This English translation is for reference only.
If there is any discrepancy between the Japanese and the English
versions, the original Japanese version shall always prevail.

STUDENT HANDBOOK
学

生 便 覧

2021
令和３年度

Graduate School of Science and Technology
大学院自然科学研究科

Table of Contents／目

次

Graduate School of Science and Technology (GSST) Overview／自然科学研究科の概要・・・・・○ GSST Overview／自然科学研究科の概要 ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・○ Niigata University (NU) GSST Diploma Policy／新潟大学大学院自然科学研究科学位授与方

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針（ディプロマポリシー） ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・

4
6○ NU GSST Regulations／新潟大学大学院自然科学研究科規程 ・・・・・・・・・・・・・・・・・・○ 新潟大学大学院自然科学研究科における長期にわたる教育課程の履修に関する細則(available only in Japanese) ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・○ Guidelines on Appealing Academic Assessments／新潟大学大学院自然科学研究科科目に係る成績評価に対しての不服申し立て等に関する要項・・・・・・・・・・・・・・・・・・・・・・・・・

Master’s Programs／博士前期課程 ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・(1) 専攻・コースの概要 (available only in Japanese)・・・・・・・・・・・・・・・・・・・・・・・・・・(2) Educational Programs／教育プログラム ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・(3) Important Study-related Notes／修学上の注意事項 ・・・・・・・・・・・・・・・・・・・・・・(4) Degrees／学位 ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・① Degree Conferral／授与する学位について ・・・・・・・・・・・・・・・・・・・・・・・・② Handling of Dissertations／学位申請論文に関する取扱いについて ・・・・・・・・・・・・・○ Degree Conferral Procedures／学位授与に係る手続等 ・・・・・・・・・・・・・・・・・・・・・○ Guidelines on Writing Dissertations／学位申請論文等の作成要領 ・・・・・・・・・・・・・・・○ Degree Conferral Guidelines／学位授与に関する取扱要項 ・・・・・・・・・・・・・・・○ Degree Conferral Flowchart／学位授与に関する取扱概略図 ・・・・・・・・・・・・・・・・・○ Terms of Agreement／学位授与に関する取扱要項申合せ事項・・・・・・・・・・・・・・・・・○ Guidelines on Special Provisions for Terms of Study in Master’s Programs／
修業年限の特例に関する取扱要領 ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・

Doctoral Programs／博士後期課程 ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・(1) 専攻・コースの概要 (available only in Japanese)・・・・・・・・・・・・・・・・・・・・・・・・・・・(2) Educational Programs／教育プログラム ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・(3) Important Study-related Notes／修学上の注意事項 ・・・・・・・・・・・・・・・・・・・・・・・・(4) Degrees／学位 ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・① Degree Conferral／授与する学位について ・・・・・・・・・・・・・・・・・・・・・・・・・・② Handling of Dissertations／学位申請論文に関する取扱いについて ・・・・・・・・・・・・・・・○ Degree Conferral Procedures／学位授与に係る手続等 ・・・・・・・・・・・・・・・・・・・・○ Guidelines on Writing Dissertations／学位申請論文等の作成要領 ・・・・・・・・・・・・・・・○ Degree Conferral Guidelines／学位授与に関する取扱要項 ・・・・・・・・・・・・・・・・○ Degree Conferral Flowchart／学位授与に関する取扱概略図 ・・・・・・・・・・・・・・・○ Terms of Agreement／学位授与に関する取扱要項申合せ事項・・・○ Guidelines on Special Provisions for Terms of Study in Doctoral Programs／
修業年限の特例に関する取扱要領 ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・Student Life／学生生活 ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・
I 五十嵐キャンパスマップ・案内図 (available only in Japanese)・・・・・・・・・・・・・・・・・・・

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I

Graduate School of Science andTechnology Overview
自然科学研究科の概要

1

Graduate School of Science and Technology Overview

The Graduate School of Science and Technology (GSST) at Niigata University (NU) was newly
founded in 1995 as an independent graduate school consisting of nine master’s departments and fivedoctoral departments. It was established by merging the pre-existing Graduate Schools of Science,
Engineering, and Agriculture. GSST places special emphasis on completing postgraduate education overan uninterrupted five-year period. It has continually sought to cultivate highly creative individuals withbroad perspectives in addition to advanced and highly-specialized research capabilities throughinterdisciplinary collaboration of faculty members, thereby providing education and researchsupervision without being bound by conventional academic fields. Later in 2004, when national
universities were transformed into national university corporations, GSST was restructured into six
master’s departments and five doctoral departments. This further enabled education and research at thegraduate school to contribute to society and fulfill its role in human resource development. The purposesof this restructuring were firstly, to integrate the specialized graduate education with the basic education
which had been systematically developed by the undergraduate faculties of science, engineering, andagriculture; secondly, to provide the specialized knowledge necessary in conducting research activities
at the graduate school; and finally, to facilitate the acquisition of broad scientific knowledge required
for students to work as researchers and engineers.
In a report issued by the Central Council for Education in September, 2005, the enhancement ofeducational functions in order to substantialize graduate school education was proposed, i.e., tostrengthen the systematic development of curricula and, within Doctoral Programs in particular, enableattractive education through extensive contact with advanced academic research. At NU, approximately
60% of undergraduate students studying natural sciences advance to graduate school; hence, theincreased need to systematically reinforce graduate school education by strengthening the level ofcooperation between the undergraduate and graduate educational programs more than ever before.
Against this background, the graduate school in 2010 was reorganized into five master’s and fivedoctoral departments in order to further substantialize and upgrade the education it provides byenhancing and strengthening its newly developed educational programs. In addition, degree programs
were restructured so that student could advance seamlessly from undergraduate to master’s and doctoral
degree programs. At the same time, “Courses” were instituted as educational programs to replace“Daikoza” by placing importance on the students’ standpoints and learning perspectives. Through thisreorganization, GSST aims to cultivate individuals with high expertise who can respond toadvancements within their specialization and interdisciplinary fields by further developing traditionallysuccessful interdisciplinary-oriented education and research that integrate the fields of science,engineering, and agriculture.

2

GSST Principleso

The graduate school, which is an independent, comprehensive graduate school that issegmented into the initial two-year-long hakase zenki (master’s) programs and thesubsequent three-year-long hakase koki (doctoral) programs, places special emphasison completing postgraduate education over an uninterrupted five-year period.

oThe graduate school aims to cultivate highly creative individuals with broad
perspectives in addition to advanced and highly-specialized research capabilities
through faculty members from differing fields who cooperate together in providing
education and research supervision without being bound by conventional academic
fields.

o

The graduate school cultivates not only university faculty members and researchers but
also advanced professionals with the ability to actively solve problems in theirrespective fields in a way that flexibly responds to developments in academics andculture as well as in science and technology.

oThe graduate school conducts educational activities and research that flexibly respondto diverse academic and social demands.

3

Niigata University Graduate School of Science and Technology
Diploma Policy
The Graduate School of Science and Technology (GSST) cultivates highly creative individuals with broad
perspectives in addition to advanced expertise and research capabilities. To receive accreditation of program
completion students must satisfy the following requirements to enable them to actively solve problems in theirrespective fields in a way that flexibly responds to developments in academics and culture as well as in science andtechnology.
1. Master’s Programs
Fundamental Sciences
Students must understand the properties of substances, the mechanisms of nature, and the basics ofmathematical phenomena, and they must also acquire the abilities to conduct a variety of experiments, performtheoretical calculations, and utilize mathematical analytical methods. Students must be excellent humanresources who play active roles in the society, and they must also possess research capabilities that leverageinsight and originality obtained through experience at the forefront of research.
Advanced Materials Science and Technology
Students must possess fundamental expertise relating to upgrading equipment and improving functionality,
optimizing product design and production processes, as well as designing and developing new and functional
materials in order to contribute to the continuous development of humanity, including global environment
preservation, resource circulation, and health maintenance and promotion. In addition, students must possess
the ability to flexibly and broadly apply these areas of expertise. They must also possess a rich sense ofhumanity, high-level communication abilities, and the ability to contribute to the continuous development ofsociety.
Electrical and Information Engineering
Students must be highly specialized in the field of electrical and information engineering and possess
advanced application skills. They must also possess broad perspectives, rich sense of humanity and ethics, aswell as excellent communication skills. Students must possess the ability to contribute to the creation of acultured society with safety, security and health.
Life and Food Sciences
Students must possess a fundamental understanding of life phenomena and the ability to engage in broadinterdisciplinary areas as pioneers in developing new technologies and improving regional agriculture, foodand related industries, as well as the environment and social economy. This is based on an awareness of themodern trend of genome to post-genome life sciences and the increasing strain placed on medium-to-long-term
food resources under globalization.
Environmental Science and Technology
Students must possess the ability to create urban and rural habitats from the natural environment, in a highly
original way, through experiences in leading-edge research by exploring the environments and structures ofbroad areas. In addition, they must understand the interrelation that human society has with the geosphere,4hydrosphere, and biosphere from a global perspective.

2. Doctoral Programs
Fundamental Sciences
Students must possess highly original research capabilities as well as deep expertise, technical skills, andbroad insight enabling them to actively engage with various issues encountered in mathematical scientificphenomena within the fields of mathematics, physics, and chemistry. This will enhance the elucidation of themechanisms behind the properties and reactions of substances and exploring new materials.
Advanced Materials Science and Technology
Students must possess fundamental expertise based on deeper understanding, relating to upgrading
equipment and improving functionality, optimizing product design and production processes, as well as
designing and developing new and functional materials in order to contribute to the continuous development of
humanity, including global environment preservation, resource circulation, and health maintenance andpromotion. They must also possess an advanced ability to flexibly and broadly apply these areas of expertise.
In addition, students must possess a rich sense of humanity, high-level communication skills, and acomprehensive, advanced ability to contribute to the continuous development of the society.
Electrical and Information Engineering
Students must possess the ability to analyze and theoretically elucidate complex and diverse phenomena
from the perspective of electrical and information engineering. In addition, students must also possess theability to contribute to the creation of a safe, secure, healthy, and cultural society by creating and developing
original technologies.
Life and Food Sciences
Students must possess the ability to creatively engage as pioneers in broad interdisciplinary areas byacquiring fundamental understanding of life phenomena, pursuing advanced expertise in developing newtechnologies, and improving regional agriculture, food and related industries, as well as the environment andsocial economy. This is in order to not only elucidate the fundamental principles of life but also life phenomena
from the molecular level up to individual organisms. In addition, growing social issues such as food security
and changes in the global environment can be further solved through a broad range application of acquired
knowledge.
Environmental Science and Technology
Students must possess a highly original ability to create urban and rural habitats from the naturalenvironment by exploring the structures of broad areas from the global scale down to Niigata, a region withsnowy winter and warm summer in north-eastern Asia facing the Sea of Japan, where Niigata University is
located. This is achieved by understanding the interrelation that human society has with the geosphere,hydrosphere, and biosphere from a global perspective.

