and Molecular Structure2

Spring/Summer

Chemical Reaction Engineering

2

Spring/Summer

Advanced Organic Synthesis

2

Fall

Inorganic Materials Chemistry2

Spring/Summer

Materials for Energy Conversion and Storage1

SummerAdvanced Applied Biochemistry1

Intensive

Molecular Materials Chemistry

1

Fall

Instrumentation Chemistry1

Intensive

Advanced Ethics and Safety for Science and Engineering

1

Intensive

Laboratory Exercise in Chemical Sciences and Engineering Ⅱ

2All Year

Laboratory Exercise in Chemical Sciences and Engineering Ⅲ

2All Year

Fall（Elective Subject）
Molecular Chemistry and Engineering Course
Molecular Chemistry (Advanced Physical Chemistry)

1

Fall

Molecular Chemistry (Structural and Physical Organic Chemistry)

1

Winter

Molecular Chemistry (Macromolecular Science)

1

Summer

Molecular Chemistry (Catalytic Transformation)

1

Winter

Molecular Chemistry (Photochemistry)1

SpringMolecular Chemistry (Advanced Chemical Reaction Design and Discovery)

1

Fall

Molecular Chemistry A (Theoretical Chemistry)2

Spring/Summer

Molecular Chemistry A (Organometallic Chemistry)2

Spring/Summer

Applied Molecular Chemistry (Chemical Energy Conversion)1

Winter

Applied Molecular Chemistry (Separation Process Engineering I)

1Intensive

Applied Molecular Chemistry (Separation Process Engineering II)

1

Intensive

Applied Molecular Chemistry A (Process Engineering)

2

Spring/Summer

Applied Molecular Chemistry A (Catalyst Design)

2

Fall/WinterMaterials Chemistry (Organic Solid State Chemistry)1

SpringMaterials Chemistry (Nano-Photonics Materials)

1

SummerMaterials Chemistry (Introduction to Material Science)

1

Fall

Materials Chemistry (Advanced Chemical Reaction Rate Theory)

1

WinterMaterials Chemistry A (Inorganic Solid State Chemistry)2

Fall/WinterMaterials Chemistry A (Mesoscopic Material Chemistry)2

Spring/Summer

Applied Materials Chemistry (Physical Chemistry of Organic Materials)

1

Fall

Applied Materials Chemistry (Interfacial Electrochemistry)

1

Summer

Applied Materials Chemistry (Inorganic Solid State Chemistry)

1

Fall

Applied Materials Chemistry (Physical Chemistry of Electronic Materials)

1

Winter

Applied Materials Chemistry (Functional Solid State Materials Chemistry)

1

Intensive

Applied Materials Chemistry (Physical Chemistry and Functional Materials)

1

Fall

Applied Materials Chemistry (Advanced Materials Chemistry)
Applied Materials Chemistry (Applied Inorganic Materials Chemistry I)

11Summer
Fall

Applied Materials Chemistry (Applied Inorganic Materials Chemistry II)

1

Fall

Materials Chemistry and Engineering Course

Subjects

CreditTermRemarks

Biochemistry A (Ⅰ)

2

Fall/WinterBiochemistry A (Ⅱ)

2

Fall/WinterBiochemistry A (Ⅲ)

2Spring/Summer

Biochemistry A (Ⅳ)

2

Fall/WinterApplied Biochemistry (Biosynthetic and Metabolic Engineering)

1

Fall

Applied Biochemistry (Biosystem Engineering)

1

Fall

Applied Biochemistry (Analytical Biochemistry)

1

Fall

Applied Biochemistry (Cell Processing Engineering)1

Winter

Applied Biochemistry A (Microsystem Chemistry)

2

Fall

Applied Biochemistry A (Advanced Functional Polymer)

2

Spring/Summer

Topical Lectures in Chemical Sciences and Engineering

1

Spring~Winter credit as common credit for CSE.

Internship

1

Fall

Advanced Chemistry[1]

Intensive

Advanced-Applied Chemistry[1]

Intensive

Industrial Practice in Chemical Processes

1Intensive

Micro-Nanochemistry

1

Fall

Modern Trends in Biomolecular Chemistry1

SummerModern Trends in Physical and Material Chemistry1

Intensive

Modern Trends in Organic Chemistry and Biological Chemistry1

Intensive

Introductory Physical Chemistry1

SpringFrontiers of Inorganic Chemistry1

SpringSpecial Lecture on Organic Chemistry1

SummerIntroduction to Biological Chemistry1

Intensive

Molecular Physical Chemistry1

SpringStructure Analysis of Inorganic Materials

1

SpringCorrosion Engineering

1

Intensive

Bioresources Chemistry1

SpringIntroduction to Chemical Reaction Design and Discovery

1

Summer

Biological Chemistry and Engineering Course

Common Subjects for CSE※Following Subjects may be approved forPh.D Program

・Inter-Graduate School Classes
・subjects for other graduate schoolsRequirements for completion:

Research in Chemical Sciences and Engineering Ⅲ

2○Earn a minimum of 10 credits
・Compulsory Subject : 4 credits
All Year ・Elective Subjects: 6 or more credits○Complete a dissertation and pass thedissertation defense and examination, after
All Year receiving the necessary research guidanceModern Trends in Chemical Sciences and Engineering Ⅰ[1]Intensive

Modern Trends in Chemical Sciences and Engineering Ⅱ[1]Intensive

Research in Chemical Sciences and Engineering Ⅱ

1Spring~WinterInternship[1]

Irregular（Compulsory Subject）
Research in Chemical Sciences and Engineering Ⅰ

4（Elective Subject）

Remarks
1. Credit with [ ] means several lectures will be provided.
2. The periods for individual terms are generally as follows:
Spring: Early April – Early June
Summer: Early June – Early August
Fall: Early October – Early December
Winter: Early December – Early February