The Double Degree Programat the Graduate School of
Science and Technology
2019 Academic Year

Niigata University

Contents
Student Acceptance for the Double Degree Program of the Graduate School of Science andTechnology, Niigata University .........................................................................................................1
1.

List of Major Programs, Areas of Specialization, and Obtainable Degrees from the Graduate
School of Science and Technology..............................................................................................3

2.

List of Course Titles and the Number of Credits offered for the Doctoral Program ...................4

3.

General Guidelines for Coursework Requirements by Major and Area of Specialization........13

4.

Classification of Courses by Intended Learning Outcomes and Requirements for Majors andSpecializations ...........................................................................................................................16（1） Fundamental Sciences Major ................................................................................16
Physics ......................................................................................................................16
Chemistry .................................................................................................................18
Mathematical Science ..............................................................................................20（2） Advanced Materials Science and Technology Major ..........................................22
Materials Science and Technology ...........................................................................22
Applied Chemistry and Chemical Engineering ........................................................24
Advanced Mechanical Science and Engineering .....................................................26（3） Electrical and Information Engineering Major ..................................................28
Information Engineering ..........................................................................................28
Electrical and Electronic Engineering ......................................................................30
Human Science and Assistive Technology ...............................................................32（4） Life and Food Sciences Major ...............................................................................34
Life Sciences ............................................................................................................34
Applied Life and Food Sciences ..............................................................................36
Agriculture and Bioresources ...................................................................................38（5） Environmental Science and Technology Major ...................................................40
Natural Environmental Science ................................................................................40
Environmental Science for Agriculture and Forestry ...............................................42
Architecture and Civil Engineering..........................................................................44
・Civil Engineering Concentration ..........................................................................44
・Architecture Concentration ..................................................................................46
Earth Science ............................................................................................................48
Natural Disaster and Environmental Science ...........................................................50

Student Acceptance for the Double Degree Program of the Graduate
School of Science and Technology, Niigata University
1. Program
The purpose of the Graduate School’s five-year (standard) integrated Master’s and Doctoral
Program is to cultivate highly creative individuals who possess a broad perspective andexcellent research abilities in the fields of science, engineering, and agriculture. The double
degree program currently accepts only applications for doctoral students in principle, until
the graduate school is ready to provide an adequate international Master’s double degree
program.

2. Major Programs and Areas of Specialization
The major programs and the areas of specialization provisioned by the Graduate School are asshown on Table 1.

3. Course Subjects, Credits, and Method of Completing the Course of Study
The subjects and the number of credits for each subject in the doctoral program are as shownon Table 2 and Table3. As for the subjects provided for in the preceding article, doctoral
students in the double degree program must obtain either 19 or more credits, or 23 or morecredits, depending on the requirements for completion of their degree program shown on
Table 4.

4. Acceptance of Transfer Credits
Credits earned from other graduate schools in or outside of Japan may be accepted as
equivalent to the courses offered by the Graduate School of Science and Technology, Niigata
University, upon evaluation. The number of transferable credits may not exceed more than six(6) credits in the Fundamental Sciences, Life and Food Sciences, and Environmental Scienceand Technology programs, and eight (8) in the Advanced Materials Science and Technology
and Electrical and Information Engineering programs.

5. Calculation of the Number of Credits
The number of credits for the subjects in the Graduate School is calculated based on thefollowing references:(1) For lectures and seminars, one (1) credit shall be awarded for 15 hours of class sessions.
(2) For experiments and exercises, one (1) credit shall be awarded for 30 hours of classsessions.

6. Academic Advising
Each student shall be assigned to a primary academic advisor who will, in cooperation withtwo (2) assistant academic advisors, be responsible for supervising the student’s study andresearch. The primary academic advisor shall be a professor in the student’s area ofspecialization; however, upon approval by the faculty council, the academic advisor may bereplaced with a substitute chosen from among professors, associate professors, or visiting
professors in the student’s major program. The assistant academic advisors shall be selectedfrom among professors, associate professors, visiting professors, and visiting associate
professors in the doctoral program.

1

7. Research Supervisory Committee
A research supervisory committee (hereinafter referred to as the “Supervisory Committee”)
shall be formed to supervise each student’s research and completion of the coursework. The
Supervisory Committee shall consist of the student’s academic advisor and assistantacademic advisors. The academic advisor from the partner graduate school or institution forthe double degree program is expected to work collaboratively with the Supervisory
Committee to provide academic guidance and advising to the student.

8. Plan of Study
Under the guidance of the Supervisory Committee, the student must decide on the research
topic and the courses to be taken. The student must decide on the courses to be taken during
the academic year and submit a plan of study, using a prescribed form, to the dean of the
Graduate School at the beginning of each academic year, in principle.

9. Completion of a Course and Award of Credits
Completion of a course will be certified and credit will be awarded based on required
attendance and a passing grade on a written or oral exam, a research report, or otherassessment the instructor might require.

10. Review and the Final Oral Examination on the Dissertation
According to the Niigata University Rules on Degrees, a student ready to submit thedissertation and take the final oral defense must submit the Application for Final Oral
Examination and the dissertation to the dean of the Graduate School by a prescribed date andunder the guidance of the Supervisory Committee. Upon the preliminary review of thedissertation, the student may undergo the final oral examination on the dissertation and its
related fields.

11. Requirements for Completion of Degree
The requirements for the doctoral degree are three (3) or more years of study in the doctoral
program, obtainment of the number of credits provided for in Article 3, and, after receiving
the required supervision of the student’s research project, passing of the preliminary review ofthe dissertation and the final oral examination. As for the requirement of the period ofenrollment, however, a student who is recognized by the faculty committee as having madeoutstanding research achievements will need to be enrolled in the doctoral program for atleast one year.

12. Certification of Completion of Degree
Based on faculty deliberation and voting on the doctoral degree award, the dean of the
Graduate School shall certify the completion of the program provided for in the precedingarticle.

13. Conferral of Degree
A doctoral degree shall be awarded to those who have completed the doctoral program. The
field of specialization accompanying the title of the degree shall be that of “Philosophy,”“Science,” “Engineering,” or “Agriculture.”2

1. List of Major Programs, Areas of Specialization, and Obtainable Degrees fromthe Graduate School of Science and Technology
Table 1
Major Program

Area of Specialization
Physics

Fundamental Sciences

Chemistry
Mathematical Science
Materials Science andTechnology

Advanced Materials Scienceand Technology

Applied Chemistry andChemical Engineering
Advanced Mechanical Scienceand Engineering
Information Engineering

Electrical and Information
Engineering

Electrical and Electronic
Engineering
Human Sciences and Assistive
Technology
Life Sciences

Life and Food Sciences

Applied Life and Food
Sciences
Agriculture and Bioresources
Natural Environmental
Science
Environmental Science for
Agriculture and Forestry

Environmental Science andTechnology

Architecture and Civil
Engineering
Earth Science
Natural Disaster andEnvironmental Science3

Obtainable Degrees･Master of Philosophy･Master of Science･Doctor of Philosophy･Doctor of Philosophy in
Science･Master of Philosophy･Master of Engineering･Doctor of Philosophy･Doctor of Philosophy in
Engineering･Master of Philosophy･Master of Engineering･Doctor of Philosophy･Doctor of Philosophy in
Engineering･Master of Philosophy･Master of Science･Master of Agriculture･Doctor of Philosophy･Doctor of Philosophy in
Science･Doctor of Philosophy inAgriculture･Master of Philosophy･Master of Science･Master of Engineering･Master of Agriculture･Doctor of Philosophy･Doctor of Philosophy in
Science･Doctor of Philosophy in
Engineering･Doctor of Philosophy inAgriculture2. List of Course Titles and the Number of Credits offered for the Doctoral
Program
Table 2: List of General Courses shared across Majors
CourseCredits

English for Science and Technology Majors Ⅰ

1

English for Science and Technology Majors Ⅱ

1

Critical Review on the Applied Use of Science and Technology

2

Special Topics in Advanced Science and Technology

1Introduction to University Research Projects

1

Lecture on Manufacturing and Development Research Ⅱ

1Internship for Doctoral Courses

1

Seminar in University Research Projects

2

Seminar on Cutting-Edge Analysis and Evaluation in University Research Projects

2

Research Camp

2

Global Meeting2

Research Internship2

Joint Lecture

2

Intensive Academic English Training Program for Science, Agriculture and Engineering Majors

4

International Professional / Academic Internship4

A Global Perspective and Invigorating Assistance on Agriculture

1

Advanced Agri-Communication

1

Highly Advanced Global Technology Group-Work Internship A

3Highly Advanced Global Technology Group-Work Internship B

4Highly Advanced Global Market Group-Work Internship A

3Highly Advanced Global Market Group-Work Internship B

4Introduction to Highly Advanced Global Science and Technology

1

Topics in Hightly Advanced Global Science and Technology

1

G-DORM Advanced Project Research in SciTech A

1

G-DORM Advanced Project Research in SciTech B

2

G-DORM Advanced Project Research in SciTech C

4

G-DORM Advanced Seminar in SciTech A

1

G-DORM Advanced Seminar in SciTech B

2

G-DORM Advanced Presentation Exercise in SciTech

1

Introduction to Data Science2

4

Table 3: List of Course Titles specific to each Major and Area of Specialization(1) Fundamental Sciences
Category
Physics

Chemistry

CourseProjective Research in Physics Ⅰ
Projective Research in Physics Ⅱ
Projective Research in Physics Ⅲ
Seminar in Physics Ⅰ
Seminar in Physics Ⅱ
Seminar in Physics Ⅲ
Presentation Exercise I
Presentation Exercise Ⅱ
Presentation Exercise Ⅲ
Academic Writing Exercise
Collaboration Exercise
Physics of Strongly Correlated Systems I
Physics of Strongly Correlated Systems Ⅱ
The Physics of Superconductivity I
The Physics of Superconductivity Ⅱ
Physics of Disordered Systems I
Physics of Disordered Systems Ⅱ
Computational Material Science
Non-perturbative Field Theory I
Non-perturbative Field Theory Ⅱ
Gauge Field Theory I
Gauge Field Theory Ⅱ
Gauge Field Theory Ⅲ
High Energy Physics I
Advanced High Energy Physics Ⅱ
Topics in Quantum Chromodynamics I
Subatomic Physics I
Topics in Nuclear Structure I
Topics in Nuclear Structure Ⅱ
Studies in Astrophysics I
Studies in Astrophysics Ⅱ
Introduction to Muon Science
Nuclear Quantum Many-Body Theory：Advanced
Topics in the Physics of Unstable Nuclei
Condensed Matter Physics Ⅰ
Projective Research in Chemistry Ⅰ
Projective Research in Chemistry Ⅱ
Projective Research in Chemistry Ⅲ
Seminar in Chemistry Ⅰ
Seminar in Chemistry Ⅱ
Seminar in Chemistry Ⅲ
Presentation Exercise I
Presentation Exercise Ⅱ
Presentation Exercise Ⅲ
Academic Writing Exercise
Topics in Structure of Condensed Matter
Molecular Dynamics Simulation
Dynamics in Chemical Reaction
Topics in Chemical Reaction in Solution
Structural Aspects in Solution Chemistry
Quantum Reaction Dynamics
Radiation Measurement
Asymmetric Organic Synthesis

5

Credits
4
4
4
2
2
2
1
1
1
1
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
4
4
4
2
2
2
1
1
1
1
2
2
2
2
2
2
2
2

Mathematical Science

Topics in Structure-Activity Relationships
Synthetic Organic Chemistry
Topics in Oxidation and Reduction Reactions
Chemistry of Physiological Function
Molecular and Cellular Biochemistry
Projective Research in Mathematical Science Ⅰ
Projective Research in Mathematical Science Ⅱ
Projective Research in Mathematical Science Ⅲ
Exercise in Mathematical Science
Seminar in Mathematical Science Ⅰ
Seminar in Mathematical Science Ⅱ
Seminar in Mathematical Science Ⅲ
Literature Reading I
Literature Reading Ⅱ
Literature Reading Ⅲ
Internal and External Presentation
Interim Report
Operator Algebra
Complex Analysis
Function Spaces
Applied Partial Differential Equations
Riemannian Manifold
Algebraic Geometry
Global Differential Geometry
Number Theory
Topology
Advanced Information Statistics
Advanced Theory for Optimization
Advanced Applied Statistics
Advanced Mathematical Programming
Advanced Theory on Mathematical Systems

2
2
2
2
2
4
4
4
2
2
2
2
2
2
2
2
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2

(2) Advanced Materials Science and Technology
Category

CourseGeneral Subjects within
the Major

PhD-Course Project Research in Advanced Materials Science andTechnology Ⅰ
PhD-Course Project Research in Advanced Materials Science andTechnology Ⅱ
PhD-Course Project Research in Advanced Materials Science andTechnology Ⅲ
PhD-Course Seminar in Advanced Materials Science andTechnology Ⅰ
PhD-Course Seminar in Advanced Materials Science andTechnology Ⅱ
PhD-Course Seminar in Advanced Materials Science andTechnology Ⅲ
Colloquia and Discussions for Technical Reading Ⅰ
Colloquia and Discussions for Technical Reading Ⅱ
Colloquia and Discussions for Technical Reading Ⅲ
PhD-Course Work for Materials Science and Technology
PhD-Course Work for Applied Chemistry and Chemical
Engineering
Course Work in Mechanical Science and Engineering
Presentation of Research Progress Report
Seminar for Research Presentation
Special Lecture on Advanced Materials Science and Technology Ⅰ
Special Lecture on Advanced Materials Science and Technology Ⅱ
Special Lecture on Advanced Materials Science and Technology Ⅲ
Special Lecture on Advanced Materials Science and Technology Ⅳ
Design of Composite Materials
Solid State Physics

Materials Science and6

Credits
4
4
4
2
2
2
2
2
2
2
2
2
1
2
1
1
1
1
2
2

Technology

Applied Chemistry andChemical Engineering

Advanced Mechanical
Science and Engineering

Magnetic Materials
Superconductivity
Optoelectonic Device Materials
Photofunctional Chemistry
Design of Biomaterials
Biochemical Reaction Engineering
Strength of Functional Materials
Functional Inorganic Materials
Advanced Smart Material
Electronic Properties of Metallic Materials
Soft Material Engineering
Nanomaterials Chemistry, Advanced Course
Synthesis of Biologically Active Natural Products
Design of Inorganic Materials
Functions and Control of Fine Particulate Materials
Structures and Properties of Natural Products
Molecular Design of Well-defined Macromolecules
Molecular Design of Functional Polymers
Chemistry for Transformation of Exicted Organic Molecules
Chemistry for Controlled Material Reaction
Material Analysis Chemistry
Chemical Thermodynamics for Inorganic Materials
Inorganic Solid State Chemistry
Development of Composite Particles
Fine Powder Technology
Advanced Chemical Materials Production Apparatuses
Mass Transfer in Production Processes
Advanced Biochemical Engineering
Management of Waste Materials
Thermal Energy Physics and Chemistry
Bionic Design and Materials
Transport Phenomena in Production
Complex Fluid Engineering
Flow Visualization and Image Measurement
Intelligent Robotics
Applied Acoustics
Design System
Control Theory for Mechanical Systems
Strength and Fracture of Materials
Intellectual Applications of Laser Scanning Technology
X-ray Study of Mechanical Behavior of Materials
Advanced Micromachine Engineering
Materials Joining and Welding Technology
Advanced Environmental Energy Engineering
Advanced KANSEI Microrobotic Systems

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2

(3) Electrical and Information Engineering
Category
General Subjects within
the Major

CourseProject Research in Electrical and Information Engineering Ⅰ
Project Research in Electrical and Information Engineering Ⅱ
Project Research in Electrical and Information Engineering Ⅲ
Seminar in Electrical and Information Engineering Ⅰ
Seminar in Electrical and Information Engineering Ⅱ
Seminar in Electrical and Information Engineering Ⅲ
Literature Reading I
Literature Reading Ⅱ
Literature Reading Ⅲ
Internal and External Presentation
Interim Report
Special Lectures on Electrical and Information Engineering