5

Niigata University Graduate School of Science and Technology
Regulations
April 1, 2004
GSSTR Ver. 1(Purpose)
Article 1. In addition to matters stipulated in the Niigata University Graduate School Regulations(2004 Niigata University Graduate School Regulations Ver. 1; hereinafter the “NU Graduate School
Regulations”), these regulations stipulate necessary matters relating to educational methods, student
registration methods, completion requirements, etc. at the Graduate School of Science andTechnology of Niigata University (hereinafter the “Graduate School”).
(Programs)
Article 2. The Graduate School programs are deemed as postgraduate doctoral, or hakase, courses
segmented into initial two-year doctoral, or hakase zenki, programs (hereinafter “Master’s
Programs”) and latter three-year doctoral, or hakase koki, programs (hereinafter “Doctoral
Programs”). The hakase zenki programs shall be treated as master’s courses.
(Departments and courses)
Article 3. Departments and Courses in the Graduate School are as shown in Appended Table 1.
(Purposes of education and research)
Article 3-2. As a segmented graduate school that integrates the fields of science, engineering, andagriculture, the Graduate School places importance on completing education over an uninterrupted
five-year period and aims to cultivate highly creative individuals with broad perspectives andexcellent research capabilities.
2. As educational objectives, Master’s Programs aim to cultivate individuals who possess thefollowing abilities by requiring students to acquire expert knowledge in specialized fields and afundamental grounding in related fields through education and research in each department.
(1) The ability to make ethical judgements regarding nature, society, and humanity(2) The ability to understand and apply fundamental theories and technologies(3) The ability to discover and solve problems(4) The ability to communicate effectively, including academic conference presentations(5) The ability to report within a specified period of time
3. Each master’s department shall conduct the following educational activities and research in order toachieve the aforementioned educational objectives.
(1) Fundamental Sciences is composed of mathematics, physics, and chemistry-related fields. It
shall conduct educational activities and research concerning the elucidation of the fundamental
laws of nature, space, and substance properties and reaction mechanisms; the creation of newmaterials and substances; and the exploration of mathematical scientific phenomena.
(2) Advanced Materials Science and Technology is composed of materials, chemistry, mechanics,
and social system engineering-related fields. It shall conduct educational activities and research
relating to advanced materials creation; materials development and assessment that have newfunctions or high functionality; and mechanical science and engineering for production
processes and materials production.
(3) Electrical and Information Engineering, which contributes to the creation of an advanced
information, energy-conserving, and welfare society, is composed of the fields of informationengineering, electrical and electronic engineering, and human sciences and assistive technology.
It shall conduct educational activities and research relating to telecommunication networks,
intelligence information sciences, highly-efficient energy, electronic devices, nanotechnology,
sensing, medical bioengineering, and welfare engineering.
(4) Life and Food Sciences is composed of the fields of basic life sciences, applied life and foodsciences, and agriculture and bioresource sciences. It shall conduct educational activities andresearch relating to biology and its fundamentals, which elucidate the principles of life, as wellas broader fields of applied sciences concerning agriculture and other related disciplines.

6(5) Environmental Science and Technology is composed of fields that organically integrate
specialized domains such as science, engineering, agriculture, etc. It shall conduct educational
activities and research relating to environmental sciences from a comprehensive perspectivethat goes beyond the pre-existing framework of academic fields by tackling global-scale
environmental problems as well as those faced by local communities via multifaceted
approaches.
4. As educational objectives, Doctoral Programs aim to cultivate individuals who possess thefollowing abilities by requiring students to acquire the capability to conduct comprehensive andinterdisciplinary analyses that incorporate the findings and perspectives of related fields. This isachieved through leading-edge educational activities and research in each department based on thepremise that students possess mastery of a specialized field.
(1) The ability to recognize one’s responsibilities with a broad perspective toward nature, society,and humanity(2) The ability to define and solve problems(3) The ability to communicate effectively(4) The ability to give presentations at international conferences, etc.
(5) The ability to write papers for academic journals
5. Each doctoral department shall conduct the following educational activities and research in order toachieve the aforementioned educational objectives.
(1) Fundamental Sciences shall conduct leading-edge educational activities and researchconcerning the elucidation of the fundamental laws of nature, space, and substance properties
and reaction mechanisms; the creation of new materials and substances; and the exploration ofmathematical scientific phenomena.
(2) Advanced Materials Science and Technology shall conduct leading-edge educational activities
and research relating to creating new materials by controlling the structures of atoms andmolecules, compounding different materials through interfacial control, and chemicallydeveloping functional materials. In addition, it shall carry out advanced educational activities
and research concerning materials assessments, production machine systems, materials control,
production processes in harmony with the environment, etc.
(3) Electrical and Information Engineering shall conduct leading-edge educational activities andresearch relating to telecommunication networks, intelligence information sciences,highly-efficient energy, electronic devices, nanotechnology, sensing, medical bioengineering,
and welfare engineering.
(4) Life and Food Sciences shall conduct leading-edge educational activities and research to build
sustainable agricultural production in harmony with the environment; explore and apply theprinciples of life through organic cooperation between fundamental and applied academic
fields; construct applied academic fields aimed at solving food problems; and develop
agriculture-related industries while working from a broad range of research fields to elucidate
the principles of life phenomena from the molecular level up to individual organisms.
(5) Environmental Science and Technology shall conduct leading-edge educational activities andresearch relating to environmental sciences from an interdisciplinary perspective that goesbeyond the pre-existing framework of academic fields by tackling global-scale environmental
problems as well as those faced by local communities via multifaceted approaches.
(Selection examinations)
Article 4. Selection of individuals wishing to enroll in the Graduate School shall be determined via
selection examinations.
2. Necessary matters relating to screening examinations and selection methods shall be stipulated
separately.
(Advancement)
Article 5. Pursuant to Article 43 of the NU Graduate School Regulations, students wishing to advanceinto a Doctoral Program shall be permitted to advance once selected.

7

(Educational methodology)
Article 6. Education at the Graduate School shall be provided through class subjects and supervision
relating to dissertation writing, etc. (hereinafter “research supervision”).
2. Class subjects shall be categorized into courses common across the departments anddepartment-specific courses for each degree level.
(Special provisions relating to educational methodology)
Article 7. If the faculty council deems it especially necessary for educational purposes, it shall bepossible to provide classes and research supervision in the evening or during some other specified
time or period.
2. Necessary matters relating to educational methodology shall be stipulated separately.
(Long-term completion of curricula)
Article 8. If a student wishes to complete a curriculum over an extended period of time pursuant to
Article 31 of the NU Graduate School Regulations, the long-term completion shall be permitted
following deliberation by the faculty council.
2. Necessary matters relating to long-term completion of curricula shall be stipulated separately.
(Class subjects, numbers of credits, and method of completion)
Article 9. Class subjects and numbers of credits for Master’s and Doctoral Programs are as shown inAppended Table 2 and Appended Table 3 (English version not available in this handbook).
2. Regarding the class subjects mentioned in the preceding paragraph, students in Master’s Programsmust earn either at least 38 or 42 credits according to the standard credit requirements for the
department concerned, as shown in Appended Table 4 (English version not available in thishandbook).
3. Regarding the class subjects mentioned in Paragraph 1, students in Doctoral Programs must earn
either at least 19 or 23 credits according to the standard credit requirements for the department
concerned, as shown in Appended Table 5 (English version not available in this handbook).
4. Necessary matters relating to method of completion other than those stipulated in the preceding two
paragraphs shall be stipulated separately.
(Credit calculation method)
Article 10. Credits for class subjects at the Graduate School shall be calculated in accordance with thefollowing standards.
(1) Lectures and seminars are worth one credit for every 15 hours of class.
(2) Laboratory work and workshops are worth one credit for every 30 hours of class.
(Credit calculation standard for class subjects implemented via multiple formats)
Article 10-2. Credits for class subjects implemented using two or more formats (lectures, seminars,
laboratory work, or workshops) shall be calculated in accordance with the standards provided in thepreceding Article based on the specific combination.
(Academic supervisors)
Article 11. Students shall be assigned a main supervisor and a number of sub-supervisors who are in
charge of providing research supervision.
2. The main supervisor shall be the professor from the course to which the student belongs. However,
if deemed necessary by the faculty council in Master’s Programs, this role shall be filled by aprofessor, associate professor, lecturer, assistant professor, or visiting professor of the department towhich the student belongs. In Doctoral Programs, the role shall be filled by a professor, associate
professor, or visiting professor of the department to which the student belongs.
3. Students shall be assigned two sub-supervisors. In Master’s Programs, this role shall be filled by aprofessor, associate professor, lecturer, assistant professor, visiting professor, or visiting associate
professor of Master’s Programs. In Doctoral Programs, the role shall be filled by a professor,
associate professor, visiting professor, or visiting associate professor of the Doctoral Programs.
(Research supervising committee)
Article 12. Research supervising committees (hereinafter “supervising committees”) shall beestablished to provide students with supervision relating to research and course completion.

8

2. Supervising committees shall be made up of the main supervisor and sub-supervisors for each
student.
(Study plan and research plan)
Article 13. Students must decide research topics and class subjects to take under the supervision of
his/her supervising committee within the first month following enrollment (including advancementfrom a lower degree level).
2. As a general rule, at the beginning of each program year, students must determine which classsubjects to take that year and submit the designated registration notification to the dean.
3. At the beginning of every program year, supervising committees shall have sufficient discussion
with students regarding their research supervising plan for the year, and offer research supervision
upon specifying the plan clearly regarding the designated research supervising plan form.
(Recognition of class subject completion and conferral of credits)
Article 14. Class subject completion shall be determined via research report or written or oral
examination. Passing students who are also deemed to have sufficient attendance for the classsubject concerned shall be awarded the designated credits.
2. Make-up examinations may be held for students unable to take tests due to illness or otherunavoidable circumstances.
(Submission of dissertations)
Article 15. Dissertations must be submitted to the dean no later than the designated deadline inaccordance with instructions from the supervising committee.
(Dissertation review and final examination)
Article 16. Dissertation reviews and final examinations shall be governed by the Niigata University
Degree Regulations (2004 Reg. 30).
(Completion requirements)
Article 17. In order to complete a Master’s Program, students are required to be enrolled in the
program for a minimum of two years, earn credits as provided for in Paragraph 2 of Article 9, andpass dissertation or specific research review and final examination after receiving the necessary
research supervision. However, a period of enrollment of at least one year shall be deemedsufficient for students who are deemed to have outstanding academic achievements by the faculty
council.
2. In order to complete a Doctoral Program, students are required to be enrolled in the program for aminimum of three years, earn credits as provided for in Paragraph 3 of Article 9, and passdissertation review and final examination after receiving the necessary research supervision.
However, the period of enrollment stipulated in the provisionary clause in Article 32-2 of the NU
Graduate School Regulations shall be deemed sufficient for students who are deemed to haveoutstanding research achievements by the faculty council.
(Recognition of completion)
Article 18. Recognition of completion pursuant to the preceding Article shall be conducted by the
University President after discussions with the faculty council.
(Conferral of degrees)
Article 19. Students completing a Master’s Program shall be awarded a master’s degree.
2. Students completing a Doctoral Program shall be awarded a doctoral degree.
3. The name of the field added to the degree mentioned in the two preceding paragraphs shall be“Philosophy,” “Science,” “Engineering,” or “Agriculture.”(Teaching certificates)
Article 20. The types of teaching certificates obtainable through a Master’s Program and the certified
subjects are as shown in Appended Table 6.
(Miscellaneous provisions)
Article 21. Necessary matters other than those stipulated in the Regulations shall be determined
separately by the faculty council.
Supplementary Provisions

9

1. These regulations are effective as of April 1, 2004.
2. Notwithstanding the provisions of Article 3, Master’s Programs of Fundamental Science of Matter,
Advanced Material Science, Industrial Science and Technology, Functional Biology, Plant andAnimal Science, Geo-and Biosphere Science, Science of Environmental System, Mathematical
Science, and Information and Computer Engineering, as well as Doctoral Programs of Fundamental
Science and Energy Technology, Advanced Materials Science and Production Systems Engineering,
Biosphere Science, Environmental Management System, and Information Science and Engineeringthat are based on the 1995 version of the Niigata University Graduate School of Science andTechnology Regulations (hereinafter the “former Graduate School Regulations”) shall remain until
the students enrolled in the departments concerned as of March 31, 2004, are no longer enrolled in
the concerned departments, and the registration methods and completion requirements for themshall be governed in accordance with the provisions of the former Graduate School Regulations.
Supplementary Provision
1. The regulations are effective as of October 1, 2005.
(Omitted)
Supplementary Provisions
1. The regulations are effective as of April 1, 2013.
2. Registration methods and completion requirements for students who enrolled during or prior to
AY2012 shall be governed in accordance with provisions then in effect. However, students
currently enrolled on the effective date shall be able to register for class subjects provided in therevised version of Appended Table 2 or Appended Table 3, as stipulated separately, and incorporate
these as credits required for completion.
Supplementary Provisions
1. These regulations are effective as of April 1, 2014.
2. Registration methods and completion requirements for students who enrolled during or prior to
AY2013 shall be governed in accordance with provisions then in effect. However, students
currently enrolled on the effective date shall be able to register for class subjects provided in therevised version of Appended Table 2 or Appended Table 3, as stipulated separately, and incorporate
these as credits required for completion.
Supplementary Provisions
1. These regulations are effective as of April 1, 2015.
2. Registration methods and completion requirements for students who enrolled during or prior to
AY2014 shall be governed in accordance with provisions then in effect. However, students
currently enrolled on the effective date shall be able to register for class subjects provided in therevised version of Appended Table 2 or Appended Table 3, as stipulated separately, and incorporate
these as credits required for completion.
Supplementary Provisions
1. These regulations are effective as of April 1, 2016.
2. Registration methods and completion requirements for students who enrolled during or prior to
AY2015 shall be governed in accordance with provisions then in effect. However, students
currently enrolled on the effective date shall be able to register for class subjects provided in therevised version of Appended Table 2 or Appended Table 3, as stipulated separately, and incorporate
these as credits required for completion.
Supplementary Provisions
1. These regulations are effective as of April 1, 2017.
2. Registration methods and completion requirements for students who enrolled during or prior to
AY2016 shall be governed in accordance with provisions then in effect. However, students
currently enrolled on the effective date shall be able to register for class subjects provided in therevised version of Appended Table 2 or Appended Table 3, as stipulated separately, and incorporate
these as credits required for completion.
Supplementary Provisions
1. These regulations are effective as of April 1, 2018.
2. Registration methods and completion requirements for students who enrolled during or prior to
AY2017 shall be governed in accordance with provisions then in effect. However, students
currently enrolled on the effective date shall be able to register for class subjects provided in therevised version of Appended Table 2 or Appended Table 3, as stipulated separately, and incorporate
these as credits required for completion.

10

Supplementary Provisions
1. These regulations are effective as of April 1, 2019.
2. Registration methods and completion requirements for students who enrolled during or prior to
AY2018 shall be governed in accordance with provisions then in effect. However, students
currently enrolled on the effective date shall be able to register for class subjects provided in therevised version of Appended Table 2 or Appended Table 3, as stipulated separately, and incorporate
these as credits required for completion.
Supplementary Provisions
1. These regulations are effective as of April 1, 2020.
2. Registration methods and completion requirements for students who enrolled during or prior to
AY2019 shall be governed in accordance with provisions then in effect. However, students
currently enrolled on the effective date shall be able to register for class subjects provided in therevised version of Appended Table 2 or Appended Table 3, as stipulated separately, and incorporate
these as credits required for completion.
Supplementary Provisions
1. These regulations are effective as of April 1, 2021.
2. Registration methods and completion requirements for students who enrolled during or prior to
AY2020 shall be governed in accordance with provisions then in effect. However, students
currently enrolled on the effective date shall be able to register for class subjects provided in therevised version of Appended Table 2 or Appended Table 3, as stipulated separately, and incorporate
these as credits required for completion.
Supplementary Provisions
1. These regulations are effective as of April 1, 2022.
2. Registration methods and completion requirements for students who enrolled during or prior to
AY2021 shall be governed in accordance with provisions then in effect. However, students
currently enrolled on the effective date shall be able to register for class subjects provided in therevised version of Appended Table 2 or Appended Table 3, as stipulated separately, and incorporate
these as credits required for completion.
Appended Table 1 (Re. Article 3)
Departments (Programs) and Courses
Master’s Programs
Departments
Fundamental Sciences

Advanced Materials Science andTechnology

Electrical and Information Engineering

Life and Food Sciences

Environmental Science and Technology

Courses
Physics
Chemistry
Mathematical Science
Materials Science and Technology
Applied Chemistry and Chemical Engineering
Advanced Mechanical Science and EngineeringSocial Systems Engineering
Information Engineering
Electrical and Electronic Engineering
Human Sciences and Assistive Technology
Life Sciences
Applied Life and Food Sciences
Agriculture and Bioresources
Natural Environmental Science
Environmental Science for Agriculture and Forestry
Architecture and Civil Engineering
Earth Science
Natural Disaster and Environmental Science
Field Research in the Environmental Sciences11Doctoral Programs
Departments
Fundamental Sciences

Advanced Materials Science andTechnology
Electrical and Information Engineering

Life and Food Sciences

Environmental Science and Technology

Courses
Physics
Chemistry
Mathematical Science
Materials Science and Technology
Applied Chemistry and Chemical Engineering
Advanced Mechanical Science and Engineering
Information Engineering
Electrical and Electronic Engineering
Human Sciences and Assistive Technology
Life Sciences
Applied Life and Food Sciences
Agriculture and Bioresources
Natural Environmental Science
Environmental Science for Agriculture and Forestry
Architecture and Civil Engineering
Earth Science
Natural Disaster and Environmental Science
Field Research in the Environmental Sciences

Appended Table 2 (Re. Article 9)
Master’s Subject Classes and Credits (available only in Japanese)
Appended Table 3 (Re. Article 9)Doctoral Subject Classes and Credits (available only in Japanese)
Appended Table 4 (Re. Article 9)
Master’s Standard Credit Requirements (available only in Japanese)
Appended Table 5 (Re. Article 9)Doctoral Standard Credit Requirements (available only in Japanese)
Appended Table 6 (Re. Article 20)
Obtainable Types of Teaching Certificates and Certified Subjects
Type of Teaching Certificate (Certified Subjects)
Departments
Fundamental Sciences
Specialized Teacher’s Certificate for Junior High School(Mathematics and science)Specialized Teacher’s Certificate for High School(Mathematics, science and information studies)
Advanced Materials Science andSpecialized Teacher’s Certificate for High School
Technology(Industry)
Electrical and Information Engineering
Specialized Teacher’s Certificate for High School(Information studies and industry)
Life and Food Sciences
Specialized Teacher’s Certificate for Junior High School(Science)
Specialized Teacher’s Certificate for High School(Science and agriculture)
Environmental Science and Technology
Specialized Teacher’s Certificate for Junior High School(Science)
Specialized Teacher’s Certificate for High School(Science, agriculture and industry)

12

Guidelines on Appealing Academic Assessments
Graduate School of Science and Technology
June 23, 2020
Ruling by the Dean of the Graduate
School of Science and Technology
Article 1. Purpose
1. These guidelines stipulate necessary matters concerning appealing academic assessments relating
to subjects at the Graduate School of Science and Technology.
Article 2. Inquiry
1. In the event that a student has doubts concerning an academic assessment, the student may notify
the Academic Affairs Division of the Graduate School of Science and Technology (hereinafter the
Academic Affairs Division) upon completing a separately-designated academic assessment
confirmation request form (hereinafter Form 1 specified elsewhere) along with the gradeconfirmation report.
2. The Academic Affairs Division must send the Form 1 and the grade confirmation report submitted
by the student immediately to the faculty member in charge of the subject.
3. The faculty member must reply to the Academic Affairs Division within seven days so notified.
4. The Academic Affairs Division shall promptly notify the student of the reply from the faculty
member.
5. An inquiry into the grade must be made prior to the end of the grade confirmation period andduring a period to be stipulated separately by the graduate school.
Article 3. Appeals
1. If the reply from the inquiry is unsatisfactory, the student may appeal to the dean of the Graduate
School of Science and Technology (hereinafter the “dean”).
2. The student wishing to appeal must fill in the necessary items on a separately designated academic
assessment appeal form (hereinafter Form 2) and submit this along with the Form 1 to the dean(the Academic Affairs Division).
3. As a general rule, the deadline for appeals shall be three days from the day the reply from theinquiry was received (excluding Saturdays, Sundays, and holidays stipulated in the Act on
National Holidays).
4. Upon receiving the student’s appeal, the dean shall conduct a review in cooperation with the
Graduate School of Science and Technology Academic Affairs Committee.
5. The student and the faculty member in charge of the course shall be informed of results of thereview promptly.
6. The Academic Assessment Appeal Forms and other documents related to the procedure shall bemaintained by the Academic Affairs Division.
Supplementary Provision
These Guidelines are effective as of July 1, 2020