7

Credits
4
4
4
2
2
2
2
2
2
2
1
1

Information Engineering

Electrical and Electronic
Engineering

Human Sciences andAssistive Technology

Practice for Career-Path Formation
Exercises in Information Engineering
Advanced Mobile Communications
Remote Sensing
Advanced Wireless Communication Systems
Theory of Algorithms
Human Information Science
GIS and Measuring System
Advanced Genome Informatics
Algebraic Geometry and its Application
Mathematical Analysis
Functional Analytic Discrete Group Theory
Mathematical Systems and Control Theory
Collaborative and Distributed Media
Applied on Partial Differential Equation
Spatial Signal Control Course
Advanced Topics in Models of Computation
Information Security and Intellient Infrastructure
Seminar in Electrical and Electronic Engineering Course Ⅰ
Seminar in Electrical and Electronic Engineering Course Ⅱ
Seminar in Electrical and Electronic Engineering Course Ⅲ
Exercises in Electrical and Electronic Engineering Course
Advanced Topics on Spread Spectrum Communications
Selected Topics in Digital Signal Processing
Selected Topics in Multidimensional Signal Processing
Applied Superconducting Technology
Plasma Processing Technology
Electromagnetic Energy Engineering
Energy Application Device
Device/Energy Systems
High Voltage Pulse Engineering
Superconducting Energy Systems
Thin Films and Application
Advanced Lecture on Nano Photonics
Molecular Electronics
Telecommunication Systems and Their Trends and Edges
Advanced Devices for Information Technologies
Laser Physics
Thin Film Optical Devices
Optical Nanometrology
Seminar in Human Science and Assistive Technology Course Ⅰ
Seminar in Human Science and Assistive Technology Course Ⅱ
Seminar in Human Science and Assistive Technology Course Ⅲ
Exercises in Human Science and Assistive Technology Course
Motor Functions of the Nervous System
Advanced Biomaterials
Wellness, Sports and Health
Neuro Engineering
Introduction to Cybernetics
Biomedical Signal and Image Processing
Bio-electromagnetics
Intelligent Mechatronics
Well-being Community Simulation
Advanced Assistive Device
Advanced Sensing Devices
Bioengineering in Functional Activity
Life Support Science for Persons with Motion and Communication
Disabilities

8

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2

Assistive Technology for Visually Impaired and Blind People
Assistive Technology for Auditory Impairment

22(4) Life and Food Sciences
Category

CourseCredits

General Subjects within
the Major

Advanced Seminar in Life and Food Science Ⅰ
Advanced Seminar in Life and Food Science Ⅱ
Advanced Seminar in Life and Food Science Ⅲ
Advanced Graduate Study in Life and Food Science Ⅰ
Advanced Graduate Study in Life and Food Science Ⅱ
Advanced Graduate Study in Life and Food Science Ⅲ
Seminar in Current Topics Ⅰ
Seminar in Current Topics Ⅱ
Seminar in Current Topics Ⅲ
Management of Food Industry
Management Strategy and Marketing
Global Agriculture and Food Science (Short Program)International Internship in Agriculture and Food Science(Intermediate Program)International Internship in Agriculture and Food Science (Long
Program)International Graduate Study in Agriculture and Food Science(Intermediate Program)International Graduate Study in agriculture and Food Science(Long Term)
Global Disaster Risk Reduction and Recovery (Short Program)International Internship in Disaster Risk Reduction and Recovery(Intermediate Program)International Internship in Disaster Risk Reduction and Recovery(Long Program)International Graduate Study in Disaster Risk Reduction andRecovery (Intermediate Program)International Graduate Study in Disaster Risk Reduction andRecovery (Long Program)
Life Science Special Seminar Ⅱ
Presentation Practice (Interim Presentation for Doctoral Thesis)
Practice in Research Presentation (Presentation in Scientific
Meeting)
Topics in Cell Recognition
Topics of Regulation of Cell Differentiation
Advanced Glycoscience
Advanced Lecture in Animal Embryology
Plant Function Control Ⅰ
Plant Function Control Ⅱ
Plant Function Control Ⅲ
Integrative Adaptation Biology
Advanced Plant Molecular Genetics Ⅱ
Advanced Protein and Nucleic Acid Chemistry
Advanced Lectures in Environmental Aquatic Biology
Topics in Applied Life and Food Sciences
Presentation Practice (Interim Presentation for Graduation Thesis)
Exercise in Applied Life and Food Sciences
Topics in Epigenetics
Topics in Plant Metabolic Control
Environmental Plant Physiology
Topics in Molecular Life Science for Plants
Topics in Environmental Responses of PlantsⅡ
Microbial Chemistry
Topic in Molecular Microbiology

2
2
2
4
4
4
2
2
2
2
1
3

Life Sciences

Applied Life and Food
Sciences

9

1
2
2
4
3
1
2
2
4
1
1
1
2
2
2
2
2
2
2
2
2
2
2
2
1
1
2
2
2
1
2
2
2

Agriculture andBioresources

Topics in Molecular Microbiology
Topics in Molecular Life Science for Microorganisms
Regulation of Meat Property
Property of Food Materials
Topics in Animal Protein Function
Advanced Biofunctional Chemistry of Food
Topics in Food and Nutrition Science
Topics in Environmental Soil science
Advanced Science on the Utilization of Natural-resources
Applied Chemistry of Wood Component
Bioinformatics
Topics in Plant Genome Function
Topics in Plant Bio-control
Topics in High Pressure Food Science
Topics in Applied Bioresource Chemistry
Topics in Biotechnology and Biochemistry
Topics in Food Sciences
Research Agri-Internships
Practical English
Scientific Writing and Presentation in English
Research Communication
Glycoscience Studies
Advanced in Food Technology
Special Lecture on Agriculture and Bioresources
Seminar on Agriculture and Bioresources Ⅰ
Seminar on Agriculture and Bioresources Ⅱ
International Agricultural Development
Analysis of Agricultural Productivity
Special Lecture on Rural Food Industry
Plant Development Regulation
Advanced Agro-resources Science
Utilization of Crop Resource
Plant Cell Breeding
Genome Analysis
Special Lecture of Farming System
Grassland Vegetation, its Management and Utilization
Physiological Regulation of Animal Production
Genetic Analysis in Animals
Animal Histochemistry and Cytochemistry
Nutritional Regulation of Protein(Amino Acids) Metabolism in
Monogastric Animals
Comparative Virology
International Agriculture and Resources Development
Plant Genome Analysis
Topic in Agro-Resources Science
Research Agri-Internships
Practical English
Scientific Writing and Presentation in English
Research Communication
Animal Germ Cell Regulation
Crop Genomics

2
1
2
2
2
2
1
2
1
2
2
2
2
2
2
2
2
1
1
1
1
2
2
1
1
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
1
1
1
1
2
2

(5) Environmental Science and Technology
Category
General Subjects within

CourseProject Research in Environmental Science and Technology

10

Credits4

the Major

Natural Environmental
Science

Environmental Science
for Agriculture andForestry

Project Research in Earth Science Da
Project Research in Earth Science Db
Project Research in Earth Science Dc
Seminar in Environmental Science and Technology Ⅰ
Seminar in Environmental Science and Technology Ⅱ
Seminar in Environmental Science and Technology Ⅲ
Seminar in Earth Science D
Special Lecture on Environmental Science and Technology
Lecture on the Global Warming from Regional Aspects D
Presentation of Research Progress Report D
Presentation Exercise D
Academic Writing Exercise D
Project Research Exercise on Abroad
ISI Journal Submission Exercise
Advanced Impact Assessment of Air Pollution
Advanced Atmospheric Pollutant Sciences
Global Agriculture and Food Science (Short Program)International Internship in Agriculture and Food Science(Intermediate Program)International Internship in Agriculture and Food Science (Long
Program)International Graduate Study in Agriculture and Food Science(Intermediate Program)International Graduate Study in agriculture and Food Science(Long Term)
Global Disaster Risk Reduction and Recovery (Short Program)International Internship in Disaster Risk Reduction and Recovery(Intermediate Program)International Internship in Disaster Risk Reduction and Recovery(Long Program)International Graduate Study in Disaster Risk Reduction andRecovery (Intermediate Program)International Graduate Study in Disaster Risk Reduction andRecovery (Long Program)Environmental Physics I
Environmental Physics Ⅱ
Advanced Chemistry of the Environment Ⅰ
Advanced Chemistry of the Environment Ⅱ
Advanced Chemistry of the Environment Ⅲ
Topics in Environmental Chemistry Ⅳ
Advanced Chemistry of the Environment Ⅴ
Advanced Course in Geophysics I
Advanced Course in Geophysics Ⅱ
Special Lecture of Earth Surface Environment I
Special Lecture of Earth Surface Environment Ⅱ
Structure and FunctionⅠ
Biological Diversity I
Biological Diversity Ⅱ
Biological Diversity Ⅲ
Conservation Biology I
Conservation Biology Ⅲ
Introduction to Structure Analysis
Applied Snow Hydrology
Advanced Agricultural Water Management
Ecosystem Function
Agricultural Environmental Systems
Advanced Ecological Genetics Ⅰ
Advanced Ecological Genetics Ⅱ
Forest Ecosystem Management Ⅰ

11

4
4
4
1
1
1
1
1
2
1
1
4
1
1
2
2
3
1
2
2
4
3
1
2
2
4
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2

Architecture and Civil
Engineering

Earth Science

Natural Disaster andEnvironmental Science

Forest Ecosystem Management Ⅱ
Forest Ecosystem Management Ⅲ
Environmental Biophysics
Forest Geoinfomatics
Design and Management of Agricultural Land and Rural
Community Ⅰ
Design of Hydraulic Structures
Systems Engineering for Agricultural Production
Topics in Agroinformatics
Vegetation Dynamics
Advanced Agricultural Machinery and Post Harvest Technology
Applied Snow Hydrology
Agricultural Engineering for Soil and Water Environment
Topics in Forest Ecosystem Management
Research Agri-Internships
Practical English
Scientific Writing and Presentation in English
Research Communication
Island Biogeograpgy
Structural Systems Ⅰ
Structural Systems Ⅱ
Structural Systems Ⅲ
Structural Mechanics and Computational Methods Ⅰ
Structural Mechanics and Computational Methods Ⅱ
Geotechnical Disaster Management
Space Design Ⅰ
Design Theories for Dwelling Space Ⅱ
Control of Architectural and Urban Environment Ⅰ
Control of Architectural and Urban Environment Ⅱ
Risk Management of Urban Water Quality
Nearshore Dynamics and Disaster Mitigation
Materials for Construction and Environmental
Numerical Modeling for Civil and Environmental Engineering
Landscape Planning Theory
Geological Engineering Exercise D
Science Communication Exercise D
Lithospheric Dynamics
Advanced Mineralogical Sciences
Isotope Geology
Arc volcanology
Deformation of Lithosphere
Theory of Deep Materials in the EarthFault Material Science
Paleobiogeography
Sedimentology of Clastic Materials
Co-evolution of Earth and Life
Microfossil Biostratigraphy
Paleobiology
Geosphere Environment
Topics in Snow and Ice Disasters
Numerical Hydrodynamics
Active Geological Process
Disasters by Slope Movements
Hazards by Slope Movement Ⅱ
Advanced Topics in Volcano-hydrologic Hazards

12

2
2
2
2
2
2
2
2
2
2
2
2
2
1
1
1
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2

3. General Guidelines for Coursework Requirements by Major and Area ofSpecialization
Table 4
Major
ProgramArea ofSpecialization

Fundamental Sciences

Physics

Chemistry

Mathematical
Science

Advanced Materials Science and Technology

Materials Scienceand Technology

Applied Chemistry
and Chemical
Engineering

Advanced
Mechanical Scienceand Engineering

Minimum Coursework Requirements
Courses offered
Courses offered within the area of specialization by other areas or
majorsAt least 14 credits (including following courses)

Total
credits･Projective Research in Physics Ⅰ(4)･Projective Research in Physics Ⅱ(4)･Seminar in Physics Ⅰ(2)･Seminar in Physics Ⅱ(2)At least 14 credits (including following courses)

Minimum
At least 2 credits 19 credits
required･Projective Research in Chemistry Ⅰ(4)･Projective Research in Chemistry Ⅱ(4)･Seminar in Chemistry Ⅰ(2)･Seminar in Chemistry Ⅱ(2)At least 14 credits (including following courses)

Minimum
At least 2 credits 19 credits
required

Minimum･Projective Research in Mathematical Science Ⅰ(4)At least 2 credits 19 credits･Projective Research in Mathematical Science Ⅱ(4)required･Exercise in Mathematical Science (2)･Interim Report (1)At least 19 credits (including following courses)･PhD-Course Project Research in Advanced
Materials Science and Technology Ⅰ(4)･PhD-Course Project Research in Advanced
Materials Science and Technology Ⅱ(4)･PhD-Course Project Research in Advanced
Materials Science and Technology Ⅲ(4)･PhD-Course Work for Materials Science andTechnology (2)･Presentation of Research Progress Report (1)At least 19 credits (including following courses)･PhD-Course Project Research in Advanced
Materials Science and Technology Ⅰ(4)･PhD-Course Project Research in Advanced
Materials Science and Technology Ⅱ(4)･PhD-Course Project Research in Advanced
Materials Science and Technology Ⅲ(4)･PhD-Course Work for Applied Chemistry andChemical Engineering(2)･Presentation of Research Progress Report (1)At least 19 credits (including following courses)･PhD-Course Project Research in Advanced
Materials Science and Technology Ⅰ(4)･PhD-Course Project Research in Advanced
Materials Science and Technology Ⅱ(4)･PhD-Course Project Research in Advanced
Materials Science and Technology Ⅲ(4)･Course Work in Mechanical Science andEngineering (2)･Presentation of Research Progress Report (1)13Minimum
At least 4 credits 23 credits
required

Minimum
At least 4 credits 23 credits
required

Minimum
At least 4 credits 23 credits
requiredAt least 19 credits (including following courses)

Electrical and Information Engineering

Information
Engineering

Electrical andElectronic
Engineering

Human Sciences
and Assistive
Technology

Life and Food Sciences

Life Sciences

Applied Life andFood Sciences

Agriculture andBioresources･Project Research in Electrical and Information
Engineering Ⅰ(4)･Project Research in Electrical and Information
Engineering Ⅱ(4)･Project Research in Electrical and Information
Engineering Ⅲ(4)･Exercises in Information Engineering(2)･Interim Report (1)At least 19 credits (including following courses)

Minimum
At least 4 credits 23 credits
required･Project Research in Electrical and Information
Engineering Ⅰ(4)･Project Research in Electrical and Information
MinimumEngineering Ⅱ(4)At least 4 credits 23 credits
required･Project Research in Electrical and Information
Engineering Ⅲ(4)･Exercises in Electrical and Electronic Engineering
Course (2)･Interim Report (1)At least 19 credits (including following courses)･Project Research in Electrical and Information
Engineering Ⅰ(4)･Project Research in Electrical and Information
Engineering Ⅱ(4)･Project Research in Electrical and Information
Engineering Ⅲ(4)･Exercises in Human Science and Assistive
Technology Course (2)･Interim Report (1)At least 15 credits (including following courses)

Minimum
At least 4 credits 23 credits
required･Advanced Graduate Study in Life and Food Science
Ⅰ(4)･Advanced Seminar in Life and Food Science Ⅰ(2)Minimum･Seminar in Current Topics Ⅰ(2)At least 4 credits 19 credits
required･Life Science Special Seminar Ⅱ(1)･Presentation Practice (Interim Presentation forDoctoral Thesis) (1)･Practice in Research Presentation (Presentation in
Scientific Meeting) (1)At least 17 credits (including following courses)･Advanced Graduate Study in Life and Food Science
MinimumⅠ(4)At least 2 credits 19 credits･Advanced Graduate Study in Life and Food Science
requiredⅡ(4)･Presentation Practice (1)At least 15 credits (including following courses)･Seminar on Agriculture and Bioresources Ⅰ(1)Minimum･Advanced Graduate Study in Life and Food Science At least 4 credits 19 credits
Ⅰ(4)required･Advanced Seminar in Life and Food Science Ⅰ(2)･Seminar in Current Topics Ⅰ(2)14At least 11 credits (including following courses)

Environmental Science and Technology

NaturalEnvironmental
Science

Environmental
Science for
Agriculture andForestry

Architecture andCivil Engineering

Earth Science

Natural Disasterand Environmental
Science

Minimum･Project Research in Environmental Science andAt least 4 credits 19 credits
Technology (4)required･Seminar in Environmental Science and Technology
Ⅰ(1)At least 11 credits (including following courses)
Minimum･Project Research in Environmental Science andAt least 4 credits 19 credits
Technology (4)required･Seminar in Environmental Science and Technology
Ⅱ(1)At least 11 credits (including following courses)
Minimum･Project Research in Environmental Science andAt least 4 credits 19 credits
Technology (4)required･Seminar in Environmental Science and Technology
Ⅲ(1)At least 15 credits (including following courses)･Project Research in Earth Science Da (4)･Project Research in Earth Science Db (4)･Presentation of Research Progress Report D (1)･Project Research in Earth Science Dc (4) or
Academic Writing Exercise D (4)･Seminar in Earth Science D (1) or Presentation
Exercise D (1)At least 11 credits (including following courses)

Minimum
At least 4 credits 19 credits
required

Minimum･Project Research in Environmental Science andAt least 4 credits 19 credits
Technology (4)required･Seminar in Environmental Science and Technology
Ⅰ(1)

15

4. Classification of Cour ses by I ntended Learning Outcomes and Requirements
for Major s and Specializations(1) Fundament al Sciences Major
Physics
1. Expected Outcomes through the Study of this Pr ogram
Students will(A) develop the ability to view nature, ethics, and humankind fr om a br oad per spective and to be aware of their
responsibility to them.
(B) develop the ability to under stand and apply advanced theories and technologies.
(B-1) develop the ability to understand par ticle physics both within and beyond the Standard Model at an advanced level
through experimental and theoretical appr oach.
(B-2) gain an advanced understanding of the structures and interactions at subatomic quantum systems as r egards
quarks, hadr ons, and atomic nuclei.
(B-3) learn advanced schemes of elucidating the basic laws and fundamental physical processes involved in the origin,
str ucture, and evolution of the universe, celestial objects – especially general-r elativistic celestial objects – ,the early
universe, the Milky Way, and the stars.
(B-4) gain an advanced understanding of the problems related to the initial processes involved in the formation of theelements which are the origin of matter in the universe, and the str uctur e of the existing stable nuclei and the unstable
nuclei far from the valley of stability.
(B-5) acquir e an advanced understanding of experimentation and computer simulation related to physical properties ofcomplex systems of solid electrolytes, irr egular semiconductor s, nanostr uctured materials, and so on.
(B-6) gain an advanced understanding of the structures and phase transitions of matter at the meso-scale, and masteradvanced data-analysis methods and development ability in numer ical computing.
(C) become pr oficient in identifying, analyzing, and solving pr oblems.
(D) demonstrate outstanding general academic communication skills.
(E) deliver per suasive pr esentations at international and other academic confer ences.
(F) utilize effective writing skills in academic jour nals.
2. List of Courses, Categorized by the Intended Educational Outcomes
Categor yElective/
Requir ed

CourseGeneral Natur al SciencesⅡ・Ⅲ・Ⅳ・Ⅴ(A)(Courses offered by other areas or major s)High Energy Physics Ⅰ
Advanced High Ener gy Physics Ⅱ
Gauge Field Theor y Ⅰ(B-1)
Gauge Field Theor y Ⅱ
Gauge Field Theor y Ⅲ
Non-pertur bative Field Theor y Ⅰ
Non-pertur bative Field Theor y Ⅱ
Topics in Quantum Chromodynamics Ⅰ
Subatomic Physics Ⅰ(B-2)
Topics in Nuclear Structure Ⅰ
Topics in Nuclear Structure Ⅱ
Studies in Astrophysics Ⅰ(B-3)
Studies in Astrophysics Ⅱ
I ntroduction to Muon Science(B-4)
Nuclear Quantum Many-Body Theory： Advanced
Topics in the Physics of Unstable Nuclei
The Physics of Superconductivity Ⅰ
The Physics of Superconductivity Ⅱ(B-5)
Physics of Strongly Corr elated Systems Ⅰ
Physics of Strongly Corr elated Systems Ⅱ
Physics of Disor dered Systems Ⅰ
Physics of Disor dered Systems Ⅱ(B-6)
Condensed Matter PhysicsⅠ
Computational Mater ial Science
Collaboration Exercise
Projective Resear ch in Physics Ⅰ
Projective Resear ch in Physics Ⅱ
Projective Resear ch in Physics Ⅲ
Seminar in Physics Ⅰ(A) (C) (D)Seminar in Physics Ⅱ(E) (F)
Seminar in Physics Ⅲ
Presentation Exercise Ⅰ
Presentation Exercise Ⅱ
Presentation Exercise Ⅲ
Academic Wr iting Exercise
ResearchCamp
Primar ily for DDP
Global Meeting
students (open to
Research I nternshipall)***
Joint Lecture

Elective
RequiredElective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Required
RequiredElective
Required
RequiredElective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective

Credits

Requir ement

1
2
2
2
2
2
2
2
2
2
2
At least 14 credits
2must be taken2from courses
2
offered within the2
area of2
specialization
2
including r equir ed
2courses, and at
2
least 2 cr edits
2should be earned
22
from those offered2
by other areas and2majors.
2(DDP students
2
may transfer up to1
six cr edits from4equivalent courses
4taken at their4
homeinstitution.)
2
2
2
1
1
1
1
2
2
2
2
Minimum 19 cr edits required.

* General Natural Sciences is recommended if this course was not taken previously within the master's program.
** DDP students may transfer up to six credits from equivalent courses taken at their home institution.
*** These courses are offered as general subjects within the doctoral program. These credits shall be counted as courses taken
outside the major or area of specialization.

16

（物理学コース）
３ ． E xampl e of Pl an of St ud y w i t h T r ansf er Cr ed i t[ SPECI AL CAUTION ]Thi s t abl e r epr esent s an example onl y. Si nce cr edi t s avai labl e for tr ansfer ar e r equir ed t o be appr oved by t he
Graduate School of Sci ence and Technology on a case-by-case basi s, students ar e st r ongl y encour aged to confer
wit h thei r advisor s r egar ding thi s mat t er after admissi on.
Cour seCat egor yRequir ed
Cour seMajor
Pr ogr am

El ect i ve
Course4

Pr oject ive Resear ch i n Physi cs Ⅱ

4

Not e
Tr ansfer

Semi nar i n Physics Ⅰ

2

Semi nar i n Physics Ⅱ

2

Tr ansfer

Cour ses offer ed wi t hi n t he area ofspeci al izat ion＞２*

At l east 14 cr edi t s(i ncl udi ng 6 t r ansf er cr edi t s)

Tot alCour ses pr imar il y for DDP
st udent s (which shall becount ed as cour ses t aken
out si de the major or ar ea ofspeci ali zat ion.)Ot herpr ogr ams

Cr edi t s

Pr oject ive Resear ch i n Physi cs Ⅰ

El ect i ve
CourseResear ch CampGl obal Meet i ng
Resear ch I nt er nship≧ 4

Joi nt L ectur e
Cour ses offer ed by ot her ar eas or major s

Tot alA t l east 2 cr edi t s

Gr and Tot al

M i ni mum 19 cr edi t s r equi r ed

* St udents ar e r ecommended t aking two elective cour ses offer ed wit hin the ar ea of specializat ion.

17

DDP student s arerecommended t aking
t wo of t hese cour ses (4cr edit s).

Chemist ry
1. Expect ed Out comes through t he St udy of t his Pr ogram
Student s will(A) develop t he ability to view nat ure, societ y and humankind fr om a br oad per spect ive and to be awar e of t heir(B) develop t he ability to under stand and apply advanced theories and technologies.
(B-1) gain an advanced ability to understand and elucidat e the reactions and st ructures of inorganic materials at the(B-2) become able to underst and and elucidate, at an advanced level, methods of synt hesizing organic compounds(B-3) acquire an advanced ability t o understand and elucidat e biopolymers based on an analysis of t heir molecular(B-4) acquire, at an advanced level, the ability to understand and elucidat e the str uct ur es and phase tr ansitions of(B-5) wit h regar d to chemical react ions, gain an advanced ability to under stand and elucidat e the basic pr ocesses of(C) become pr oficient in identifying, analyzing, and solving problems.
(D) demonstrat e outstanding general academic communication skills.
(E) deliver persuasive present ations at international and ot her academic conferences.
(F) utilize effect ive writ ing skills in academic journals.
2. List of Cour ses, Cat egorized by the I ntended Educational OutcomesElective/
Category
CourseRequiredElective
Gener al Natural ScienceesⅡ・Ⅲ・Ⅳ・Ⅴ(A)
Required(Courses offered by other areas or majors)
Elective
Struct ural Aspect s in Solution Chemist ry(B-1)
Elective
Topics in Chemical React ion in Solut ion
Elective
Radiat ion Measurement
Elective
Synthetic Organic Chemist ry
Elective
Topics in St ruct ur e-Activit y Relationships(B-2)
Elective
Topics in Oxidation and Reduct ion Reactions
Elective
Asymmetr ic Organic Synthesis
Elective
Molecular and Cellular Biochemist ry(B-3)
Elective
Chemistr y of Physiological Funct ion
Elective
Topics in St ruct ur e of Condensed Matt er(B-4)
Elective
Molecular Dynamics Simulat ion
Elective
Dynamics in Chemical Reaction(B-5)
Elective
Quantum React ion Dynamics
Required
Pr ojective Research in Chemist ry Ⅰ
Required
Pr ojective Research in Chemist ry Ⅱ
Elective
Pr ojective Research in Chemist ry Ⅲ
RequiredSeminar in Chemistr y Ⅰ(A) (C) (D)RequiredSeminar in Chemistr y Ⅱ
Elective(E) (F)
Seminar in Chemistr y Ⅲ
Elective
Pr esentation Exercise Ⅰ
Elective
Pr esentation Exercise Ⅱ
Elective
Pr esentation Exercise Ⅲ
Elective
Academic Writ ing Exercise
Elective
Resear ch Camp
Primarily for DDP
Elective
Global Meet ing
students (open toElective
ResearchInternshipall)***
Elective
Joint LecturePrimarily for DDP
Struct ural Aspect of Complex Format ion in
students (open to
Solutionall)****

Elective

Credits
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
4
4
4
2
2
2
1
1
1
1
2
2
2
2

Requirement

At least 14 credits
must be takenfrom courses
offered within thearea ofspecializat ion
includingrequired courses,
and at least 2
credits should be
earned from thoseoffered by otherareas and majors.
(DDP st udents
may transfer up
to six credits fromequivalentcourses taken attheir homeinst it ut ion.)

2
Minimum 19 credit s required.

* General Natural Sciences is recommended if t his course was not taken previously wit hin t he master's program.
** Classes common t o bot h t he mast er's and doct oral programs may only count toward one program or t he ot her. Classes already*** These courses are offered as general subject s wit hin t he doct oral program. These credit s shall be count ed as courses t aken**** These credit s shall be counted as courses t aken wit hin the area of specializat ion.

18

（化学コース）
３ ． E xampl e of Pl an of St udy w i t h Tr ansf er Cr edi t[ SPECI AL CAUTION ]Thi s t abl e r epr esent s an example onl y. Si nce cr edi t s avai labl e for tr ansfer ar e r equir ed t o be appr oved by t he
Graduate School of Sci ence and Technology on a case-by-case basi s, students ar e st r ongl y encouraged to confer
wit h thei r advisor s r egar ding this mat t er after admissi on.
Cat egor yRequir ed
Cour seMajor
Pr ogr am

El ect i ve
CourseCour se4

Pr oject ive Resear ch i n Chemi st r y Ⅱ

4

Not e
Tr ansfer

Semi nar i n Chemist r y Ⅰ

2Semi nar i n Chemist r y Ⅱ

2

Tr ansfer

Cour ses offer ed wi t hi n t he area ofspeci al izat ion＞２*

At l east 14 cr edi t s(i ncl udi ng 6 t r ansf er cr edi t s)

Tot alCour ses pr imar il y for DDP
st udent s (which shall becount ed as cour ses t aken
out si de the major or ar ea ofspeci ali zat ion.)Ot herpr ogr ams

Cr edi t s

Pr oject ive Resear ch i n Chemi st r y Ⅰ

El ect i ve
CourseResear ch CampGl obal Meet i ng
Resear ch I nt er nship≧ 4

Joi nt Lectur e
Cour ses offer ed by ot her ar eas or major s

Tot alA t l east 2 cr edi t s

Gr and Tot al

M i ni mum 19 cr edi t s r equi r ed

* St udents ar e r ecommended t aking two elective cour ses offer ed wit hin the ar ea of specializat ion.

19

DDP student s arerecommended t aking
t wo of t hese cour ses (4cr edit s).

M at hemat i cal Sci ence
1. Expect ed Out comes t hr ough t he St udy of t hi s Pr ogr am
St udent s wi l l(A) develop the ability to view nature, society and humankind from a broad perspective and to be aware of their(B) by understanding both the mathematical structures that appear in the information and computing sciences as(C) acquire the ability to understand and apply theories from fields related to mathematical science and information(C-1) the ability to research and apply the structures of function spaces and the structures of operators defined on(C-2) the ability to systematically research and apply theories related to algebraic geometry, number theory,(C-3) the ability to research and apply information science: algebraic theory, including formula manipulation,(D) develop the ability to identify, analyze, and solve issues; demonstrate outstanding general academic
2. L i st of Cour ses, Cat egor i zed by t he I nt ended Educat i onal Out comesElective/
Credits Requirement
Category
CourseRequired4
Projective Research in Mathematical Science Ⅰ Required
4
Projective Research in Mathematical Science Ⅱ Required
At least 11
Elective(B) (C) (D)4
Projective Research in Mathematical Science Ⅲ
credits
Required2
Exercise in Mathematical Science
Required1
I nterim Report
Required(Courses offered by other areas or majors)
2
At least 2(A) (B)
Elective
Seminar in Mathematical Science Ⅰ
2Elective
2
Seminar in Mathematical Science Ⅱ
Elective
2
Seminar in Mathematical Science Ⅲ
Elective(B) (C) (D)2Literature Reading Ⅰ
Elective2
Literature Reading Ⅱ
Elective2
Literature Reading Ⅲ
Elective2
I nternal and External Presentation
Elective
2
Operator Algebra
Elective
2
Complex Analysis(C-1)
Elective
2
Function Spaces
At least 3
Elective
2
Applied Partial Differential Equationcredits
Elective
2
Riemannian Manifold
Elective
2
Algebraic Geometry(C-2)
Elective
2
Global Differential Geometry
Elective2
Number Theory
Elective
2
Topology
Elective
2
Advanced I nformation Statistics
Elective
2
Advanced Theory for Optimization(C-3)
Elective
2
Advanced Applied Statistics
Elective
2
Advanced Mathematical Programming
Elective
Advanced Theory on Mathematical Systems
2
Elective2
Research Camp
Primarily forElective
2
Global Meeting
DDP students***
Elective2
Research I nternship(open to all)
Elective
2
Joint Lecture
Minimum 19 credits required. ( including 13 credits from required courses)* Classes common t o bot h t he mast er's and doct oral programs may only count t oward one program or t he ot her. Classes already** DDP st udent s may t ransfer up t o six credit s from equivalent courses t aken at t heir home inst it ut ion.
*** These courses are offered as general subject s wit hin t he doct oral program. These credit s shall be count ed as courses t aken
out side t he major or area of specializat ion.