13

II

Master’s Programs
博士前期課程14

(2) Educational Programs／教育プログラム○数理物質科学専攻（博士前期課程）／Department of Fundamental Sciences (Master's Programs)
物理学コース（Ｍ）／Physics Course (M)１．コースの教育目標（人材育成）／Eductaional Objectives of the Course (Human Resource Development)(A) The ability to make ethical judgements regarding nature, ethics and humanity(B) The ability to understand and apply the fundamental theories and technologies of the field concerned(B-1) An understanding of the standard model of elementary particle physics as well as physical sciences that transcend this from experimental and theoretical perspectives(B-2) An understanding of the structures and reactions of subatomic quantum systems from quarks and hadrons to atomic nuclei(B-3) An understanding of the fundamental laws and basic physical processes behind the origin, structure and evolution of the universe and celestial bodies (general relativistic celestial objects, the early universe, the Milky Way,(B-4) An understanding of issues relating to early processes in the formation of the elements that make up the universe as well as the structures of unstable far removed from existing stable nuclei(B-5) An understanding of methods to elucidate strongly correlated physical properties by creating strongly correlated substances and engaging in various physical measurements and theoretical considerations(B-6) An understanding of experiments and computer simulations relating to the complex physical properties of solid electrolytes, irregular semiconductors, nano-structured materials, etc.
(B-7) An understanding of various phenomena relating to medical physics, how to observe such phenomena, as well as related laws and regulations(B-8) An understanding of teaching methods (active learning, ICT application, educational materials development, etc.) that promote a profound understanding of concepts in university and high school physics education(C) The ability to discover and solve problems, the ability to communicate effectively, including academic conference presentations, and the ability to issue reports within a specified period of time
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
授業科目
選択・必修 単位数
Elective/Req
Objectives
Course Title
Credits
自然科学総論Ⅱ・Ⅲ・Ⅳ・Ⅴ(*いずれか1科目)
1(A)(B)
必修／R
1／General Natural Sciences II・III・IV・V (*Choose one)
選択必修／
2
先端科学技術総論／Special Topics in Advanced Science and Technology
1
ReqE
(B)
3
専攻共通科目／Dept common course(s)4
他専攻科目／course(s) in other Depts
必修／R
5
実験素粒子物理学Ⅰ／Experimental Elementary Particle Physics I
選択／E
26
実験素粒子物理学Ⅱ／Experimental Elementary Particle Physics II選択／E2
7量子場理論／Quantum Field Theory
選択／E
2
(B-1)
8
共形場理論／Conformal Field Theory
選択／E
2
9
理論素粒子物理学Ⅰ／Theoretical particle physics I
選択／E
2
10
理論素粒子物理学Ⅱ／Theoretical particle physics II
選択／E
2
11
理論素粒子物理学Ⅲ／Theoretical particle physics III
選択／E
2
12
ハドロン物理学Ⅰ／Hadron and Nuclear Physics I
選択／E
2
13
原子核物理特論Ⅰ／Topics in Nuclear Physics I
選択／E
2
(B-2)
14
原子核物理特論Ⅱ／Topics in Nuclear Physics II
選択／E
2
15
原子核物理特論Ⅲ／Topics in Nuclear Physics III
選択／E
2
16
核物性学概論／Nuclear Condensed Matter Physics
選択／E
2
17
宇宙物理学特論Ⅰ／Topics in Astrophysics I
選択／E
2
(B-3)
18
宇宙物理学特論Ⅱ／Topics in Astrophysics II
選択／E
2
19
宇宙物理学特論Ⅲ／Topics in Astrophysics III
選択／E
2
20
ミュオン物質物理学概論／Introduction to Muon Science
選択／E
2
(B-4)
21
原子核量子多体論概論／Nuclear Quantum Many-Body Theory：Basic
選択／E
2
22
不安定核物理学概論／Introduction to the physics of unstable nuclei
選択／E
2
23
固体物性物理学Ⅰ／Solid State Physics I
選択／E
2
24
固体物性物理学Ⅱ／Solid State Physics II
選択／E
2
(B-5)
25
固体物性物理学Ⅲ／Solid State Physics III
選択／E
2
26
固体物性物理学Ⅳ／Solid State Physics IV
選択／E
2
27
固体電子論／Electron Theory of Solids
選択／E
2
28
統計物理学Ⅰ／Statistical Physics I
選択／E
2
(B-6)
29
統計物理学Ⅱ／Statistical Physics II
選択／E
2
30
多体系物理学／Many-Body Physics
選択／E
2
31
医学物理学総論／Introduction to Medical Physics
選択／E
2
32
放射線物理学特論／Topics in Radiation Physics
選択／E
2
(B-7)
33
放射線計測学特論／Topics in Radiation Measurements
選択／E
2
34
放射線防護学特論／Topics in Radiation Protection
選択／E
2
35
放射線関連法規／Radiation Related Laws
選択／E
2
アクティブ･ラーニング型物理教授法特論／
36
選択／E
2
Active Learning Teaching Strategies in Physics(B-8)
37
ICT活用物理教授法特論／Teaching Strategies in Physics using Technology
選択／E
2
38
教職実践学校インターンシップ／School Internship (Teaching Practice)
選択／E
4
39
コラボレーション演習／Collaboration Exercise
選択／E
1
40
2
課題探索特講Ⅰ／Advanced Course for Project Research I
選択／E
41
2
課題探索特講Ⅱ／Advanced Course for Project Research II
選択／E
42
2
データサイエンス概論／Introduction to Data Science
選択／E
43
1
プロジェクト研究特別概説／Introduction to University Research Projects
選択／E
44
1
企業における生産・開発Ⅰ／Lecture on Manufacturing and Development Research I
選択／E
45
1
修士のためのインターンシップ／Internship for master's courses
選択／E
46
1
企業・研究機関の研修・見学／Tour/Visit to Businesses and Research Institutes
選択／E
47
2
薬品安全管理技術／Safety Management of Chemicals
選択／E
48
2
大型機器分析技術／Techniques in instrumental analysis
選択／E
49
1
知的財産権・技術経営論Ⅰ／Intellectual property rights and theory of Management Technology I
選択／E
50
1
知的財産権・技術経営論Ⅱ／Intellectual property rights and theory of Management Technology II
選択／E
(C)
51
1
インターンシップ／Internship
選択／E
52
1
ワーク・ライフ・バランス／Work･Life･Balance
選択／E
53
4
海外英語研修／Intensive Academic English Training Program for Science,Agriculture and Engineering Majors
選択／E
54
4
海外インターンシップ／International Professional/Academic Internship
選択／E
55
1
科学技術英語Ⅰ／English for Science and Technology Majors I
選択／E
56
1
科学技術英語Ⅱ／English for Science and Technology Majors II
選択／E
修士のためのキャリアマネジメントセミナー
57
選択／E
2
／Career Management Seminar for Postgraduate students
58
数理物質科学特定研究Ⅰ（物理学）／Projective Research in Physics I
必修／R
8
59
数理物質科学特定研究ⅡA（物理学）／Projective Research in Physics IIA
必修／R
4
60
数理物質科学特定研究ⅡB（物理学）／Projective Research in Physics IIB
選択／E
4
61
数理物質科学演習Ⅰ（物理学）／Seminar in Physics I
必修／R
4
62
数理物質科学演習Ⅱ（物理学）／Seminar in Physics II
選択／E4
63 所属専攻科目／Department course(s)
選択／E
-

分野
Field

水準

修了認定単位

Standard

Credit Req for Degree

備考
Notes
他専攻開設／in other Depts

99

46

1単位／1

99
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43,87
43,87
43,87
43,87
43,87

46
46
57
57
57
57
57
57
57
57
57
57
57
57
46
57
57
57
57
46
57
57
46
57
57
57
46
46
57
57
57
57

2単位以上／
2 or more

43

57

43
43
43
43
43
10,49
99
74
74
74
46
99
99
99
74
74
70
74
70
70

57
57
56
56
56
36
47
47
47
46
46
46
46
46
36
36
46
46
46
46

74

37

43,77
43,77
43,77
43
43
-

57
57
57
57
57
-

課程共通科目(a)／M(a)2単位以上／2 or more

必修16単位含めて24単位以上／
24 or more
incl. 16 in required
課程共通科目(a)／M(a)課程共通科目(a)／M(a)課程共通科目(b)／M(b)課程共通科目(b)／M(b)課程共通科目(b)／M(b)課程共通科目(b)／M(b)課程共通科目(b)／M(b)課程共通科目(b)／M(b)課程共通科目(b)／M(b)課程共通科目(b)／M(b)課程共通科目(b)／M(b)課程共通科目(b)／M(b)課程共通科目(b)／M(b)課程共通科目(b)／M(b)課程共通科目(b)／M(b)課程共通科目(b)／M(b)課程共通科目(b)／M(b)2021年度新設／New course

合計38単位以上／Total: 38 credits or more
【備考】 １．課程共通科目(a)は，所属専攻の科目として取り扱う。
２．課程共通科目(b)は，他専攻の科目として取り扱う。(必修の「他専攻科目2単位」に含めることができないので注意すること。)【Notes】 1．M(a) indicates Master’s common courses(a). They are treated as Department courses.
2．M(b) indicates Master’s common courses(b). They are treated as courses in other Departments. (Attention: Master's common courses(b) do not count toward the two credits required in "courses in other Departments.")
３．必修授業科目履修の流れ（コースワーク＋リサーチワーク）
セメスター
(A)
1期

(B)

自然科学総論他専攻科目，専門科目

2期

専門科目

3期
4期

専門科目
専門科目

15

（C）
数理物質科学特定研究I (物理学)
数理物質科学演習I (物理学)
数理物質科学特定研究I (物理学)
数理物質科学演習I (物理学)
数理物質科学特定研究ⅡA (物理学)
数理物質科学特定研究ⅡB (物理学)化学コース（Ｍ）／Chemistry Course (M)１．コースの教育目標（人材育成）／Eductaional Objectives of the Course (Human Resource Development)(A)The ability to make ethical judgements regarding nature, society and humanity(B)The ability to understand and apply fundamental theories and technologies(B-1)The ability to understand and elucidate the reactions and structures of inorganic substances from the atomic and molecular levels(B-2)The ability to understand and elucidate the synthesis methods as well as function, structure and reaction mechanisms of organic compounds(B-3)The ability to understand and elucidate the molecular functions of bio-polymers and functional analyses based on genomic information(B-4)The ability to understand and elucidate the structures and phase transitions of substances on the mesoscale, and understand the development of data analysis methods and numeric calculation technologies(B-5)The ability to understand and elucidate the fundamental processes for each quantum state in a range of chemical reactions both theoretically and experimentally, and understand data analysis methods(C)The ability to discover and solve problems(D)The ability to communicate effectively, including academic conference presentations(E)The ability to report within a specified period of time
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
授業科目
Objectives
Course Title
1(A) (B)2

自然科学総論Ⅱ・Ⅲ・Ⅳ・Ⅴ(*いずれか1科目)／General Natural Sciences II・III・IV・V (*Choose one)
先端科学技術総論／Special Topics in Advanced Science and Technology

3

専攻共通科目／Dept common course(s)4

他専攻科目及び下記の課程共通科目／course(s) in other Depts & the following Master's common courses