20

（数理科学コース）
３ ． Exampl e of Pl an of St udy wi t h Tr ansfer Cr edi t[ SPECI AL CAUTI ON ]This tabl e r epresent s an exampl e onl y. Since cr edit s avail abl e for t r ansfer ar e r equi r ed to be appr oved by t he
Gr aduat e School of Science and Technol ogy on a case-by-case basis, st udent s are st r ongly encour aged to confer
wit h their advisor s regarding t his mat t er aft er admi ssi on.
Categor y

Requi red
Cour se

Major
Progr amEl ecti ve
Cour seCour seCr edi t s

Pr oject i ve Research i n Mat hemati cal Sci ence Ⅰ

4

Pr oject i ve Research i n Mat hemati cal Sci ence Ⅱ

4

Exer ci se i n Mat hemati cal Sci ence2

Inter i m Repor t

1

Tr ansfer cr edi t

2

Cour ses offer ed wit hi n the ar ea ofspecial i zat i on

＞１

Tr ansfer

Tr ansfer

A t l east 14 cr edi t s(i ncl udi ng 6 t r ansfer cr edi t s)

Tot alCourses pr imar i ly for DDP
st udent s (which shal l becount ed as cour ses t aken
out side t he major or ar ea ofspeci al izat ion.)Ot herpr ogr ams

Not e

El ecti ve
Cour seResear ch CampGl obal Meet ing
Resear ch I nt er nshi p≧ 4

Joint Lect ur e
Cour ses offer ed by ot her ar eas or major s

Tot alAt l east 2 cr edi t s

Gr and Tot al

M i ni mum 19 cr edi t s r equi r ed

21

DDP st udents arer ecommended t aking
two of these cour ses (4cr edit s).

(2) Advanced Mat erials Science and Technology Major
Materials Science and Technology
1. Expected Out comes through t he St udy of t his Program
St udent s will(A) become proficient in ident ifying, analyzing, and solving pr oblems.
(A-1) become capable in identifying, analyzing, and solving problems relat ed to funct ional mat erials concerining
optoelectronics, met al-hydrogen systems, magnet ism, and superconduct ivit y by applying the advanced theories andskills based on mat erials science and technology.
(A-2) aquire t he abilit y to identify, analyze, and solve problems related t o inorganic nano-marerials, hybridmaterials,hybrid mat erials, and biomaterials by applying t he advanced t heories and skills based on materials
science and technology.
(B) develop the abilit y to view nat ure, societ y and humankind from a broad perspect ive and t o be aware of t heir
responsibilit y to t hem.
(C) demonst rat e out standing general academic communicat ion skills; deliver persuasive present at ions at
int ernat ional academic conferences; and utilize effect ive writ ing skills in academic journals.
2. List of Courses, Cat egorized by the I nt ended Educational Out comesElective/
Cat egoryCourseRequiredElective
Solid St at e Physics
Elective
Optoelect onic Device Materials(A-1)
Elective
Magnet ic Materials
Elective
Superconductivity
Elective
Electronic Properties of Metallic Mat erials
Elective
Funct ional I nor ganic Mat erials
Elective
Phot ofunctional Chemistr y
Elective
Nanomat er ials Chemist r y, Advanced Course
Elective
Design of Composit e Materials(A-2)
Elective
Design of Biomaterials
Elective
Biochemical React ion Engineering
Elective
Strengt h of Funct ional Materials
Elective
Soft Material Engineering
Colloquia and Discussions for Technical Reading Ⅰ
Colloquia and Discussions for Technical Reading Ⅱ
Colloquia and Discussions for Technical Reading Ⅲ
PhD-Course Seminar in Advanced Materials Science and Technology Ⅰ
PhD-Course Seminar in Advanced Materials Science and Technology Ⅱ
PhD-Course Seminar in Advanced Materials Science and Technology Ⅲ(B) (C)

PhD-Cour se Pr oject Research in Advanced Mat er ials Science and Technology Ⅰ
PhD-Cour se Pr oject Research in Advanced Mat er ials Science and Technology Ⅱ
PhD-Cour se Pr oject Research in Advanced Mat er ials Science and Technology Ⅲ(Courses offered by ot her areas or majors)
PhD-Course Work for Mat erials Science and Technology

Elective
Elective
Elective
Elective
Elective
Elective
Required
Required
Required
Requiredelective
Required
RequiredElective
Elective
Elective
Elective
Elective
Elective

Credit s
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
4
4
4

Requirement

At least 4
credit s from (A1) or (A-2)

At least 19
credit s must be
t aken from t his
cat egoryincluding 4
credit s fromrequired
At least 4
electivecredits
coureses offered2
by ot her areas
1or majors
2

Present aｔion of Research Progress Report
Seminar for Research Presentat ion
I nt ernship for Doct oral Courses
1
Research Camp
2
Global Meet ing
2
Primarily for**
ResearchInternship
2
DDP st udent s
Joint Lecture2(open t o all)
Elective
2***
Advanced Smart Material
Minimum 23 credit s required. (At least 19 credit s must be t aken from required courses including 4 credit sfrom required elect ive courses offered by ot her areas or majors, and at least 4 credit s should be earned
from elect ive courses.)* DDP student s may transfer up t o eight credits from equivalent courses taken at their home institution.
** These courses are offered as general subjects within the doctoral program. These credits shall be counted as courses taken
outside the major or area of specialization.
*** These credits shall be counted as courses taken within the area of specialization.(A-2)

22（機能材料科学コース）
３ ． E xampl e of Pl an of St udy w i t h Tr ansf er Cr edi t[ SPECI AL CAUTI ON ]Thi s t abl e r epr esent s an exampl e only. Si nce cr edi t s avai labl e for t r ansfer ar e r equi r ed t o be appr oved by t he
Gr aduat e School of Sci ence and Technol ogy on a case-by-case basi s, st udent s ar e st r ongl y encour aged t o confer
wi t h t hei r advi sor s r egar di ng t hi s mat t er aft er admi ssi on.
Cat egor yRequi r ed
Cour seMajor
Pr ogr am

Elect i ve
Cour seCour seNot e

PhD-Cour se Pr oject Resear ch i n Advanced
Mat er i al s Sci ence and Technology Ⅰ

4

PhD-Cour se Pr oject Resear ch i n Advanced
Mat er i al s Sci ence and Technology Ⅱ

4Tr ansfer

PhD-Cour se Pr oject Resear ch i n Advanced
Mat er i al s Sci ence and Technology Ⅲ

4Tr ansfer

PhD-Cour se Wor k for Mat er i al s Sci ence andTechnol ogy

2

Pr esent ai on of Resear ch Pr ogr ess Repor t

1

Cour ses offer ed wi t hi n t he ar ea ofspeci al izat i on

≧ 4*

A t l east 19 cr edi t s(i ncl udi ng 8 t r ansf er cr edi t s)

Tot alCour ses pr i mar i ly for DDP
st udent s (whi ch shal l becount ed as cour ses t aken
out si de t he major or ar ea ofspeci al izat i on.)Ot herpr ogr ams

Cr edi t s

Elect i ve
Cour seResear ch CampGl obal Meet i ng
Resear ch I nt er nship≧ 4

Joi nt Lect ur e

DDP students ar er ecommended taking
two of these cour ses (4cr edits).

Cour ses offer ed by ot her ar eas or major s

Tot alA t l east 4 cr edi t s

Gr and Tot al

M i ni mum 23 cr edi t s r equi r ed

* Students ar e r ecommended taking two elective cour ses (4 cr edits) offer ed within the ar ea of specialization.

23

Applied Chemist ry and Chemical Engineering
1. Expected Out comes through t he St udy of t his Program
St udent s will(A) develop the abilit y to view nat ure, societ y and humankind from a broad perspect ive and t o be aware of t heir
responsibilit y to t hem.
(B) master advanced, specialized knowledge relat ed t o optimizing the manufacturing and funct ions of cut ting-edge
functional mat erials and t o manufacturing efficient production systems for such mat erials; and gain an abilit y to
discover and solve related problems.
(B-1) gain the abilit y to understand and apply knowledge related to manufacturing advanced, highly funct ional
subst ances and materials by means of designing, synt hesizing and functionally analyzing t hem at t he at omic andmolecular levels.
(B-2) acquire an ability t o underst and and apply knowledge relat ed to construct ing efficient, environment allyfriendly product ion syst ems and green t echnologies.
(C) demonst rat e out standing general academic communicat ion skills; deliver persuasive present at ions at
int ernat ional academic conferences; and utilize effect ive writ ing skills in academic journals.
2. List of Courses, Cat egorized by the I nt ended Educational Out comesElective/
Cat egoryCourseRequiredElective
PhD-Course Seminar in Advanced Materials Science and Technology Ⅰ(A)
PhD-Course Seminar in Advanced Materials Science and Technology Ⅱ(B)

PhD-Course Seminar in Advanced Materials Science and Technology Ⅲ(Courses offered by ot her areas or majors)

Elective
Elective
Requiredelective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Required
Required
Required
Required
RequiredElective
Elective
Elective
Elective

Credit s

Requirement222
At least 4
credits2
At least 42credit s must be
2
Chemistry for Transformat ion of Exicted Organic Molecules2t aken from
Chemical Thermodynamics for I norganic Mat erials
2
courses offered(B-1)
Synthesis of Biologically Act ive Nat ural Product s
2
wit hin the area
I nor ganic Solid State Chemist r y2ofStruct ures and Properties of Nat ural Product s
2
specializat ion,
Mat erial Analysis Chemist r y
2
and at least 4
Design of I nor ganic Mat erials
2
credits should
Thermal Ener gy Physics and Chemist ry
2
beearnedfrom
Funct ions and Control of Fine Particulate Materials
2t hose offered by
Mass Transfer in Production Processes
2Management of Waste Mat erials
2
ot her areas or(B-2)
Advanced Biochemical Engineering
2
majors.
Development of Composite Part icles
2
Fine Powder Technology
2
Advanced Chemical Materials Production Apparatuses
2
Colloquia and Discussions for Technical Reading Ⅰ
2
Colloquia and Discussions for Technical Reading Ⅱ
2
Colloquia and Discussions for Technical Reading Ⅲ
2
Seminar for Research Presentat ion
2(C)
PhD-Cour se Pr oject Research in Advanced Mat er ials Science and Technology Ⅰ
4
PhD-Cour se Pr oject Research in Advanced Mat er ials Science and Technology Ⅱ
4
15 credits
PhD-Cour se Pr oject Research in Advanced Mat er ials Science and Technology Ⅲ
4
PhD-Course Work for Applied Chemistry and Chemical Engineering
2
Present aion of Research Progress Report1
Research Camp
2
Primarily for
Global Meet ing
2
DDP st udent s**
Research I nternship2(open t o all)
Joint Lecture
2
Minimum 23 credit s required. (At least 15 credit s must be t aken from required courses, and at least 8
credit s should be earned from elective courses including 4 credit s from courses offered by other areas or
majors and 4 credit s from those offered wit hin the area of specializat ion.)
Molecular Design of Well-defined Macromolecules
Chemist ry for Controlled Material React ion
Molecular Design of Funct ional Polymers* DDP student s may transfer up t o eight credits from equivalent courses taken at their home institution.
** These courses are offered as general subjects within the doctoral program. These credits shall be counted as courses taken
outside the major or area of specialization.

24

（素材生産科学コース）
３ ． E xampl e of Pl an of St udy w i t h Tr ansf er Cr edi t[ SPECI AL CAUTI ON ]Thi s t abl e r epr esent s an exampl e only. Si nce cr edi t s avai labl e for t r ansfer ar e r equi r ed t o be appr oved by t he
Gr aduat e School of Sci ence and Technol ogy on a case-by-case basi s, st udent s ar e st r ongl y encour aged t o confer
wi t h t hei r advi sor s r egar di ng t hi s mat t er aft er admi ssi on.
Cat egor yRequi r ed
Cour seMajor
Pr ogr am

Elect i ve
Cour seCour seNot e

PhD-Cour se Pr oject Resear ch i n Advanced
Mat er i al s Sci ence and Technology Ⅰ

4

PhD-Cour se Pr oject Resear ch i n Advanced
Mat er i al s Sci ence and Technology Ⅱ

4Tr ansfer

PhD-Cour se Pr oject Resear ch i n Advanced
Mat er i al s Sci ence and Technology Ⅲ

4Tr ansfer

PhD-Cour se Wor k for Appli ed Chemist r y andChemical Engi neer i ng

2

Pr esent ai on of Resear ch Pr ogr ess Repor t

1

Cour ses offer ed wi t hi n t he ar ea ofspeci al izat i on

≧ 4*

A t l east 19 cr edi t s(i ncl udi ng 8 t r ansf er cr edi t s)

Tot alCour ses pr i mar i ly for DDP
st udent s (whi ch shal l becount ed as cour ses t aken
out si de t he major or ar ea ofspeci al izat i on.)Ot herpr ogr ams

Cr edi t s

Elect i ve
Cour seResear ch CampGl obal Meet i ng
Resear ch I nt er nship≧ 4

Joi nt Lect ur e

DDP students ar er ecommended taking
two of these cour ses (4cr edits).

Cour ses offer ed by ot her ar eas or major s

Tot alA t l east 4 cr edi t s

Gr and Tot al

M i ni mum 23 cr edi t s r equi r ed

* Students ar e r ecommended taking two elective cour ses (4 cr edits) offer ed within the ar ea of specialization.

25

Advanced Mechanical Science and Engineering
1. Expected Out comes through t he St udy of t his Program
St udent s will(A) develop the abilit y to view nat ure, societ y and humankind from a broad perspect ive and t o be aware of t heir
responsibilit y to t hem.
(B) become proficient in ident ifying, analyzing, and solving pr oblems.
(B-1) acquire an ability t o evaluate and analyze machinery and equipment ; and t o underst and and use highly
functional, miniat urized t echnology as well as the medical applicat ions of nano-t echnology and nanobiology.
(B-2) gain the abilit y to understand the int egrated dynamic-characterist ic analysis, and t he safet y and st abilit yevaluation technologies of t he mechanical and struct ural syst ems that const itute product ion systems; and learn t oapply t hat knowledge t o designing such systems.
(B-3) gain the abilit y to understand and apply: materials-related plasticit y control, microst ructure control andmicroprocessing technologies; t he designing of micromechanical part s; t he scient ific cont rol of material surfaces andint erfaces; and manufacturing technologies t hat have lit t le impact on t he environment.
(C) demonst rat e out standing general academic communicat ion skills; deliver persuasive present at ions at
int ernat ional academic conferences; and utilize effect ive writ ing skills in academic journals.
2. List of Courses, Cat egorized by the I nt ended Educational Out comesElective/
RequiredCat egoryCourse（ A）

PhD-Course Seminar in Advanced Materials Science and Technology Ⅰ
PhD-Course Seminar in Advanced Materials Science and Technology Ⅱ（ B）

PhD-Course Seminar in Advanced Materials Science and Technology Ⅲ(Courses offered by ot her areas or majors)

Elective
Elective
Elective
Requiredelective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Required
Required
Required
Required
RequiredElective
Elective
Elective
Elective

Credit s

Requirement222
At least 4
credits

At least 42credit s must be22
t aken from2
courses offered2
wit hin the area
2
of
（B-2)
2
specializat ion,2
and at least 42credits should2
beearnedfrom
I ntellectual Applications of Laser Scanning2t hose offered by
X-ray Study of Mechanical Behavior of Materials
2(B-3)
Advanced Micromachine Engineering
2
ot her areas or
Mat erials Joining and Welding Technology
2
majors.
Advanced Environmental Ener gy Engineering
2
Colloquia and Discussions for Technical Reading Ⅰ
2
Colloquia and Discussions for Technical Reading Ⅱ
2
Colloquia and Discussions for Technical Reading Ⅲ
2
Seminar for Research Presentat ion
2
I nt ernship for Doct oral Courses
1(C)
PhD-Cour se Pr oject Research in Advanced Mat er ials Science and Technology Ⅰ
4
PhD-Cour se Pr oject Research in Advanced Mat er ials Science and Technology Ⅱ
4
15 credits
PhD-Cour se Pr oject Research in Advanced Mat er ials Science and Technology Ⅲ
4
Course Work in Mechanical Science and Engineering
2
Present aion of Research Progress Report1
ResearchCamp
2
Primarily for
Global Meet ing
2
DDP st udent s**
Research I nternship2(open t o all)
Joint Lecture
2
Minimum 23 credit s required. (At least 15 credit s must be t aken from required courses, and at least 8
credit s should be earned from elective courses including 4 credit s from courses offered by other areas or
majors and 4 credit s from those offered wit hin the area of specializat ion.)（B-1)

Bionic Design and Mat erials
Transport Phenomena in Product ion
Complex Fluid Engineering
Flow Visualizat ion and I mage Measurement
I nt elligent Robotics
Applied Acoust ics
Design Syst em
Cont rol Theor y for Mechanical Syst ems
Advanced KANSEI Microbotic Systems
Strengt h and Fract ure of Materials* DDP student s may transfer up t o eight credits from equivalent courses taken at their home institution.
** These courses are offered as general subjects within the doctoral program. These credits shall be counted as courses taken
outside the major or area of specialization.

26

（機械科学コース）
３ ． E xampl e of Pl an of St udy w i t h Tr ansf er Cr edi t[ SPECI AL CAUTI ON ]Thi s t abl e r epr esent s an exampl e onl y. Si nce cr edi t s avai labl e for t r ansfer ar e r equir ed t o be appr oved by t he
Gr aduat e School of Science and Technol ogy on a case-by-case basi s, st udent s ar e st r ongl y encour aged t o confer
wi t h t hei r advi sor s r egar di ng t his mat t er aft er admissi on.
Cat egor yRequi r ed
Cour seMajor
Pr ogr am

Elect i ve
Cour seCour seNot e

PhD-Cour se Pr oject Resear ch i n Advanced
Mat er i als Science and Technol ogy Ⅰ

4

PhD-Cour se Pr oject Resear ch i n Advanced
Mat er i als Science and Technol ogy Ⅱ

4Tr ansfer

PhD-Cour se Pr oject Resear ch i n Advanced
Mat er i als Science and Technol ogy Ⅲ

4Tr ansfer

Cour se Wor k i n Mechani cal Sci ence andEngineer i ng

2

Pr esent ai on of Resear ch Pr ogr ess Repor t

1

Cour ses offer ed wi t hi n t he ar ea ofspeci ali zat i on

≧ 4*

A t l east 19 cr edi t s(i ncl udi ng 8 t r ansf er cr edi t s)

Tot alCour ses pr i mar i ly for DDP
st udent s (whi ch shal l becount ed as cour ses t aken
out si de t he major or ar ea ofspeci al izat i on.)Ot herpr ogr ams

Cr edi t s

Elect i ve
Cour seResear ch Camp
Global Meet i ng
Resear ch I nt er nshi p≧ 4

Joint Lect ur e

DDP students ar er ecommended taking
two of these cour ses (4cr edits).

Cour ses offer ed by ot her ar eas or major s

Tot alA t l east 4 cr edi t s

Gr and Tot al

M i ni mum 23 cr edi t s r equi r ed

* Students ar e r ecommended taking two elective cour ses (4 cr edits) offer ed within the ar ea of specialization.

27

(3) Elect rical and I nformation Engineering Major
I nformation Engineering
1. Expected Out comes through t he St udy of t his Program
St udent s will(A) develop the abilit y to view nat ure, societ y and humankind from a broad perspect ive and t o be aware of t heir
responsibilit y to t hem.
(B) acquire t he ability t o underst and and apply basic theories and t echnologies from the following fields:(B-1) t he fields of telecommunicat ion networks and wave informat ion engineering, which cont ribut e to the growt hof societ ies wit h access to advanced informat ion and ubiquit ous networks:(B-2) cut ting-edge I T t echnology fields in the following areas: software engineering, art ificial
int elligence,electronics for assist ive technology, geographic informat ion systems, and so on:(B-3) analysis, algebraic, and other information and computing fields necessary for understanding the behaviors ofsyst ems in t he nat ural world and t he man-made world.
(C) become proficient in ident ifying, analyzing, and solving pr oblems; demonst rate outstanding general academic
communication skills; deliver persuasive presentations at int ernational and other academic conferences; become
proficient in t he t ime management skills required for managing academic project s, from t he beginning t o t hesubmission of the final report , according t o specified deadlines; and utilize effect ive writ ing skills in academic
journals.
2. List of Courses, Cat egorized by the I nt ended Educational Out comesElective/
Cat egoryCourseRequired
Required
Exercises in I nformat ion Engineering
Special Lectures on Elect rical and I nformat ion Engineering(A)
Elective
Required(Courses offered by ot her areas or majors)
Elective
I nt ernal and External Presentation(C)
Required
I nt erim Report

(B)

(B-1)

(B-2)

(B-3)

Primarily for
DDP st udent s(open t o all)Credit s

Requirement

2
At least 61credit s
4
2
At least 1 credit
1
Required
Project Research in Electrical and I nformation Engineering Ⅰ
4
Required
Project Research in Electrical and I nformation Engineering Ⅱ
4
Required
Project Research in Electrical and I nformation Engineering Ⅲ
4
Seminar in Electrical and I nformation Engineering Ⅰ Elective
2
At least 12
Seminar in Electrical and I nformation Engineering Ⅱ Elective
2
credit s
Seminar in Electrical and I nformation Engineering Ⅲ Elective
2
Elective
Liter at ur e Reading Ⅰ
2Elective
Liter at ur e Reading Ⅱ
2Elective
Liter at ur e Reading Ⅲ
2
Elective
Advanced Mobile Communicat ions2Elective
Remot e Sensing
2
Elective
Advanced Wireless Communicat ion Systems
2
Advanced Course on Distribut ed and Cooperat ive MediaElective
2
Elective
Spatial Signal Cont rol Course
2Elective
Theor y of Algorithms
2Elective
Human I nformat ion Science
2Elective
GI S and Measuring Syst em
2
At least 4
Elective
Advanced Genome I nformat ics
2
credit s
Elective
Advanced Topics in Models of Computation
2
I nformat ion Securit y and I nt ellient I nfrastruct ur Elective
2
Elective
I nt roduct ion to Data Science
2Elective
Algebraic Geomet r y and it s Application
2
Elective
Mat hematical Analysis
2Elective
Funct ional Analytic Discr et e Gr oup Theory
2
Elective
Mat hematical Syst ems and Cont rol Theor y
2Elective
Applied Part ial Different ial Equation
2
Elective
Research Camp
2
Elective
Global Meet ing
2**
Elective
Research I nternship2Elective
Joint Lecture
2
Minimum 23 credit s required. (including 19 credits from requir ed courses)* DDP student s may transfer up t o eight credits from equivalent courses taken at their home institution.
** These courses are offered as general subjects within the doctoral program. These credits shall be counted as courses taken
outside the major or area of specialization.

28

（情報工学コース）
３ ． E xampl e of Pl an of St udy w i t h Tr ansf er Cr edi t[ SPECI AL CAUTI ON ]Thi s t abl e r epr esent s an exampl e only. Si nce cr edi t s avai labl e for t r ansfer ar e r equi r ed t o be appr oved by t he
Gr aduat e School of Sci ence and Technol ogy on a case-by-case basi s, st udent s ar e st r ongl y encour aged t o confer
wi t h t hei r advi sor s r egar di ng t hi s mat t er aft er admi ssi on.
Cat egor yRequi r ed
Cour seMajor
Pr ogr am

Elect i ve
Cour seCour seCr edi t s

Pr oject Resear ch i n El ect r i cal and I nfor mat ion
Engi neer ing Ⅰ

4Pr oject Resear ch i n El ect r i cal and I nfor mat ion
Engi neer ing Ⅱ

4

Tr ansfer

Pr oject Resear ch i n El ect r i cal and I nfor mat ion
Engi neer ing Ⅲ

4Tr ansfer

Exer cises i n I nfor mat i on Engineer i ng

2

I nt er i m Repor t

1

Cour ses offer ed wi t hi n t he ar ea ofspeci al izat i on

≧ 4*

A t l east 19 cr edi t s(i ncl udi ng 8 t r ansf er cr edi t s)

Tot alCour ses pr i mar i ly for DDP
st udent s (whi ch shal l becount ed as cour ses t aken
out si de t he major or ar ea ofspeci al izat i on.)Ot herpr ogr ams

Not eElect i ve
Cour seResear ch CampGl obal Meet i ng
Resear ch I nt er nship≧ 4

Joi nt Lect ur e

DDP students ar er ecommended taking
two of these cour ses (4cr edits).

Cour ses offer ed by ot her ar eas or major s

Tot alA t l east 4 cr edi t s

Gr and Tot al

M i ni mum 23 cr edi t s r equi r ed

* Students ar e r ecommended taking two elective cour ses (4 cr edits) offer ed within the ar ea of specialization.

29Elect r ical and Elect r onic Engineer ing
1. Expect ed Out comes t hr ough t he St udy of t his Pr ogr am
St udent s will(A) develop t he abilit y t o view nat ure, societ y and humankind from a broad perspect ive and t o be aware of t heir
responsibilit y t o t hem.
(B) develop t he abilit y t o underst and and apply basic t heories and t echnologies relat ed t o elect rical and elect ronicengineering, t he nat ural sciences, and informat ion t echnologies.
(B-1) develop t he abilit y t o underst and and apply fundament al t echnologies relat ed t o t he fields of elect rical energy
and elect ronics.
(B-2) develop t he abilit y t o underst and and apply fundament al t echnologies relat ed t o signal processing,communicat ion syst ems, opt ical and measurement cont rol, and applied opt ics.
(C) become proficient in ident ifying, analyzing, and solving pr oblems; demonst rat e out st anding general academic
communicat ion skills; deliver persuasive present at ions at academic conferences; and become proficient in t he t ime
management skills required for managing academic project s, from t he beginning t o t he submission of t he final
report , according t o specified deadlines.
2. L ist of Cour ses, Cat egor ized by t he I nt ended Educat ional Out comesElect ive/
Cat egoryCourseRequired

(B-1)

(B-2)

(C)

Primarily for
DDP st udent s(open t o all)Requirement2222At least 6
Lit er at ur e Reading I
2credit s
Lit er at ur e Reading Ⅱ
2
Lit er at ur e Reading Ⅲ
2
Special Lect ures on Elect rical and I nformat ion Engineering
1(Courses offered by ot her areas or majors)
4
Applied Superconduct ing Technology
2
Plasma Processing Technology
2Elect romagnet ic Ener gy Engineering
2
Ener gy Applicat ion Device2
Device/Ener gy Syst ems
2
High Volt age Pulse Engineering
2Superconduct ing Ener gy Syst ems
2
Advanced Lect ure on Nano Phot onics
2
At least 4
Thin Films and Applicat ion
2
Molecular Elect ronics
2
credit s
Telecommunication Systems and Their Trends and Edges
2
Advanced Devices for I nformat ion Technologies
2
Laser Physics
2
Thin Film Opt ical Devices
2
Advanced Topics on Spread Spectrum Communications
2
Select ed Topics in Digit al Signal Processing
2
Selected Topics in Multidimensional Signal Processing
2
Opt ical Nanomet r ology
2
Project Research in Elect rical and I nformat ion Engineering Ⅰ
4
Project Research in Elect rical and I nformat ion Engineering Ⅱ
4
At least 13
Project Research in Elect rical and I nformat ion Engineering Ⅲ
4credit s
I nt ernal and Ext ernal Present at ion
2
I nt erim Report1
Research Camp
2
Global Meet ing
2**
Research I nt ernship2
Joint Lect ure
2Minimum 23 credit s required. (including 19 credit s from requir ed courses)
Seminar in Elect rical and Elect ronic Engineering Course Ⅰ
Seminar in Elect rical and Elect ronic Engineering Course Ⅱ
Seminar in Elect rical and Elect ronic Engineering Course Ⅲ
Exercises in Elect rical and Elect ronic Engineering Course(A) (B)

Credit s

Elective
Elective
Elective
RequiredElective
Elective
Elective
Elective
RequiredElective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Required
Required
RequiredElective
RequiredElective
Elective
Elective
Elective* DDP students may transfer up to eight credits from equivalent courses taken at their home institution.
** These courses are offered as general subjects within the doctoral program. These credits shall be counted as courses taken
outside the major or area of specialization.

30

（電気電子工学コース）
３ ． E xampl e of Pl an of St udy w i t h Tr ansf er Cr edi t[ SPECI AL CAUTI ON ]Thi s t abl e r epr esent s an exampl e only. Si nce cr edi t s avai labl e for t r ansfer ar e r equi r ed t o be appr oved by t he
Gr aduat e School of Sci ence and Technol ogy on a case-by-case basi s, st udent s ar e st r ongl y encour aged t o confer
wi t h t hei r advi sor s r egar di ng t hi s mat t er aft er admi ssi on.
Cat egor yRequi r ed
Cour seMajor
Pr ogr am

Elect i ve
Cour seCour seCr edi t s

Pr oject Resear ch i n El ect r i cal and I nfor mat ion
Engi neer ing Ⅰ

4Pr oject Resear ch i n El ect r i cal and I nfor mat ion
Engi neer ing Ⅱ

4

Tr ansfer

Pr oject Resear ch i n El ect r i cal and I nfor mat ion
Engi neer ing Ⅲ

4Tr ansfer

Exer cises i n Elect r ical and El ect r onic
Engi neer ing Cour se2

I nt er i m Repor t

1

Cour ses offer ed wi t hi n t he ar ea ofspeci al izat i on

≧ 4*

A t l east 19 cr edi t s(i ncl udi ng 8 t r ansf er cr edi t s)

Tot alCour ses pr i mar i ly for DDP
st udent s (whi ch shal l becount ed as cour ses t aken
out si de t he major or ar ea ofspeci al izat i on.)Ot herpr ogr ams

Not eElect i ve
Cour seResear ch CampGl obal Meet i ng
Resear ch I nt er nship≧ 4

Joi nt Lect ur e

DDP students ar er ecommended taking
two of these cour ses (4cr edits).

Cour ses offer ed by ot her ar eas or major s

Tot alA t l east 4 cr edi t s

Gr and Tot al

M i ni mum 23 cr edi t s r equi r ed

* Students ar e r ecommended taking two elective cour ses (4 cr edits) offer ed within the ar ea of specialization.