単位数
Credits

分野
Field

水準

修了認定単位Elective/Req

Standard

Credit Req for Degree

必修／R

1

99

46

1単位／1

必修／R

1

99

46

1単位／1

-

2単位以上／
2 or more

選択・必修

選択必修／ReqE

企業における生産・開発Ⅰ／Lecture on Manufacturing and Development Research I
企業・研究機関の研修・見学／Tour/Visit to Businesses and Research Institutes
7
薬品安全管理技術／Safety Management of Chemicals
8
大型機器分析技術／Techniques in instrumental analysis
9
知的財産権・技術経営論Ⅰ／Intellectual property rights and theory of Management Technology I(B)10
知的財産権・技術経営論Ⅱ／Intellectual property rights and theory of Management Technology II
11インターンシップ／Internship12
ワーク・ライフ・バランス／Work･Life･Balance
13
海外英語研修／Intensive Academic English Training Program for Science,Agriculture and Engineering Majors
14
海外インターンシップ／International Professional/Academic Internship
15
教職実践学校インターンシップ／School Internship (Teaching Practice)16
科学技術英語Ⅰ／English for Science and Technology Majors I
17
科学技術英語Ⅱ／English for Science and Technology Majors II
18
分析化学特論Ⅰ／Topics in Analytical Chemistry I
19(B-1)
分析化学特論Ⅱ／Topics in Analytical Chemistry II
20
核化学特論／Topics in Nuclear Chemistry21
有機合成方法論Ⅰ／Topics in Organic Chemistry I
22
有機合成方法論Ⅱ／Topics in Organic Chemistry II(B-2)
23
構造有機化学特論／Topics in Structural Organic Chemistry24
反応有機化学特論／Topics in Organic Reaction Chemistry25
分子生理化学／Molecular Physiological Chemistry(B-3)
26
分子細胞化学／Advanced Molecular Cytochemistry27
凝縮相物性論／Structure and Property of Condensed Matter(B-4)
28
分子動力学概論／Introduction to Molecular Dynamics Simulation29
反応化学概論／Introduction to Reaction Kinetics and Dynamics(B-5)
30
化学反応計測学／Metrology for Chemical Reaction
31
数理物質科学特定研究Ⅰ（化学）／Projective Research in Chemistry I
32
数理物質科学特定研究ⅡA（化学）／Projective Research in Chemistry IIA
33
数理物質科学特定研究ⅡB（化学）／Projective Research in Chemistry IIB
34
数理物質科学演習Ⅰ（化学）／Seminar in Chemistry I
35 (C) (D) (E) 科学技術英語／English in Science and Technology
36
コミュニケーション演習／Communication Exercise
修士のためのキャリアマネジメントセミナー
37／Career Management Seminar for Postgraduate students
38
プロジェクト研究特別概説／Introduction to University Research Projects
39 所属専攻科目／Department course(s)

-

-

備考
Notes
他専攻開設
／in other Depts
課程共通科目(a)／M(a)

-

5

1

課程共通科目(b)／M(b)61

課程共通科目(b)／M(b)2

課程共通科目(b)／M(b)2

課程共通科目(b)／M(b)

1

選択必修／
ReqE

1
1

課程共通科目(b)／M(b)--課程共通科目(b)／M(b)2単位以上／
2 or more

課程共通科目(b)／M(b)1

課程共通科目(b)／M(b)4

課程共通科目(b)／M(b)4

課程共通科目(b)／M(b)4

課程共通科目(b)／M(b)1

課程共通科目(b)／M(b)1

課程共通科目(b)／M(b)

選択／E

2

46

47

選択／E

2

46

57

選択／E

2

46

47

選択／E

2

46

57

選択／E

2

46

47

選択／E

2

46

57

選択／E

2

46

47

選択／E

2

46

47

選択／E

2

46

57

選択／E

2

46

57

選択／E

2

46

47

選択／E

2

46

47

選択／E

2

46

57

必修／R

8

46,77

57

必修／R

4

46,77

57

選択／E

4

46,77

57

必修16単位を含めて24単位以上／24 or more
incl. 16 in required

必修／R

4

46

57

選択／E

2

46

57

選択／E

2

46

57

選択／E

2

74

37

課程共通科目(a)／M(a)2021年度新設／New course

選択／E

1

99

47

課程共通科目(a)／M(a)

選択／E

-

-

合計38単位以上／Total: 38 credits or more

【備考】1. 課程共通科目(a)は，所属専攻の科目として取り扱う。
2. 課程共通科目(b)は，他専攻の科目として取り扱う。
【Notes】1 M(a) indicates Master’s common courses(a). They are treated as Department courses.
2 M(b) indicates Master’s common courses(b). They are treated as courses in other Departments.

３．必修授業科目履修の流れ（コースワーク＋リサーチワーク）
セメスター

1期

(B)

(A)
自然科学総論(C) (D) (E)

共通科目（必修）

数理物質科学特定研究Ⅰ（化学）先端科学技術総論

数理物質科学演習Ⅰ（化学）他専攻科目，専門科目
数理物質科学特定研究Ⅰ（化学）

2期

専門科目

3期

専門科目

数理物質科学特定研究ⅡA（化学）

4期

専門科目

数理物質科学特定研究ⅡB（化学）16

数理物質科学演Ⅰ（化学）数理科学コース（Ｍ）／Mathematical Science Course (M)１．コースの教育目標（人材育成）／Eductaional Objectives of the Course (Human Resource Development)(A) The ability to make ethical judgements regarding nature, society and humanity(B) Development of an orderly, logical way of thinking and the ability to solve problems through studying mathematics(C) The ability to understand and apply theories in various fields related to mathematical science and information science, in particular algebra, geometry, analysis, and information mathematics; Development of abilities
within one or more of the following three fields(C-1) The ability to systematically understand and apply knowledge of the structures of function spaces, the structures of the operators thereof, and the structures of rings formed from operators and functions(C-2) The ability to systematically understand and apply theories in algebraic geometry, number theory, topology, and differential geometry(C-3) The ability to understand and apply theories in algebra, such as mathematical expression processing, ciphers, codes, etc., theories in mathematical statistics, such as time series analyses, mathematical finance,
etc., and information science, such as mathematical planning and optimization theory, including OR, etc.
(D) The ability to discover and solve problems; The ability to communicate effectively, including academic conference presentations; The ability to report within a specified period of time
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
授業科目
選択・必修
Elective/Req
Objectives
Course Title

単位数
Credits

分野
Field

水準

修了認定単位

Standard

Credit Req for Degree

備考
Notes

1

数理物質科学特定研究Ⅰ（数学）／Projective Research in Mathematical Science I

必修／R

8

41,77

57

(数学コース／Math)2

数理物質科学特定研究Ⅰ（情報）／Projective Research in Information Science I

必修／R

8

41,77

57

(情報コース／Info)3

数理物質科学特定研究Ⅱ（数学）／Projective Research in Mathematical Science II

必修／R

8

41,77

57

(数学コース／Math)4

数理物質科学特定研究Ⅱ（情報）／Projective Research in Information Science II

必修／R

8

41,77

57

(情報コース／Info)5

数理科学セミナーⅠ（数学）／Seminar in Mathematical Science I

必修／R

3

41

57

6

数理科学セミナーⅠ（情報）／Seminar in Information Science I

必修／R

3

41

57

7

数理科学セミナーⅡ（数学）／Seminar in Mathematical Science II

必修／R

3

41

57

8

数理科学セミナーⅡ（情報）／Seminar in Information Science II

必修／R

3

41

57

9

数理科学文献詳読Ⅰ（数学）／Literature Reading in Mathematical Science I

必修／R

3

41

56

10

数理科学文献詳読Ⅰ（情報）／Literature Reading in Information Science I

必修／R

3

41

56

11

数理科学文献詳読Ⅱ（数学）／Literature Reading in Mathematical Science II

必修／R

3

41

57

(数学コース／Math)12

数理科学文献詳読Ⅱ（情報）／Literature Reading in Information Science II

必修／R

3

41

57

(情報コース／Info)13

数理科学研究発表演習〔中間発表〕（数学）／Presentation Exercise in Mathematical Science

必修／R

1

41,77

56

(数学コース／Math)14

数理科学研究発表演習〔中間発表〕（情報）／Presentation Exercise in Information Sciences

必修／R

1

41,77

56

(情報コース／Info)

15(A)(B)

自然科学総論Ⅱ・Ⅲ・Ⅳ・Ⅴ(*いずれか1科目)／General Natural Sciences II・III・IV・V(*Choose one)

必修／R

1

99

46

16

(A)(B)(B)(C)(D)

29単位／29(数学コース／Math)(情報コース／Info)

・数学ｺｰｽ／Mathematical
Science Course
・情報ｺｰｽ／Information
Science Course

1単位／1(数学コース／Math)(情報コース／Info)(数学コース／Math)(情報コース／Info)

他専攻開設／in otherDepts

他の専攻で開設する授業科目／course(s) in other Depts

選択／E

-

-

-

17

プロジェクト研究特別概説／Introduction to University Research Projects

選択／E

1

99

47

18

修士のためのインターンシップ／Internship for master's courses

選択／E

1

74

47

2単位以上／ 課程共通科目(b)／M(b)2 or more
課程共通科目(b)／M(b)他専攻開設／in other Depts

企業における生産・開発Ⅰ／Lecture on Manufacturing and Development Research I

選択／E

1

74

47

20

数理科学研究発表〔外部発表〕（数学）／Presentation in Mathematical Science

選択／E

2

41,77

57

21

数理科学研究発表〔外部発表〕（情報）／Presentation in Information Science

選択／E

2

41,77

57

22

先端科学技術総論／Special Topics in Advanced Science and Technology

選択／E

1

99

46

23

関数解析特論／Advanced Functional Analysis

選択／E

2

41

57

19

(D)

複素解析特論／Select topics on Complex Analysis

選択／E

2

41

57

25

関数空間特論／Advanced Theory of Function Spaces

選択／E

2

41

57

26

偏微分方程式論／Select topics on Partial Differential Equations

選択／E

2

41

57

27

代数構造特論／algebraic structures

選択／E

2

41

57

28

代数的整数論／Algebraic Number Theory

選択／E

2

41

57

位相幾何学特論／Advanced Theory of Topology

選択／E

2

41

57

30

可換環論／Commutative Ring Theory

選択／E

2

41

57

31

微分位相幾何学特論／Differential Topology

選択／E

2

41

57

32

情報統計学概論／Introduction to Information Statistics

選択／E

2

41

57

33

応用統計学概論／Introduction to Applied Statistics

選択／E

2

41

57

34

数理計画概論／Introduction to Mathematical Programming

選択／E

2

41

47

35

数理システム概論／Introduction to Mathematical Systems

選択／E

2

41

47

36

最適化概論／Introduction to Optimization

選択／E

2

41

57

37

ベイズ統計学概論／Introduction to Bayesian Statistics

選択／E

2

41

57

24

29

(C-1)

(C-2)

(C-3)