31

Human Sciences and Assistive Technology
1. Expected Out comes through t he St udy of t his Program
St udent s will(A) gain a broad perspective in fields related to the mechanism of disabilit ies, aging societies, the physicallychallenged, rehabilit ation, independent living, self-det ermination, social inclusion, et c., and the assistivet echnologies relat ed t o t hese areas; acquire an awareness of t heir relat ed social responsibilities.
(B) gain the abilit y to research and develop cut ting-edge technology in one of the following engineering fields(informat ion engineering, electronic engineering, mechanical engineering)(B-1) t he biomedical engineering field as it relat es t o biological instrument cont rol, human int erfaces, medical
equipment , equipment necessar y for overcoming and ameliorat ing disabilities, and so on:(B-2) t he support equipment engineering field as it relat es t o int elligent sensing, mechatronics and ot her devicet echnologies and to systems t hat use measurement and cont rol technology t o support and expand the functionalityof people:(B-3) t he lifestyle-support science field as it relates to t he analysis and optimal cont rol of living environments forpurposes of support ing and promot ing t he independence and healt h of the elderly and the disabled, and t o sports
sciences, wellness t heor y, rehabilitat ion engineering, adapt ation theor y for support t echnology, and so on.
(C) become proficient in ident ifying, analyzing, and solving pr oblems; demonst rate outstanding general academic
communication skills; deliver persuasive presentations at int ernational academic conferences; and ut ilize effective
writing skills in academic journals.
2. List of Courses, Cat egorized by the I nt ended Educational Out comesElective/
Cat egoryCourseRequired
Project Research in Electrical and I nformation Engineering Ⅰ
Project Research in Electrical and I nformation Engineering Ⅱ
Project Research in Electrical and I nformation Engineering Ⅲ

I nt ernal and External Presentation
I nt erim Report
Exercises in Human Science and Assist ive Technology Course(A) (C)

Seminar in Human Science and Assistive Technology Course Ⅰ***
Seminar in Human Science and Assistive Technology Course Ⅱ***
Seminar in Human Science and Assistive Technology Course Ⅲ***

Liter at ur e Reading I
Liter at ur e Reading Ⅱ
Liter at ur e Reading Ⅲ(Courses offered by ot her areas or majors)
I nt ernship for Doct oral Courses

(B-1)

(B-2)

(B-3)
Primarily for
DDP st udent s(open t o all)Required

4
4
4
2
1
2
2
2
2
2
2
2

Requirement

At least 19
credit s

At least 4
credits

1
1
Motor Funct ions of t he Nervous Syst em
2
Advanced Biomat erials
2
Wellness， Sport s and Healt h2
Neuro Engineering
2
I nt roduct ion to Cybernet ics
2
Biomedical Signal and I mage Processing
2
At least 4
Bio-electromagnet ics
2
I nt elligent Mechatronics
2
credit s
Well-being Communit y Simulation
2
Advanced Assistive Device
2
Advanced Sensing Devices
2
Bioengineering in Funct ional Act ivit y2Life Support Science for Persons wit h Motion and Communication Disabilities
2
Assistive Technology for Visually I mpaired and Blind People
2
Assist ive Technology for Auditor y I mpairment
2
Research Camp
2
Global Meet ing
2**
Research I nternship2
Joint Lecture
2
Minimum 23 credit s required. (including 19 credits from requir ed courses)
Special Lectures on Elect rical and I nformat ion Engineering(A)

Required
Required
RequiredElective
Required
RequiredElective
Elective
Elective
Elective
Elective
Elective

Credit s

Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective* DDP student s may transfer up t o eight credits from equivalent courses taken at their home institution.
** These courses are offered as general subjects within the doctoral program. These credits shall be counted as courses taken
outside the major or area of specialization.
*** Do not request to register Seminar in Elect rical and Elect ronic Engineering Course Ⅰ～Ⅲ32

（人間支援科学コース）
３ ． E xampl e of Pl an of St udy w i t h Tr ansf er Cr edi t[ SPECI AL CAUTI ON ]Thi s t abl e r epr esent s an exampl e only. Si nce cr edi t s avai labl e for t r ansfer ar e r equi r ed t o be appr oved by t he
Gr aduat e School of Sci ence and Technol ogy on a case-by-case basi s, st udent s ar e st r ongl y encour aged t o confer
wi t h t hei r advi sor s r egar di ng t hi s mat t er aft er admi ssi on.
Cat egor yRequi r ed
Cour seMajor
Pr ogr am

Elect i ve
Cour seCour seCr edi t s

Pr oject Resear ch i n El ect r i cal and I nfor mat ion
Engi neer ing Ⅰ

4Pr oject Resear ch i n El ect r i cal and I nfor mat ion
Engi neer ing Ⅱ

4

Tr ansfer

Pr oject Resear ch i n El ect r i cal and I nfor mat ion
Engi neer ing Ⅲ

4Tr ansfer

Exer cises i n H uman Science and Assist i ve
Technol ogy Cour se2

I nt er i m Repor t

1

Cour ses offer ed wi t hi n t he ar ea ofspeci al izat i on

≧ 4*

A t l east 19 cr edi t s(i ncl udi ng 8 t r ansf er cr edi t s)

Tot alCour ses pr i mar i ly for DDP
st udent s (whi ch shal l becount ed as cour ses t aken
out si de t he major or ar ea ofspeci al izat i on.)Ot herpr ogr ams

Not eElect i ve
Cour seResear ch CampGl obal Meet i ng
Resear ch I nt er nship≧ 4

Joi nt Lect ur e

DDP students ar er ecommended taking
two of these cour ses (4cr edits).

Cour ses offer ed by ot her ar eas or major s

Tot alA t l east 4 cr edi t s

Gr and Tot al

M i ni mum 23 cr edi t s r equi r ed

* Students ar e r ecommended taking two elective cour ses (4 cr edits) offer ed within the ar ea of specialization.

33

(4) Life and Food Sciences Major
Life Sciences
1. Expected Out comes through t he St udy of t his Program
St udent s will(A) develop the abilit y to view nat ure, societ y and humankind from a broad perspect ive and t o be aware of t heir
responsibilit y to t hem.
(B) acquire basic knowledge and develop reseach skills about fundamental biology and relat ed fields.
(B-1) acquire basic knowledge and develop reseach skills about immunit y and t he struct ure and funct ion of
biomolecules, supramolecules and or ganelles.
(B-2) acquire basic knowledge and develop reseach skills about regulatory mechanisms from t he cellular t o t heindividual level.
(C) develop the abilit y to ident ify, analyze, and solve issues; demonst rate out standing academic communication
skills; deliver persuasive present ations at academic conferences; and become proficient in t he t ime management
skills required for managing academic project s, from the beginning t o the submission of the final report, according t ospecified deadlines.
2. List of Courses, Cat egorized by the I nt ended Educational Out comesElective/
Cat egoryCourseRequired
(A)
(B)

(B-1)

(B-2)

(C)

Primarily for
DDP st udent s(open t o all)(Courses offer ed by ot her ar eas or major s)

RequiredManagement of Food I ndustr yManagement St rategy and Market ing
Life Science Special Seminar Ⅱ
Topics in Cell Recognit ion
Topics of Regulat ion of Cell Different iat ion
Advanced Glycoscience
Advanced Protein and Nucleic acid Chemist ry
Advanced Lecture in Animal Embr yology
Plant Funct ion Control Ⅰ
Plant Funct ion Control Ⅱ
Plant Funct ion Control Ⅲ
I nt egrative Adaptat ion Biology
Advanced Plant Molecular Genet ics Ⅱ

Elective
Elective
RequiredElective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Required
Required
RequiredElective
Elective
RequiredElective
Elective
RequiredElective
Elective
Elective
Elective
Elective
Elective

Credit s

Requirement
At least 4
credit s2
1
1
2
2
At least 52credit s from2
courses offered2
wit
hin the area
2
ofspecialization
22
2
2Advanced Lectures in Environment al Aquat ic Biology
2
Presentat ion Practice (I nterim Pr esentation for Doctor al Thesis)
1
Practice in Research Presentation (Presentation in Scientific Meeting)1
Advanced Graduat e Study in Life and Food Science Ⅰ
4Advanced Graduat e Study in Life and Food Science Ⅱ
4
Advanced Graduat e Study in Life and Food Science Ⅲ
4
At least 10
Advanced Seminar in Life and Food Science Ⅰ
2credit s
Advanced Seminar in Life and Food Science Ⅱ
2
Advanced Seminar in Life and Food Science Ⅲ
2
Seminar in Current Topics Ⅰ
2
Seminar in Current Topics Ⅱ
2
Seminar in Current Topics Ⅲ
2
Research Camp
2
Global Meet ing
2**
Research I nternship2
Joint Lecture
2
Minimum 19 credit s required. ( including 15 credit s from required courses)* DDP student s may transfer up t o six credits from equivalent courses taken at their home institution.
** These courses are offered as general subjects within the doctoral program. These credits shall be counted as courses taken outside the major orarea of specialization.

34

（基礎生命科学コース）
３ ． E xampl e of Pl an of St udy w i t h Tr ansf er Cr edi t[ SPECI AL CAUTI ON ]Thi s t abl e r epr esent s an exampl e onl y. Si nce cr edi ts avail abl e for t r ansfer ar e r equir ed t o be appr oved by t he
Gr aduat e School of Science and Technol ogy on a case-by-case basi s, st udent s ar e st r ongl y encour aged t o confer
wi t h t hei r advi sor s r egar di ng t his mat t er aft er admissi on.
Cat egor yRequi r ed
Cour seMajor
Pr ogr am

Elect i ve
Cour seCour se4

Advanced Semi nar in Life and Food Sci ence Ⅰ

2

Semi nar i n Cur r ent Topi cs Ⅰ

2

Li fe Science Speci al Semi nar Ⅱ

1Pr esent at i on Pr act i ce (I nt er i m Pr esent at ion forDoct or al Thesi s)

1

Pr act i ce i n Resear ch Pr esent at i on
(Pr esent at i on in Sci ent i fic Meet ing)

1

Cour ses offer ed wi t hi n t he ar ea ofspeci ali zat i on

≧ 4

Not e

DDP students maytr ansfer up to six
cr edits fr om
equivalent cour ses
taken at their homeinstitution.

A t l east 15 cr edi t s(i ncl udi ng 6 t r ansf er cr edi t s)

Tot alCour ses pr i mar i ly for DDP
st udent s (whi ch shal l becount ed as cour ses t aken
out si de t he major or ar ea ofspeci al izat i on.)Ot herpr ogr ams

Cr edi t s

Advanced Gr aduat e St udy in Life and Food
Science Ⅰ

Elect i ve
Cour seResear ch Camp
Global Meet i ng
Resear ch I nt er nshi p≧ 4

Joint Lect ur e
Cour ses offer ed by ot her ar eas or major s

Tot alA t l east 4 cr edi t s

Gr and Tot al

M i ni mum 19 cr edi t s r equi r ed

35

DDP students ar er ecommended taking
two of these cour ses (4cr edits).

Applied Life and Food Sciences
1. Expected Outcomes through the Study of this Pr ogram
Students will(A) develop the ability to view nature, society and humankind from a broad per spective and to be aware of their
responsibility to them.
(B) become proficient in identifying, analyzing, and solving problems based on the fundamental theories and technologies
in this field.
(B-1) increase their ability to identify, analyze, and solve issues in order to make the advancement in the use of plant
functions; impr ovement of breeding, discovery of plant physiology; and development of fertilization design and fertilizer applying technologies by utilizing applicable theories and technologies r elated to genomic functions, contr ol, metabolic
adjustment of plants, and to the control of or ganelle formation.
(B-2) become capable in identifying, analyzing, and solving issues in order to impr ove and upgr ade the functions of
microorganisms, and uncover the functions of enzymes by applying theories and technologies related to the genomic
information, function control, and material production of microorganisms.
(B-3) acquir e the knowledge and skills to identify, analyze, and solve issues in order to develop new food pr oducts andnew food production technologies and to reveal how foods affect bodily processes by applying theories and technologies
related to manufacturing, processing, ingredient analysis, and quality evaluation of food products to nutrient andmetabolic contr ol and regulation of biological and cellular functions.
(B-4) be equipped with the ability to identify, analyze, and solve issues in order to ensure preservation of the biologicalproduction, restoration, and sustainability of the global environment by applying theor ies and technologies related to theuseful functions of soil microorganisms, to the r eciprocal relationships between microor ganisms and plants, and to theadvanced development and use of wood resources.
(C) demonstrate outstanding general academic communication skills, deliver persuasive presentations at inter national
academic confer ences, and utilize effective writing skills in academic journals.
2. List of Courses, Categorized by the Intended Educational Outcomes
Categor y(A)

Elective/
Requir ed

Credits

Requir ement(Courses offered by other areas or majors)

Required2

At least 2
cr edits

Topics in Applied Life and Food Sciences
Bioinformatics
Management of Food I ndustry
Management Strategy and Marketing
Topics in Epigenetics
Topics in Plant Metabolic Contr ol
Environmental Plant Physiology
Topics in Plant Genome Function
Topics in Plant Bio-control
Topics in Molecular Life Science for Plants
Topics in Environmental Responses of Plants Ⅱ
Micr obial Chemistry
Topic in Molecular Microbiology (I ntensive
Topics in Molecular Microbiology

Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Required
RequiredElective
Elective
Elective
Elective
Elective
Elective
Elective
RequiredElective
Elective
Elective
Elective
Elective

Course

2
2
2
1
2
2
2
(B-1)
2
2
1
2
2
At least 42(B-2)
cr edits
2
Topics in Molecular Life Science for Microorganisms
1
Regulation of Meat Pr operties
2
Topics in Animal Protein Function
2
Topic in Food Sciences2
Proper ty of Food Mater ials
2
(B-3)
Advanced Biofunctional Chemistr y of Food
2
Topics in Food and Nutrition Science
1
Glycoscience Studies
2
Advanced in Food Technology
2
Topics in Environmental Soil Science2(B-4)
Applied Chemistry of Wood Components
2
Advanced Science on t he Ut ilizat ion of Nat ural-resources
1
Advanced Graduate Study in Life and Food ScienceⅠ
4
Advanced Graduate Study in Life and Food ScienceⅡ
4
Advanced Graduate Study in Life and Food ScienceⅢ
4
Advanced Seminar in Life and Food Science Ⅰ
2(B)（ C)
Advanced Seminar in Life and Food Science Ⅱ
2
At least 9Advanced Seminar in Life and Food Science Ⅲ
2
cr edits
Seminar in Curr ent Topics Ⅰ
2
Seminar in Curr ent Topics Ⅱ
2
Seminar in Curr ent Topics Ⅲ
2
Presentation Practice
1(C)
Exercise in Applied Life and Food Sciences
1
Research Camp2
2
Primar ily for DDP Global Meeting**2
students (open to Research I nternship
Joint
Lecture2
all)Elective
2***
Topics in High Pr essure Food Science
Minimum 19 cr edits required. (At least 17 credits must be taken from courses offered within the area ofspecialization including required coureses, and at least 2 cr edits should be earned from those offered by otherareas or majors.)(B)* DDP students may transfer up to six credits from equivalent courses taken at their home institution.
** These courses are offered as general subjects within the doctoral program. These credits shall be counted as courses taken
outside the major or area of specialization.
*** These credits shall be counted as courses taken within the area of specialization.

36

（応用生命・食品科学コース）
３ ． Exampl e of Pl an of St udy wi t h Tr ansfer Cr edi t[ SPECI AL CAUTI ON ]This tabl e r epresent s an exampl e onl y. Since cr edit s avail abl e for t r ansfer ar e r equi r ed to be appr oved by t he
Gr aduat e School of Science and Technol ogy on a case-by-case basis, st udent s are st r ongly encour aged to confer
wit h their advisor s regarding t his mat t er aft er admi ssi on.
Categor y

Requi red
Cour seMajor
pr ogr am
El ecti ve
Cour seCour se4

Advanced Gr aduate St udy in Li fe and Food
Science Ⅱ

4

Pr esent ati on Pr act ice (I nt er im Pr esent ati on for
Gr aduat i on Thesis)

1

Tr ansfer cr edi t

2

Cour ses offer ed wit hi n the ar ea ofspecial i zat i on

≧ 6

Not e

Tr ansfer

Tr ansfer

A t l east 17 cr edi t s(i ncl udi ng 6 t r ansfer cr edi t s)

Tot alCourses pr imar i ly for DDP
st udent s (which shal l becount ed as cour ses t aken
out side t he major or ar ea ofspeci al izat ion.)Ot herpr ogr ams

Cr edi t s

Advanced Gr aduate St udy in Li fe and Food
Science Ⅰ

El ecti ve
Cour seResear ch CampGl obal Meet ing
Resear ch I nt er nshi p≧ 4

Joint Lect ur e
Cour ses offer ed by ot her ar eas or major s

Tot alAt l east 2 cr edi t s

Gr and Tot al

M i ni mum 19 cr edi t s r equi r ed

37

DDP st udents arer ecommended t aking
two of these cour ses (4cr edit s).