課程共通科目(a)／M(a)6単位以上／
6 or more

必修32単位，計38単位以上／Total: 38 credits or more including 32 credits in required courses【備考】1. 課程共通科目(a)は，所属専攻の科目として取り扱う。
2. 課程共通科目(b)は，他専攻の科目として取り扱う。
【Notes】1 M(a) indicates Master’s common courses(a). They are treated as Department courses.
2 M(b) indicates Master’s common courses(b). They are treated as courses in other Departments.
３．授業科目履修の流れ（コースワーク＋リサーチワーク）
必修科目
セメスター
1期
2期
3期

選択科目
専門科目

数理科学セミナーⅠ（数学），数理科学文献詳読Ⅰ（数学）
数理物質科学特定研究Ⅰ（数学），自然科学総論
数理科学研究発表演習（数学），他専攻専門科目

専門科目

数理科学セミナーⅡ（数学），数理科学文献詳読Ⅱ（数学）
数理物質科学特定研究Ⅱ（数学）

数理科学研究発表（数学）

4期※2021年度から廃止した科目「積分方程式特論」，「リーマン幾何学特論」，「幾何学的群論」

17

○材料生産システム専攻（博士前期課程）／Department of Advanced Materials Science and Technology (Master's Programs)
機能材料科学コース（Ｍ）／Materials Science and Technology Course (M)１．コースの教育目標（人材育成）／Eductaional Objectives of the Course (Human Resource Development)(A) The ability to understand and apply fundamental theories and technologies(A-1) The ability to understand fundamental theories and technologies in functional materials science(A-2) The ability to understand and apply fundamental theories and technologies in optoelectronic materials, metallic hydrogen system-based materials, and magnetic and superconductive materials(A-3) The ability to understand and apply fundamental theories and technologies in inorganic nanomaterials, hybrid materials, biomaterials, etc.
(A-4) Development of a broad perspective regarding the material production(A-5) Development of a broad perspective regarding the natural sciences(B) The ability to make ethical judgements regarding nature, society and humanity(C) The ability to discover and solve problems; The ability to communicate effectively, including academic conference presentations; The ability to report within a specified period of time

２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
Objectives
1
2

授業科目
Course Title

(A-1)

3
4
5
6

(A-2)

7
8
9
10
11
12
13

(A-3)

14
15
16
17

(A-4)

18

(A-5)

19
20
21
22
23
24
25
26
27
28
29
30
31

(B)(C)

32
33
34
35
36
37
38
39
40
41

選択必修／ReqE

単位数
Credits
1

分野
Field
54

選択必修／ReqE

1

54

57

選択／E

2

54

47

選択／E

2

54

47

選択／E

2

54

57

選択／E

2

54

47

選択／E

2

54

46

選択／E

2

54

57

選択／E

2

54

57

選択／E

2

54

57

選択／E

2

54

57

選択／E

2

54

57

選択／E

2

54

56

選択／E

2

54

57

選択／E

2

54

57

選択／E

2

56

46

選択／E

-

-

-

選択必修／ReqE

2

-

-

1

99

47

1

74

47

課程共通科目(b)／M(b)

1

74

47

1

99

46

1

99

46

1

74

46

他専攻2単位を 課程共通科目(b)／M(b)含む，2単位以
課程共通科目(b)／M(b)上／課程共通科目(b)／M(b)2 or more oncl. 2 ormore outside the 課程共通科目(b)／M(b)

2

99

46

1

70

46

課程共通科目(b)／M(b)

1

70

46

課程共通科目(b)／M(b)

選択／E

2

54,47

46

ｿｰﾗｰﾌﾟﾛｸﾞﾗﾑ学生用／for Solar Prgm

必修／R

8

77

57

必修／R

8

77

57

必修／R

3

54

57

必修／R

3

54

57

必修／R

3

54,70

56

必修／R

3

54,70

56

必修／R

2

54

56

必修／R

1

99

46

必修／R

1

99,77

57

選択／E

1

74

56

課程共通科目(a)／M(a)

選択／E

1

99

46

課程共通科目(a)／M(a)

選択／E

2

46

46

課程共通科目(a)／M(a)

選択／E

2

74

37

課程共通科目(a)／M(a)2021年度新設／New course

選択・必修Elective/Req

機能材料科学総論Ⅰ／General Lectures on Materials Science and Technology I
機能材料科学総論Ⅱ／General Lectures on Materials Science and Technology II
固体電子材料論／Materials for Solid State Electronics
金属材料物性論／Metal Physics
光物性特論／Optical Properties of Solids
磁性材料物性論／Physical Properties of Magnetic Materials
電子物性論／Solid State Physics
水素制御管理特論／Hydrogen control management
電子移動反応論／Electron Transfer Reaction
表面光化学／Surface Photochemistry
応用無機材料化学／Applied Inorganic Chemistry
複合材料設計化学／Chemical Design of Composite Materials
生物機能工学／Biofunctional engineering
機能性材料評価学特論／Evaluation of Functional Materials
生物機能材料科学／Biofunctional Materials
ソフトマテリアル特論／Soft Materials
所属専攻科目／course(s) inside the Dept
他専攻科目／course(s) outside the Dept
プロジェクト研究特別概説／Introduction to University Research Projects
企業における生産・開発Ⅰ／Lecture on Manufacturing and Development Research I
修士のためのインターンシップ／Internship for master's courses
知的財産権・技術経営論Ⅰ／Intellectual property rights and theory of Management Technology I
知的財産権・技術経営論Ⅱ／Intellectual property rights and theory of Management Technology II
インターンシップ／Internship
大型機器分析技術／Techniques in instrumental analysis
科学技術英語Ⅰ／English for Science and Technology Majors I
科学技術英語Ⅱ／English for Science and Technology Majors II
水素ｴﾈﾙｷﾞｰｼｽﾃﾑﾃﾞｻﾞｲﾝ演習・実習Ⅲ／Practice III for Designing Hydrogen Energy Systems
材料生産システム特定研究Ⅰ／Project Research in Advanced Materials Science and Technology I
材料生産システム特定研究Ⅱ／Project Research in Advanced Materials Science and Technology II
機能材料科学セミナーⅠ／Seminar for Materials Science and Technology I
機能材料科学セミナーⅡ／Seminar for Materials Science and Technology II
機能材料科学文献詳読Ⅰ／Colloquia for Technical Reading on Materials Science and Technology I
機能材料科学文献詳読Ⅱ／Colloquia for Technical Reading on Materials Science and Technology II
機能材料科学演習／Course Work on Materials Science and Technology
自然科学総論Ⅰ・Ⅲ・Ⅳ・Ⅴ(*いずれか1科目)／General Natural Sciences I・III・ IV ・V(*Choose one)
研究発表演習・発表／Seminar on Research Report / Presentation
企業・研究機関の研修・見学／Tour/Visit to Businesses and Research Institutes
先端科学技術総論／Special Topics in Advanced Science and Technology
薬品安全管理技術／Safety Management of Chemicals
修士のためのキャリアマネジメントセミナー／Career Management Seminar for Postgraduate students

選択必修／
ReqE

水準

備考
Notes

修了認定単位

Standard Credit Req for Degree57

1単位以上／
1 or more(A-2)から4単位以
上，(A-1)と (A3)と(A-4)から4単位以上又は(A-3)から4単位以
上，(A-1)と(A-2) ｿｰﾗｰﾌﾟﾛｸﾞﾗﾑ学生用／for Solar Prgmと(A-4)
から4単位以上

4 or more in(A-2) and 4 ormore in (A-1) & (A3) & (A-4)
or
4 or more in(A-3) and 4 ormore in (A-1) & (A2) & (A-4)

課程共通科目(b)／M(b)Dept

32単位以上／32 or more

課程共通科目(b)／M(b)他専攻開設／in other Depts

必修32単位以上，選択10単位以上(他専攻科目2単位以上を含む)，総計42単位以上
Total: 42 credits or more including 32 credits or more in required courses and 10 credits or more in elective courses (incl. 2 credits or more in other Departments)【備考】1. 課程共通科目(a)は，所属専攻の科目として取り扱う。
2. 課程共通科目(b)は，他専攻の科目として取り扱う。
【Notes】1
2

M(a) indicates Master’s common courses(a). They are treated as Department courses.
M(b) indicates Master’s common courses(b). They are treated as courses in other Departments.

３．必修授業科目履修の流れ（コースワーク）
セメスター(B)(C)(A-1)(A-2)および(A-3)
材料生産システム特定研究Ⅰ
機能材料科学セミナーⅠ
機能材料科学文献詳読Ⅰ

1期
2期

専門科目（3科目以上）
材料生産システム特定研究Ⅱ
機能材料科学セミナーⅡ
機能材料科学文献詳読Ⅱ

3期
4期

４．次世代ソーラー水素エネルギーシステム人材育成養成プログラム
プログラムの詳細は，●ページを参照してください。

18

機能材料科学演習
プロジェクト研究特別概説
自然科学総論
企業における生産・開発Ⅰ
先端科学技術総論

素材生産科学コース（Ｍ）／Applied Chemistry and Chemical Engineering Course (M)１．コースの教育目標（人材育成）／Eductaional Objectives of the Course (Human Resource Development)(A) The ability to make ethical judgements regarding nature, society and humanity(B) The ability to understand and apply fundamental theories and technologies in the natural sciences(B-1) An understanding of applied chemical technologies, and the ability to apply these in designing, synthesizing and elucidating the functions of highly functional materials(B-2) An understanding of chemical engineering technologies and methodologies, and the ability to apply these in building efficient, eco-friendly systems for production, usage, recycling, and waste detoxification(C) The ability to discover and solve problems; The ability to communicate effectively, including academic presentations; The ability to issue reports within a specified period of time

２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
Objectives

授業科目
Course Title

選択・必修 単位数 分野
Elective/Req
Credits Field

自然科学総論Ⅰ・Ⅲ・Ⅳ・Ⅴ(*いずれか1科目)／General Natural Sciences I・III・IV・V(*Choose one)
素材生産科学文献詳読Ⅰ／Colloquia and Discussions for Applied Chemistry and Chemical Engineering I

1
2

(A)

水準

修了認定単位

Standard

Credit Req for Degree

必修／R

1

99

46

必修／R

2

47

56

素材生産科学セミナーⅠ／Seminar for Applied Chemistry and Chemical Engineering I

必修／R

2

47

57

4

素材生産科学総論／General Lecture on Applied Chemistry and Chemical Engineering

選択／E

2

99

57

5

企業・研究機関の研修・見学／Tour / Visit to Businesses and Research Institutes

選択／E

1

74

56

選択必修／ReqE

2

-

-

3

6

(B)

他専攻科目／course(s) in other Depts

7

機能性高分子合成化学／Chemistry of functional polymers

選択／E

2

47

57

8

表面計測化学／Surface Instrumentation Chemistry

選択／E

2

47

57

9

機能性高分子材料化学／Chemistry of Functional Polymer Materials

選択／E

2

47

57

10

励起分子化学／Chemistry of Excited Organic Molecules

選択／E

2

47

57

11

エネルギー化学特論／Energy and Fuel Chemistry

選択／E

2

47

57

12

精密高分子合成化学／Well-Controlled Polymer Synthesis

選択／E

2

47

57

無機物性化学／Inorganic materials chemistry

選択／E

2

47

57

14

精密分子設計化学／Molecular Design Chemistry

選択／E

2

47

57

15

環境計測化学／Environmental Analysis

選択／E

2

47

57

16

無機材料物性化学／Physics and Chemistry of Inorganic Materials

選択／E

2

47

57

17

水素エネルギー製造・輸送論／Hydrogen Production & Transport

選択／E

2

47

57

18

エネルギー材料解析化学／Physics and Chemistry of Energy Material

選択／E

2

47

57

13

(B-1)

5単位／
5 or more

備考
Notes
他専攻開設
／in other Depts

課程共通科目(b)／M(b)ｿｰﾗｰﾌﾟﾛｸﾞﾗﾑ学生用／for Solar Prgm

他専攻科目を2単
2021年度新設／New course
位以上,
所属専攻科目を12単位以上(※）／
2 or more in otherDepts,
12 or more in theDept(※)

19

精密反応設計化学／Organic Synthetic Chemistry

選択／E

2

47

57

20

微粒子材料工学特論／Advanced Fine Particulate Materials Engineering

選択／E

2

55

57

21

応用移動現象特論／Advanced Transport Phenomena

選択／E

2

55

57

22

資源エネルギー工学／Energy and Resources Engineering

選択／E

2

55

57

環境プロセス工学／Environmental Chemical Engineering

選択／E

2

55

57

24

粉体工学特論／Advanced Powder Technology

選択／E

2

55

57

25

乳化分散系化学特論／Colloid and surface chemistry

選択／E

2

55

57

26

選択／E

2

55

57

27

拡散操作特論／Advanced Diffusional Operations
企業における生産・開発Ⅰ／Lecture on Manufacturing and Development Research I

選択／E

1

74

47

課程共通科目(a)／M(a)28

修士のためのインターンシップ／Internship for master's courses

選択／E

1

74

47

課程共通科目(a)／M(a)29

先端科学技術総論／Special Topics in Advanced Science and Technology

選択／E

1

99

46

課程共通科目(b)／M(b)30

プロジェクト研究特別概説／Introduction to University Research Projects

選択／E

1

99

47

課程共通科目(b)／M(b)

31

選択／E

2

46

46

課程共通科目(a)／M(a)32

薬品安全管理技術／Safety Management of Chemicals
知的財産権・技術経営論Ⅰ／Intellectual property rights and theory of Management Technology I

選択／E

1

99

46

課程共通科目(b)／M(b)33

知的財産権・技術経営論Ⅱ／Intellectual property rights and theory of Management Technology II

選択／E

1

99

46

課程共通科目(b)／M(b)34インターンシップ／Internship

選択／E

1

74

46

課程共通科目(b)／M(b)35

大型機器分析技術／Techniques in instrumental analysis
ワーク・ライフ・バランス／Work･Life･Balance

選択／E

2

99

46

課程共通科目(a)／M(a)

選択／E

1

74

46

課程共通科目(b)／M(b)37

科学技術英語Ⅰ／English for Science and Technology Majors I

選択／E

1

70

46

課程共通科目(b)／M(b)38

科学技術英語Ⅱ／English for Science and Technology Majors II

選択／E

1

70

46

課程共通科目(b)／M(b)39

水素ｴﾈﾙｷﾞｰｼｽﾃﾑﾃﾞｻﾞｲﾝ演習・実習Ⅰ／Practice I for Designing Hydrogen Energy Systems

選択／E

2

47

57

ｿｰﾗｰﾌﾟﾛｸﾞﾗﾑ学生用／for Solar Prgm

23

36

(B-2)

(C)

40

素材生産科学特別演習／Course Work in Applied Chemistry and Chemical Engineering

必修／R

2

47

57

41

材料生産システム特定研究Ⅰ／Project Research in Advanced Materials Science and Technology I

必修／R

8

77

57

42

材料生産システム特定研究Ⅱ／Project Research in Advanced Materials Science and Technology II

必修／R

8

77

57

43

素材生産科学文献詳読Ⅱ／Colloquia and Discussions for Applied Chemistry and Chemical Engineering II

必修／R

2

47

56

44

素材生産科学セミナーⅡ／Seminar for Applied Chemistry and Chemical Engineering II

必修／R

2

47

57

45

研究発表演習・発表／Seminar on Research Report / Presentation

23単位／
23 or more

1
99,77
57
必修／R
必修28単位以上，選択14単位以上（他専攻専門科目2単位以上，所属専攻の専門科目12単位以上を含む），総計42単位以上
Total: 42 credits or more including 28 credits or more in required courses and 14 credits or more in elective courses (including 2 credits or more in other Departments and 12 credits or more in the Department)※「他専攻科目」には課程共通科目(b)を，「所属専攻科目」には材料生産システム専攻の他コースで開設する科目及び課程共通科目(a)を含む。／M(b) indicates Master's common courses(b). They areincluded in "courses in other Departments." M(a), or Master's common courses(a), as well as courses in other Courses in the Department of Advanced Materials Science and Technology are included in "Department courses."

３．必修授業科目履修の流れ（コースワーク＋リサーチワーク）
1期
2期

（B）

(A)

セメスター
自然科学総論
素材生産科学文献詳読Ⅰ
素材生産科学セミナーⅠ

他専攻専門科目(専門科目)

3期
4期

４．次世代ソーラー水素エネルギーシステム人材育成養成プログラム
プログラムの詳細は，●ページを参照してください。

19(C)
素材生産科学特別演習
材料生産システム特定研究Ⅰ
素材生産科学文献詳読Ⅱ
素材生産科学セミナーⅡ
材料生産システム特定研究Ⅱ

機械科学コース（Ｍ）／Advanced Mechanical Science and Engineering Course (M)１．コースの教育目標（人材育成）／Eductaional Objectives of the Course (Human Resource Development)(A) The ability to make ethical judgements regarding nature, society and humanity, and a fundamental grounding in mechanical science and engineering(B) The ability to understand and apply fundamental theories and technologies(B-1) An understanding of technologies for designing and manufacturing nanomaterials, super-functional materials, devices, etc., and the ability to apply these in development(B-2) An understanding of technologies for measuring and analyzing the dynamic characteristics of machinery, and the ability to apply these in designing highly efficient production systems(B-3) An understanding of material control technologies for plasticity control, nano-processing, micro-electromechanical systems, etc., and the ability to apply these in design and development(C) The ability to discover and solve problems, the ability to communicate effectively, including academic conference presentations, and the ability to report within a specified period of time

２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
Objectives

授業科目
Course Title

自然科学総論Ⅰ・Ⅲ・Ⅳ・Ⅴ(*いずれか1科目)／General Natural Sciences I・III ・IV ・V(*Choose one)
機械科学文献詳読Ⅰ／Colloquia for Technical Reading on Mechanical Science and Engineering I

1
2

(A)

単位数
Credits

分野
Field

水準

修了認定単位Elective/Req

Standard

Credit Req for Degree

必修／R

1

99

46

必修／R

2

50

56

選択・必修

機械科学セミナーⅠ／Seminar in Mechanical Science and Engineering I

必修／R

2

50

57

4

企業・研究機関の研修・見学／Tour/Visit to Businesses and Research Institutes

選択／E

1

74

56

5

機械科学総論／General Lecture on Mechanical Science and Engineering

2

50

56

／2 or more

-

-

3

備考
Notes
他専攻開設／in other Depts

5単位／
5 or more

課程共通科目(a)／M(a)他専攻科目／course(s) in other Depts

選択／E
選択必修
／ReqE

7

所属専攻内の他コース専門科目／course(s) in other Courses in the Dept

選択／E

-

-

-

8

エネルギー変換論／Advanced Technology of Energy Conversion

選択／E

2

50

56

先端機器・機械論／Frontier Technology and Mechanistic Theory

選択／E

2

50

57

環境エネルギー工学／Environmental Energy Engineering

選択／E

2

50

57

11

連続体力学特論／Continuum Mechanics

選択／E

2

50

57

12

集光・集熱技術論／Concentrating Solar Thermal Technologies and Their Applications

選択／E

2

50

57

13

機械情報可視化論／Flow visualization and image analysis

選択／E

2

50

57

振動解析・制御特論／Analysis and control of dynamic systems

選択／E

2

50

57

非線形システム制御論／Nonlinear Control Systems

選択／E

2

50

57

16

機械音響工学論／Advanced Mechanical Acoustic Engineering

選択／E

2

50

57

17

マイクロロボティクス論／Microrobotics

選択／E

2

50

57

18

生産加工学特論／Manufacturing Technology

選択／E

2

50

57

トライボロジー論／Advanced Tribology

選択／E

2

50

57

残留応力解析論／Analysis on residual stresses

選択／E

2

50

57

マイクロマシン工学特論／Micromachine Engineering

選択／E

2

50

57

22

機械材料学特論／Engineering Materials

選択／E

2

50

57

23

機能性表面特論／Advanced Functional Surfaces

選択／E

2

50

57

24

企業における生産・開発Ⅰ／Lecture on Manufacturing and Development Research I

選択／E

1

74

47

課程共通科目(a)／M(a)25

修士のためのインターンシップ／Internship for master's courses

選択／E

1

74

47

課程共通科目(a)／M(a)26

修士のためのキャリアマネジメントセミナー／Career Management Seminar for Postgraduate students

選択／E

2

74

37

課程共通科目(a)／M(a)2021年度新設／New course

6

（B）

9
10

(B-1)

14
15

(B-2)

19
20
21

(B-3)

2以上

ソーラープログラム学生用／for Solar Prgm

他専攻科目を2
単位以上，所属専攻科目を12単位以上（注）／
2 or more in otherDepts,
12 or more in theDept (note)