Agriculture and Bioresources
1. Expect ed Out comes t hrough t he St udy of t his Program
St udent s will(A) increase t heir abilit y t o fundament ally underst and t he life phenomena relat ed t o biological resources; effect ively
develop new t echnologies, and proact ively and flexibly apply t heir knowledge t o improving regional indust ries andenvironment s; and develop t he abilit y t o view nat ure, societ y and humankind from a broad perspect ive and t o beaware of t heir responsibilit y t o t hem.
(B) gain t he abilit y t o underst and and apply t he basic t heories and t echnologies of t his field.
(B-1) gain t he abilit y t o underst and and apply t heories relat ed t o managing regional agricult ure, and t o developing
int ernat ional agricult ural resources, t hat will cont ribut e t o t he expansion of sust ainable agricult ure and t hepromot ion of indust ries relat ed t o agricult ure.
(B-2) gain t he abilit y t o underst and and apply t he sciences of heredit y/breeding and plant pat hology, including
agronomy, plant physiology, plant ecology and plant propagat ion related t o food product s, hort icult ural product s,
and ot her cult ivat ed plant s and resource plant s.
(B-3) gain t he abilit y t o underst and and apply t heories, relat ed t o t he safe and efficient insease of animal prot ein
product ion by using t he reproduct ive, development al, and nut rit ional charact erist ics of resource animals and t heir
genet ic diversit y.
(C) become proficient in ident ifying, analyzing, and solving pr oblems; demonst rat e out st anding general academic
communicat ion skills; deliver persuasive present at ions at academic conferences; and become proficient in t he t ime
management skills required for managing academic project s, from t he beginning t o t he submission of t he final
report , according t o specified deadlines.
2. List of Courses, Cat egorized by t he I nt ended Educat ional Out comesElective/
Cat egoryCourseRequired
(A)

(B)
(B-1)

(B-2)

(Courses offered by other areas or majors)

Requir ed

Seminar on Agricult ure and Bioresources Ⅰ
Seminar on Agricult ure and Bioresources Ⅱ
Special Lect ure on Agricult ure and Bioresources
Management of Food I ndust ry
Management St rat egy and Market ing
I nt ernat ional Agricult ural Development
Analysis of Agricult ural Product ivit y
Rural Food I ndust ry
Plant Development Regulat ion
Ut ilizat ion of Crop Resource
Plant Cell Breeding
Genome Analysis
Special Lect ure of Farming Syst em
Comparat ive Virology
Advanced Agro-resources Science
Crop Genomics

Requir ed
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Requir ed
Elective
Elective
Requir ed
Elective
Elective
Requir ed
Elective
Elective
Elective
Elective
Elective
Elective

1
1
1
2
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
4
4
4
2
2
2
2
2
2
2
2
2
2

Elective

2

Grassland Veget ation， its Management and Utilization(B-3)

Physiological Regulat ion of Animal Product ion
Genet ic Analysis in Animals
Animal Hist ochemist ry and Cyt ochemist ry
Animal Germ Cell Regulat ion
Advanced Graduate Study in Life and Food Science Ⅰ
Advanced Graduate Study in Life and Food Science Ⅱ
Advanced Graduate Study in Life and Food Science Ⅲ(C)

Primarily for
DDP st udent s(open t o all)Credit s

Advanced Seminar in Life and Food Science Ⅰ
Advanced Seminar in Life and Food Science Ⅱ
Advanced Seminar in Life and Food Science Ⅲ
Seminar in Current Topics Ⅰ
Seminar in Current Topics Ⅱ
Seminar in Current Topics Ⅲ
Research Camp
Global Meet ing
Research I nt ernship
Joint Lect ure
Nutritional Regulation of Protein (Amino Acids) Metabolism in
Monogastric Animals

Requirement
At least 4
credit s
At least 1
credit s

At least 6
credit s fromcourses offered
wit hin t he areaof specializat ion

At least 8
credit s fromrequiredcourses*****

Minimum 19 credit s required. (At least 15 credit s must be t aken from courses offered wit hin t he area ofspecializat ion including required courese, and at least 4 credit s should be earned from t hose offered byot her areas or majors.)* DDP st udent s may t ransfer up t o six credit s from equivalent courses t aken at t heir home inst it ut ion.
** These courses are offered as gener al subject s wit hin t he doct oral program. These credit s shall be count ed as courses t aken
outside t he major or area of specializat ion.
** * These credit s shall be count ed as courses t aken wit hin t he area of specializat ion.(B-3)

38

（生物資源科学コース）
３ ． E xampl e of Pl an of St udy w i t h Tr ansf er Cr edi t[ SPECI AL CAUTI ON ]This t able r epr esent s an exampl e onl y. Si nce cr edit s avail able for t r ansfer ar e r equir ed t o be appr oved by t he
Gr aduat e School of Science and Technology on a case-by-case basis, st udent s ar e st r ongly encour aged t o confer
wi t h t heir advi sor s r egar di ng t his mat t er aft er admi ssion.
Cour seCat egor yRequi r ed
Cour seMajor
pr ogr am

El ect i ve
Cour se4

Advanced Semi nar in Li fe and Food Science Ⅰ

2Seminar i n Cur r ent Topics Ⅰ

2

Seminar on Agr icul t ur e and Bior esour ces Ⅰ

1

Cour ses offer ed wi t hin t he ar ea ofspeci ali zat i on

≧ 6

Not e

DDP students maytr ansfer up t o six
cr edit s fr om
equivalent cour ses
taken at their homeinstit ution.

A t l east 15 cr edi t s(i ncl udi ng 6 t r ansf er cr edi t s)

Tot alCour ses pr i mar il y for DDP
st udent s (whi ch shal l becount ed as cour ses t aken
out side t he major or ar ea ofspeci ali zat i on.)Ot herpr ogr ams

Cr edit s

Advanced Gr aduat e St udy in Life and Food
Science Ⅰ

El ect i ve
Cour seResear ch Camp
Global Meet ing
Resear ch I nt er nship≧ 4

Joint Lect ur e
Cour ses offer ed by ot her ar eas or major s

Tot alA t l east 4 cr edi t s

Gr and Tot al

M i ni mum 19 cr edi t s r equi r ed

39

DDP st udent s ar er ecommended t aking
t wo of these cour ses (4cr edit s).

(5) Environment al Science and Technology Major
Natural Environmental Science
1. Expected Out comes through t he St udy of t his Program
St udent s will(A) develop the abilit y to view nat ure, societ y and humankind from a broad perspect ive and t o be aware of t heir
responsibilit y to t hem.
(B) become proficient in ident ifying, analyzing, and solving pr oblems.
(C) demonst rat e out standing general academic communicat ion skills.
(D) deliver persuasive present at ions at international and ot her academic conferences.
(E) ut ilize effect ive writing skills in academic journals.
2. List of Courses, Cat egorized by the I nt ended Educational Out comesElective/
Cat egoryCourseRequired(A)(Courses offered by ot her areas or majors)

Requiredelective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
RequiredElective
Elective
RequiredElective
Elective
Elective
Elective
Elective
Elective

Credit s

Requirement

At least 4
credits

At least 4 credit s
1
2
Environment al Physics I
2
Environment al Physics Ⅱ
2
Advanced Chemist r y of t he Environment Ⅰ
2Advanced Chemist r y of t he Environment Ⅱ
2Advanced Chemist r y of t he Environment Ⅲ
2Advanced Chemist r y of t he Environment Ⅳ
2Advanced Chemist r y of t he Environment Ⅴ
2Advanced Course in Geophysics Ⅰ
2At least 10 credit s
Advanced Course in Geophysics Ⅱ
2(including 4
Special Lecture of Earth Surface Environment Ⅰ
2(B)Special Lecture of Earth Surface Environment Ⅱ2credit s from
Biological St r uct ur e and Function
2
Project Research )Biological Diversit y Ⅰ
2Biological Diversit y Ⅱ
2Biological Diversit y Ⅲ
2Conservat ion Biology Ⅰ
2Conservat ion Biology Ⅲ
2
Project Research in Environmental Science and Technology
4
Advanced I mpact Assessment of Air Pollution
2
Advanced At mospheric Pollut ant Sciences
2
Seminar in Environment al Science and Technology Ⅰ
1(C) (D) (E)At least 1 credit
Project Research Exercise on Abroad
1
I SI Journal Submission Exercise
1
Research Camp
2
Global Meet ing
2
Primarily for**2
DDP st udent s Research I nternship
Joint Lecture2(open t o all)
Elective2***
I nt roduct ion to St ructure Analysis
Minimum 19 credit s required. (At least 10 credit s must be t aken from required elective courses, and 5
credit s from required courses.)Special Lecture on Environmental Science and Technology
Lecture on the Global Warming from Regional Aspects D* DDP student s may transfer up t o six credits from equivalent courses taken at their home institution.
** These courses are offered as general subjects within the doctoral program. These credits shall be counted as courses taken outside
the major or area of specializat ion.
*** These credits shall be counted as courses taken within the area of specialization.(B)40（自然システム科学コース）
３ ． E xampl e of Pl an of St udy w i t h Tr ansf er Cr edi t[ SPECI AL CAUTI ON ]Thi s t abl e r epr esent s an exampl e onl y. Si nce cr edi t s avai l able for t r ansfer ar e r equir ed t o be appr oved by t he
Gr aduat e School of Science and Technol ogy on a case-by-case basi s, st udent s ar e st r ongl y encour aged t o confer
wi t h t hei r advi sor s r egar di ng t his mat t er aft er admissi on.
Cat egor yRequi r ed
Cour seMajor
Pr ogr am
Elect i ve
Cour seCour seCr edi t s

Pr oject Resear ch i n Envi r onment al Sci ence andTechnol ogy

4Semi nar i n Envi r onment al Sci ence andTechnol ogy Ⅰ

1Tr ansfer cr edit

6

Cour ses offer ed wi t hi n t he ar ea ofspeci ali zat i on

≧ 4

Tr ansfer

A t l east 11 cr edi t s(i ncl udi ng 6 t r ansf er cr edi t s)

Tot alCour ses pr i mar i ly for DDP
st udent s (whi ch shal l becount ed as cour ses t aken
out si de t he major or ar ea ofspeci al izat i on.)Ot herpr ogr ams

Not eElect i ve
Cour seResear ch Camp
Global Meet i ng
Resear ch I nt er nshi p≧ 4

Joint Lect ur e
Cour ses offer ed by ot her ar eas or major s

Tot alA t l east 4 cr edi t s

Gr and Tot al

M i ni mum 19 cr edi t s r equi r ed

41

DDP students ar er ecommended taking
two of these cour ses (4cr edits).

Environmental Science for Agricult ure and Forestry
1. Expected Out comes through t he St udy of t his Program
St udent s will(A) develop the abilit y to view nat ure, societ y and humankind from a broad perspect ive and t o be aware of t heir
responsibilit y to t hem.
(B) become proficient in ident ifying, analyzing, and solving pr oblems.
(C) demonst rat e out standing general academic communicat ion skills.
(D) deliver persuasive present at ions at international and ot her academic conferences.
(E) ut ilize effect ive writing skills in academic journals.
2. List of Courses, Cat egorized by the I nt ended Educational Out comesElective/
Cat egoryCourseRequired(Courses offered by ot her areas or majors)
I nt ernship for Doct oral Courses

Requiredelective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Required
RequiredElective
Elective
Elective
Elective
Elective
Elective
Elective
Elective

Credit s

Requirement

At least 4
credits

1
At least 4 credit s
1
2
Forest Ecosyst em Management Ⅰ
2Forest Ecosyst em Management Ⅱ
2Forest Ecosyst em Management Ⅲ
2
Environment al Biophysics
2
Forest Geoinfomat ics
2
Design and Management of Agricultural Land and Rural Community Ⅰ
2
Design of Hydraulic Struct ures
2
Systems Engineering for Agricult ural Product ion
2
At least 10 credit s
Topics in Agroinformat ics
2(including 4(B)
Applied Snow Hydrology
2credit s from
Advanced Agricult ural Water Management
2
Project Research )Ecosystem Funct ion
2
Advanced I mpact Assessment of Air Pollution
2
Advanced At mospheric Pollut ant Sciences2
Agricultural Environmental Systems
2
Advanced Ecological Genet ics Ⅰ
2
Advanced Ecological Genet ics Ⅱ
2
I sland Biogeography
2
Project Research in Environmental Science and Technology
4Seminar in Environment al Science and Technology Ⅱ
1At least 1 credit(C) (D) (E)Project Research Exercise on Abroad
1
I SI Journal Submission Exercise
1
Research Camp
2
GlobalMeeting
2Primarily for**
Research I nternship2
DDP st udent s
Joint Lecture2(open to all)
Vegetation Dynamics
2***
Advanced Agricult ur al Machiner y and Post Harvest Technology
2
Minimum 19 credit s required. (At least 10 credit s must be t aken from required elective courses, and 5
credit s from required courses.)(A)

Special Lecture on Environmental Science and Technology
Lecture on the Global Warming from Regional Aspects D* DDP student s may transfer up t o six credits from equivalent courses taken at their home institution.
** These courses are offered as general subjects within the doctoral program. These credits shall be counted as courses taken outside
the major or area of specializat ion.
*** These credits shall be counted as courses taken within the area of specialization.（B)42（流域環境学コース）
３ ． E xampl e of Pl an of St udy w i t h Tr ansf er Cr edi t[ SPECI AL CAUTI ON ]Thi s t abl e r epr esent s an exampl e onl y. Si nce cr edi t s avai l able for t r ansfer ar e r equir ed t o be appr oved by t he
Gr aduat e School of Science and Technol ogy on a case-by-case basi s, st udent s ar e st r ongl y encour aged t o confer
wi t h t hei r advi sor s r egar di ng t his mat t er aft er admissi on.
Cat egor yRequi r ed
Cour seMajor
Pr ogr am
Elect i ve
Cour seCour seCr edi t s

Pr oject Resear ch i n Envi r onment al Sci ence andTechnol ogy

4Semi nar i n Envi r onment al Sci ence andTechnol ogy Ⅱ

1Tr ansfer cr edit

6

Cour ses offer ed wi t hi n t he ar ea ofspeci ali zat i on

≧ 4

Tr ansfer

A t l east 11 cr edi t s(i ncl udi ng 6 t r ansf er cr edi t s)

Tot alCour ses pr i mar i ly for DDP
st udent s (whi ch shal l becount ed as cour ses t aken
out si de t he major or ar ea ofspeci al izat i on.)Ot herpr ogr ams

Not eElect i ve
Cour seResear ch Camp
Global Meet i ng
Resear ch I nt er nshi p≧ 4

Joint Lect ur e
Cour ses offer ed by ot her ar eas or major s

Tot alA t l east 4 cr edi t s

Gr and Tot al

M i ni mum 19 cr edi t s r equi r ed

43

DDP students ar er ecommended taking
two of these cour ses (4cr edits).

Ar chit ect ur e and Civil Engineer ing （ Civil Engineer ing Concent r at ion）
1. Expect ed Out comes t hr ough t he St udy of t his Pr ogr am
St udent s will(A) develop t he abilit y t o view nat ure, societ y and humankind from a broad perspect ive and t o be aware of t heir
responsibilit y t o t hem.
(B) become proficient in ident ifying, analyzing, and solving pr oblems.
(C) demonst rat e out st anding general academic communicat ion skills.
(D) deliver persuasive present at ions at int ernat ional and ot her academic conferences.
(E) ut ilize effect ive writ ing skills in academic journals.
2. L ist of Cour ses, Cat egor ized by t he I nt ended Educat ional Out comesElect ive/
Cat egoryCourseRequired(A)(Cour ses offer ed by ot her ar eas or major s)

Requiredelective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Required
RequiredElective
Elective
Elective
Elective
Elective
Elective

Credit s

Requirement

At least 4
credits

At least 4 credit s
1
2
St ruct ural Syst ems Ⅰ
2St ruct ural Syst ems Ⅱ
2
St ruct ural Syst ems Ⅲ
2Structural Mechanics and Computational Methods Ⅰ
2At least 10 credit s
Structural Mechanics and Computational Methods Ⅱ
2(including 4(B)
Geot echnical Disast er Management2credit s from
Risk Management of Urban Wat er Qualit y2
Project Research )Nearshore Dynamics and Disast er Mit igat ion
2
Mat erials for Const ruct ion and Environment al2
Numerical Modeling for Civil and Environment al Engineering
2
Project Research in Environmental Science and Technology
4Seminar in Environmental Science and Technology Ⅲ
1(C) (D) (E)At least 1 credit
Project Research Exercise on Abroad
1
I SI Journal Submission Exercise
1
Research Camp
2
Primarily for
Global Meet ing
2
DDP st udent s***
Research I nt ernship2(open t o all)
Joint Lect ure
2Minimum 19 credit s required. (At least 10 credit s must be t aken from required elect ive courses, and 5
credit s from required courses.)Special Lecture on Environmental Science and Technology
Lecture on the Global Warming from Regional Aspects D* "Courses offered by other areas or majors" includes those offered by Architecture concentration** DDP students may transfer up to six credits from equivalent courses taken at their home institution.
*** These courses are offered as general subjects within the doctoral program. These credits shall be counted as courses taken
outside the major or area of specialization.

44

（社会基盤・建築学コース）
３ ． E xampl e of Pl an of St udy w i t h Tr ansf er Cr edi t[ SPECI AL CAUTI ON ]Thi s t abl e r epr esent s an exampl e onl y. Si nce cr edi t s avai l abl e for t r ansfer ar e r equir ed t o be appr oved by t he
Gr aduat e School of Science and Technol ogy on a case-by-case basi s, st udent s ar e st r ongl y encour aged t o confer
wi t h t hei r advi sor s r egar di ng t his mat t er aft er admissi on.
Cat egor yRequi r ed
Cour seMajor
Pr ogr am
Elect i ve
Cour seCour seCr edi t s

Pr oject Resear ch i n Envi r onment al Sci ence andTechnol ogy

4Semi nar i n Envi r onment al Sci ence andTechnol ogy Ⅲ

1Tr ansfer cr edit

6

Cour ses offer ed wi t hi n t he ar ea ofspeci ali zat i on

≧ 4

Tr ansfer

A t l east 11 cr edi t s(i ncl udi ng 6 t r ansf er cr edi t s)

Tot alCour ses pr i mar i ly for DDP
st udent s (whi ch shal l becount ed as cour ses t aken
out si de t he major or ar ea ofspeci al izat i on.)Ot herpr ogr ams

Not eElect i ve
Cour seResear ch Camp
Global Meet i ng
Resear ch I nt er nshi p≧ 4

Joint Lect ur e
Cour ses offer ed by ot her ar eas or major s

Tot alA t l east 4 cr edi t s

Gr and Tot al

M i ni mum 19 cr edi t s r equi r ed

45

DDP students ar er ecommended taking
two of these cour ses (4cr edits).

Ar chit ect ur e and Civil Engineer ing （ Ar chit ect ur e Concentr at ion）
1. Expect ed Out comes t hr ough t he St udy of t his Pr ogr am
St udent s will(A) develop t he abilit y t o view nat ure, societ y and humankind from a broad perspect ive and t o be aware of t heir
responsibilit y t o t hem.
(B) become proficient in ident ifying, analyzing, and solving pr oblems.
(C) demonst rat e out st anding general academic communicat ion skills.
(D) deliver persuasive present at ions at int ernat ional and ot her academic conferences.
(E) ut ilize effect ive writ ing skills in academic journals.
2. L ist of Cour ses, Cat egor ized by t he I nt ended Educat ional Out comesElect ive/
Cat egoryCourseRequired(A)(Cour ses offer ed by ot her ar eas or major s)

Requiredelective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Required
RequiredElective
Elective
Elective
Elective
Elective
Elective

Credit s

Requirement

At least 4
credits

At least 4 credit s
1
2
St ruct ural Syst ems Ⅰ
2St ruct ural Syst ems Ⅱ
2
St ruct ural Syst ems Ⅲ
2Structural Mechanics and Computational Methods Ⅰ
2At least 10 credit s
Structural Mechanics and Computational Methods Ⅱ
2(including 4
Geot echnical Disast er Management
2(B)
Space Design Ⅰ
credit s from2
Design Theories for Dwelling Space Ⅱ
2
Project Research )Control of Architectural and Urban Environment Ⅰ
2
Control of Architectural and Urban Environment Ⅱ
2Landscape Planning Theor y
2Project Research in Environmental Science and Technology
4Seminar in Environmental Science and Technology Ⅲ
1(C) (D) (E)At least 1 credit
Project Research Exercise on Abroad
1
I SI Journal Submission Exercise
1
Research Camp
2
Primarily for
Global Meet ing
2
DDP st udent s***
Research I nt ernship2(open t o all)
Joint Lect ure
2Minimum 19 credit s required. (At least 10 credit s must be t aken from required elect ive courses, and 5
credit s from required courses.)Special Lecture on Environmental Science and Technology
Lecture on the Global Warming from Regional Aspects D* "Courses offered by other areas or majors" includes those offered by Civil Engineering concentration** DDP students may transfer up to six credits from equivalent courses taken at their home institution.
*** These courses are offered as general subjects within the doctoral program. These credits shall be counted as courses taken
outside the major or area of specialization.

46

（社会基盤・建築学コース）
３ ． E xampl e of Pl an of St udy w i t h Tr ansf er Cr edi t[ SPECI AL CAUTI ON ]Thi s t abl e r epr esent s an exampl e onl y. Si nce cr edi t s avai l abl e for t r ansfer ar e r equir ed t o be appr oved by t he
Gr aduat e School of Science and Technol ogy on a case-by-case basi s, st udent s ar e st r ongl y encour aged t o confer
wi t h t hei r advi sor s r egar di ng t his mat t er aft er admissi on.
Cat egor yRequi r ed
Cour seMajor
Pr ogr am
Elect i ve
Cour seCour seCr edi t s

Pr oject Resear ch i n Envi r onment al Sci ence andTechnol ogy

4Semi nar i n Envi r onment al Sci ence andTechnol ogy Ⅲ

1Tr ansfer cr edit

6

Cour ses offer ed wi t hi n t he ar ea ofspeci ali zat i on

≧ 4

Tr ansfer

A t l east 11 cr edi t s(i ncl udi ng 6 t r ansf er cr edi t s)

Tot alCour ses pr i mar i ly for DDP
st udent s (whi ch shal l becount ed as cour ses t aken
out si de t he major or ar ea ofspeci al izat i on.)Ot herpr ogr ams

Not eElect i ve
Cour seResear ch Camp
Global Meet i ng
Resear ch I nt er nshi p≧ 4

Joint Lect ur e
Cour ses offer ed by ot her ar eas or major s

Tot alA t l east 4 cr edi t s

Gr and Tot al

M i ni mum 19 cr edi t s r equi r ed

47

DDP students ar er ecommended taking
two of these cour ses (4cr edits).

Ear t h Sci ence
1. Expect ed Out comes t hr ough t he St udy of t hi s Pr ogr am
St udent s wi l l(A) develop the ability to view nature, society and humankind from a broad perspective and to be aware of their(B) understand advanced theories and technologies and their applications.
(B-1) elucidate the formative processes of igneous and metamorphic rocks using petrology, isotope geochemistry, and(B-2) elucidate the properties of the upper mantle and crust as well as their genesis, changes, and interrelationship.
(B-3) elucidate the global environmental changes at various time scales.
(C) become proficient in identifying, analyzing, and solving problems.
(D) develop general academic communication skills.
(D) deliver persuasive presentations at international and other academic conferences.
(F) develop effective writing skills for international academic journals.
2. L i st of Cour ses, Cat egor i zed by t he I nt ended Educat i onal Out comesElective/
Category
CourseRequiredGeneral Natural SciencesⅠ・Ⅱ・Ⅲ・Ⅳ(Choose one ofElective
(A)
them)

(B-1)

(B-2)

(B-3)

(A)

Lithospheric Dynamics
Advanced Mineral Science
I sotope Geology
Arc Volcanology
Deformation of Lithosphere
Theory of Deep Materials in the EarthFault Material Science
Paleobiogeography
Sedimentology of Clastic Materials
Geosphere Environment
Co-evolution of Earth and Life
Microfossil Biostratigraphy(Courses offered by other areas or majors)
Presentation of Research Progress Report D
Presentation Exercise D
Seminar in Earth Science D(A) (C) (D)(E) (F)

Primarily for
DDP students(open to all)Academic Writing Exercise D
Project Research in Earth Science Dc
Geological Engineering Exercise D
Science Communication Exercise D
Project Research in Earth Science Da
Project Research in Earth Science Db
Research Camp
Global Meeting
Research I nternship
Joint Lecture
Paleobiology

Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Required
Required
Requiredelective***1
Requiredelective***2
Elective
Elective
Required
RequiredElective
Elective
Elective
Elective
Elective

Credits

Requirement

1

*

2
2
2
2
2
2
2
2
2
2
2
2
4
1
1

At least 2 credits

1
4

At least 18 credits
***

4
2
2
4
4
2
2
****
2
2
2
*****
Minimum 19 credits required.

* General Nat ural Sciences is recommended if t his course was not t aken previously wit hin t he mast er's program.
** DDP st udent s may t ransfer up t o six credit s from equivalent courses t aken at t heir home inst it ut ion.
*** 1. Required t o t ake eit her "Present at ion Exercise D" or "Seminar in Eart h Science D".
2. Required t o t ake eit her "Academic Writ ing Exercise D" or "Project Research in Eart h Science Dc".
3. Required t o earn more t han 4 credit s from ot her major courses.
**** These courses are offered as general subject s wit hin t he doct oral program. These credit s shall be count ed as courses t aken
out side t he major or area of specializat ion.
***** These credit s shall be count ed as courses t aken wit hin t he area of specializat ion.(B-3)

48

（地球科学コース）
３ ． E xampl e of Pl an of St udy w i t h Tr ansf er Cr edi t[ SPECI AL CAUTION ]Thi s t abl e r epr esent s an example onl y. Si nce cr edi t s avai labl e for tr ansfer ar e r equir ed t o be appr oved by t he
Graduate School of Sci ence and Technology on a case-by-case basi s, students ar e st r ongl y encour aged to confer
wit h thei r advisor s r egar di ng thi s mat t er after admissi on.
Cat egor yRequir ed
Cour seMajor
Pr ogr am

El ect i ve
CourseCour se4

Pr oject Resear ch in Eart h Science Db

4

Pr esentat i on of Resear ch Pr ogr ess Repor t D

1

ei t her "Pr oject Resear ch in Ear t h Sci ence Dc"
or "Academic Wr i t ing Exer ci se D"

4

ei t her "Seminar i n Ear th Sci ence D" or"Pr esent at ion Exer ci se D"

1

Cour ses offer ed wi t hi n t he area ofspeci al izat ion

≧ 1

Not e
Tr ansfer

DDP st udents maytr ansfer t wo morecredits fr om
equivalent cour ses
t aken at their homeinst itut ion.

At l east 15 cr edi t s(i ncl udi ng 6 t r ansf er cr edi t s)

Tot alCour ses pr imar il y for DDP
st udent s (which shall becount ed as cour ses t aken
out si de the major or ar ea ofspeci ali zat ion.)Ot herpr ogr ams

Cr edi t s

Pr oject Resear ch in Eart h Science Da

El ect i ve
CourseResear ch CampGl obal Meet i ng
Resear ch I nt er nship≧ 4

Joi nt Lectur e
Cour ses offer ed by ot her ar eas or major s

Tot alA t l east 4 cr edi t s

Gr and Tot al

M i ni mum 19 cr edi t s r equi r ed

49

DDP student s arerecommended t aking
t wo of t hese cour ses (4cr edit s).

Natural Disaster and Environmental Science
1. Expected Out comes through t he St udy of t his Program
St udent s will(A) develop the abilit y to view nat ure, societ y and humankind from a broad perspect ive and t o be aware of t heir
responsibilit y to t hem.
(B) become proficient in ident ifying, analyzing, and solving pr oblems.
(C) demonst rat e out standing general academic communicat ion skills.
(D) deliver persuasive present at ions at international and ot her academic conferences.
(E) ut ilize effect ive writing skills in academic journals.
2. List of Courses, Cat egorized by the I nt ended Educational Out comesElective/
Cat egoryCourseRequired(Courses offered by ot her areas or majors)

Requiredelective
Elective
Elective
Elective
Elective
Elective

Credit s

Requirement

At least 4
credits

1
2
At least 4 credit s
Advanced I mpact Assessment of Air Pollution
2
Advanced At mospheric Pollut ant Sciences
2
I nt ernship for Doct oral Courses
1
Required elective
Topics in Snow and I ce Disast ers
2
Required elective
Active Geological Processes2
At least 10 credit s
Required elective
Disasters by Slope Movements
2(including 4
Required elective(B)
Hazards by Slope Movement Ⅱ2credit s from
Requiredelective
Advanced Topics in Volcano-hydrologic Hazards
2
Project Research )Required elective
Numerical Hydrodynamics
2
Project Research in Environmental Science and Technology Required
4
Seminar in Environment al Science and Technology Ⅰ Required1(C) (D) (E)At least 1 credit
Elective
Project Research Exercise on Abroad
1
Elective
I SI Journal Submission Exercise
1
Elective
Research Camp
2
Primarily forElective
Global Meet ing
2
DDP st udent s**
Elective
Research I nternship2(open t o all)
Elective
Joint Lecture
2
Minimum 19 credit s required. (At least 10 credit s must be t aken from required elective courses, and 5
credit s from required courses.)(A)

Special Lecture on Environmental Science and Technology
Lecture on the Global Warming from Regional Aspects D* DDP student s may transfer up t o six credits from equivalent courses taken at their home institution.
** These courses are offered as general subjects within the doctoral program. These credits shall be counted as courses taken outside
the major or area of specializat ion.

50

（災害環境科学コース）
３ ． E xampl e of Pl an of St udy w i t h Tr ansf er Cr edi t[ SPECI AL CAUTI ON ]Thi s t abl e r epr esent s an exampl e onl y. Si nce cr edi t s avai l able for t r ansfer ar e r equir ed t o be appr oved by t he
Gr aduat e School of Science and Technol ogy on a case-by-case basi s, st udent s ar e st r ongl y encour aged t o confer
wi t h t hei r advi sor s r egar di ng t his mat t er aft er admissi on.
Cat egor yRequi r ed
Cour seMajor
Pr ogr am
Elect i ve
Cour seCour seCr edi t s

Pr oject Resear ch i n Envi r onment al Sci ence andTechnol ogy

4Semi nar i n Envi r onment al Sci ence andTechnol ogy Ⅰ

1Tr ansfer cr edit

6

Cour ses offer ed wi t hi n t he ar ea ofspeci ali zat i on

≧ 4

Tr ansfer

A t l east 11 cr edi t s(i ncl udi ng 6 t r ansf er cr edi t s)

Tot alCour ses pr i mar i ly for DDP
st udent s (whi ch shal l becount ed as cour ses t aken
out si de t he major or ar ea ofspeci al izat i on.)Ot herpr ogr ams

Not eElect i ve
Cour seResear ch Camp
Global Meet i ng
Resear ch I nt er nshi p≧ 4

Joint Lect ur e
Cour ses offer ed by ot her ar eas or major s

Tot alA t l east 4 cr edi t s

Gr and Tot al

M i ni mum 19 cr edi t s r equi r ed

51

DDP students ar er ecommended taking
two of these cour ses (4cr edits).