27

先端科学技術総論／Special Topics in Advanced Science and Technology

選択／E

1

99

46

課程共通科目(a)／M(a)28

プロジェクト研究特別概説／Introduction to University Research Projects

選択／E

1

99

47

課程共通科目(a)／M(a)29

薬品安全管理技術／Safety Management of Chemicals

選択／E

2

46

46

課程共通科目(a)／M(a)30

知的財産権・技術経営論Ⅰ／Intellectual property rights and theory of Management Technology I

選択／E

1

99

46

課程共通科目(a)／M(a)31

知的財産権・技術経営論Ⅱ／Intellectual property rights and theory of Management Technology II

選択／E

1

99

46

課程共通科目(a)／M(a)32インターンシップ／Internship

選択／E

1

74

46

課程共通科目(a)／M(a)大型機器分析技術／Techniques in instrumental analysis

選択／E

2

99

46

課程共通科目(a)／M(a)34

ワーク・ライフ・バランス／Work・Life・Balance

選択／E

1

74

46

課程共通科目(a)／M(a)35

科学技術英語Ⅰ／English for Science and Technology Majors I

選択／E

1

70

46

課程共通科目(a)／M(a)36

科学技術英語Ⅱ／English for Science and Technology Majors II

選択／E

1

70

46

課程共通科目(a)／M(a)37

水素ｴﾈﾙｷﾞｰｼｽﾃﾑﾃﾞｻﾞｲﾝ演習・実習Ⅱ／Practice II for Designing Hydrogen Energy Systems

選択／E

2

47

46

ソーラープログラム学生用／for Solar Prgm

38

機械科学特別演習／Course Work on Mechanical Science and Engineering

必修／R

2

50

57

39

材料生産システム特定研究Ⅰ／Project Research in Advanced Materials Science and Technology I

必修／R

8

77

57

40

材料生産システム特定研究Ⅱ／Project Research in Advanced Materials Science and Technology II

必修／R

8

77

57

41

機械科学文献詳読Ⅱ／Colloquia for Technical Reading on Mechanical Science and Engineering II

必修／R

2

50

56

42

機械科学セミナーⅡ／Seminar in Mechanical Science and Engineering II

必修／R

2

50

57

43

研究発表演習・発表／Seminar on Research Report / Presentation

33

(C)

23単位／
23 or more

必修／R
1
99,77
57
必修28単位以上，選択14単位以上（他専攻専門科目2単位以上，所属専攻の専門科目12単位以上を含む），総計42単位以上
Total: 42 credits or more including 28 credits or more in required courses and 14 credits or more in elective courses(including 2 credits or more in other Departments and 12 credits or more in the Department)【備考】（注）「所属専攻科目」には課程共通科目(a)を含む。

【Note】（注） M(a) indicates Master's common courses. They are included in "Department courses."

３．必修授業科目履修の流れ（コースワーク＋リサーチワーク）
セメスター
1期
2期

（B）

(A)
自然科学総論,機械科学文献詳読Ⅰ
機械科学セミナーⅠ

他専攻専門科目

3期

専門科目

4期

４．次世代ソーラー水素エネルギーシステム人材育成養成プログラム
プログラムの詳細は，●ページを参照してください。
※2021年度から廃止した科目「非ニュートン流体工学特論」，「運動伝達要素論」，「固体機能・強度解析論」

20(C)
機械科学特別演習
材料生産システム特定研究Ⅰ,専門科目
機械科学文献詳読Ⅱ,機械科学セミナーⅡ
材料生産システム特定研究Ⅱ,研究発表演習・発表

社会システム工学コース（Ｍ）／Social Systems Engineering Course (M)１．コースの教育目標（人材育成）／Eductaional Objectives of the Course (Human Resource Development)(A) The ability to understand and analyze the development of science and technology and their roles in the society both broadly and concretely(B) The ability to understand and analyze economic activities and individuals engaged in such activities including their behavioral principles, ethical norms, and legal systems in a comprehensive
manner(C) The ability to understand basic principles of new values created by today’s engineering, which are tangible or intangible, and apply them to solve various problems(D) The ability to understand management theories of various organizations such as enterprises, municipalities, and local communities and to conceptualize and develop both specific andworkable measures to improve the welfare of mankind(E) The ability to identify potential societal issues and propose specific solutions, and the ability to gain an understanding of the people in order to implement these solutions by building andoperating organizations needed

２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
Objectives
1
2
3

(A)

4

授業科目
Course Title

自然科学総論Ⅰ・Ⅲ・Ⅳ・Ⅴ(*いずれか１科目)／General Natural Sciences I・III・IV・V(*Choose one)
先端科学技術総論／Special Topics in Advanced Science and Technology
技術・社会システム工学総論／Science, Technology and Society, General
修士のためのキャリアマネジメントセミナー／Career Management Seminar for Postgraduate students
技術経営戦略特論／Technology and Innovation Mangemnt

5

組織行動特論／Lecture：Organizational Behavior

6

(B)
7

リスクマネジメント特論／Risk Management

8

産業技術政策特論／Advanced Industrial Technology Policy

9

生産マネジメント特論／Advanced Production Management
会計管理特論／Business Accounting

10

単位数
Credits

分野
Field

水準

修了認定単位Elective/Req

Standard

Credit Req for Degree

必修／R

1

99

46

必修／R

1

99

46

必修／R

1

16

36

選択・必修

(D)

選択／E
選択必修／
ReqE
選択必修／
ReqE
選択必修／
ReqE
選択必修／
ReqE
選択必修／
ReqE
選択必修／
ReqE
選択必修／
ReqE
選択必修／
ReqE

2

74

37

2

16, 37

37

2

37

37

2

16, 49

37

2

16

37

2

37, 49

37

2

37

37

2

37, 49

47

2

37

37

11

プロジェクトマネジメント演習／Course Work on Project Management

12

ブランディング特論／Branding

13

リサーチデザイン演習／Course Work on Research Design

必修／R

1

99

46

技術経営プロジェクトⅠ／Project Research in Social Systems Engineering I

必修／R

4

77, 9957

技術経営プロジェクトⅡ／Project Research in Social Systems Engineering II

必修／R

4

77

57

必修／R
選択必修／
ReqE

2

70

57

8以上／
8 or more

選択／E

14
15

(E)

備考
Notes
他専攻開設／in other Depts

3単位／3

課程共通科目(a)／M(a)課程共通科目(a)／M(a)10単位以上／10 or more

11単位／1118

ビジネス英語／Business English
他コース専門科目／course(s) in other Courses
組織行動演習／Seminar：Organizational Behavior

19

中小企業論特論／Lecture : Small Medium-size Enterprise

選択／E

2

37

46

（企業経営・起業）20

中小企業論演習／Seminar : Small Medium-size Enterprise

選択／E

2

37

46

（企業経営・起業）21

経営戦略論特論／Lecture：Strategic Management

選択／E

2

37

46

（企業経営・起業）22

経営戦略論演習／Seminar：Strategic Management

選択／E

2

37

47

（企業経営・起業）23

経営組織特論／Lecture：Organization Theory

選択／E

2

37

46

（企業経営・起業）

24

経営組織演習／Seminar：Organization Theory

選択／E

2

37

47

（企業経営・起業）

25

公共経済学特論／Lecture：Public Economics

選択／E

2

36

46

（政策立案・公共経営）

26

公共経済学演習／Seminar：Public Economics

選択／E

2

36

47

（政策立案・公共経営）27

公共経営特論／Lecture：Public Management

選択／E

2

37

46

28

公共経営演習／Seminar：Public Management

選択／E

2

37

47

29

NPO論特論／Lecture：Studies in Non Profit Organization

選択／E

2

37

46

30

NPO論演習／Seminar：Studies in Non Profit Organization

選択／E

2

37

47

31

地方財政特論／Lecture：Local Public Finance

選択／E

2

36

46

32 (A) (B) (C) 地方財政演習／Seminar：Local Public Finance

選択／E

2

36

47

16
17

(A) (C)

-

-

※

2

37, 3847（企業経営・起業）（政策立案・公共経営）（政策立案・公共経営）

他専攻科目
2単位以上 （政策立案・公共経営）
含め，（政策立案・公共経営）
14単位以上／（政策立案・公共経営）

33

医療経営特論／Lecture : Health Care Management

選択／E

2

37

46

34

医療経営演習／Seminar : Health Care Management

14 or more
（政策立案・公共経営）
incld. 2 or morein other Depts （政策立案・公共経営）

選択／E

2

37

46

（政策立案・公共経営）

35

マクロ経済学特論／Lecture： Macroeconomics

選択／E

2

36

46

（政策立案・公共経営）

36

マクロ経済学演習／Seminar： Macroeconomics

選択／E

2

36

47

（政策立案・公共経営）

37

組織の経済学特論／Lecture: Organizational Economics

選択／E

2

36

46

（政策立案・公共経営）

38

組織の経済学演習／Seminar: Organizational Economics

選択／E

2

36

47

（政策立案・公共経営）

39

財務会計特論／Lecture : Financial Accounting

選択／E

2

36

46

（企業経営・起業）40

財務会計演習／Seminar : Financial Accounting

選択／E

2

36

47

（企業経営・起業）41

管理会計特論／Lecture：Management Accounting

選択／E

2

37

46

（企業経営・起業）

42

管理会計演習／Seminar：Management Accounting

選択／E

2

37

47

（企業経営・起業）

43

国際会計特論／Lecture：International Accounting

選択／E

2

36

46

（企業経営・起業）

44

国際会計演習／Seminar：International Accounting

選択／E

2

36

47

（企業経営・起業）45

租税理論特論／Lecture：Tax Theory

選択／E

2

36

46

（企業経営・起業）

46

租税理論演習／Seminar：Tax Theory

選択／E

2

36

47

（企業経営・起業）

必修14単位，選択必修18単位以上，計38単位以上
Credit Required: Total 38 credits or more including 14 credits in required courses and 18 credits or more in required elective courses【備考】【Note】「所属専攻科目」には課程共通科目（a)を含む。
※「他コース専門科目」には，材料生産システム専攻の他コースで開設する科目および他専攻で開設する科目を含む。
M(a) indicates Master's common courses. They are included in "Department courses."※“Courses in other Courses” include courses in other Courses of the Department of Advanced Materials Science and Technology and courses in other Departments

３．必修授業科目履修の流れ（コースワーク＋リサーチワーク）
セメスター

(A)

1期

自然科学総論，先端科学技術総論

2期

技術・社会システム工学総論

(C)

(B)
組織行動特論，
リスクマネジメント特論

3期

技術経営戦略特論

4期

産業技術政策特論研究科他コース科目
または
経営系科目群(D)（E）

プロジェクトマネジメント演習

リサーチデザイン演習

ブランディング特論

技術経営プロジェクトⅠ

会計管理特論，
生産マネジメント特論
ビジネス英語
技術経営プロジェクトⅡ21

○電気情報工学専攻（博士前期課程）／Department of Electrical and Information Engineering (Master's Programs)
情報工学コース（Ｍ）／Information Engineering Course (M)１．コースの教育目標（人材育成）／Eductaional Objectives of the Course (Human Resource Development)(A) Development of the following attitudes and positions(A-1) An awareness of ethics and responsibilities as a technician, and the ability to actively contribute to local communities and the world(A-2) The ability to autonomously and continuously engage in study and problem solving in order to develop new understanding and value through research and implementation(A-3) Broad, interdisciplinary academic attainments across multiple fields, and the ability to think by tying together diverse ideas(B) Development of the following general-purpose abilities(B-1) The ability to acquire new concepts and perspectives through research and implementation(B-2) The ability to model and abstract objects through logical thinking(B-3) The ability to discover and solve problems; Also, the ability to think systematically and critically in order to solve problems(B-4) The ability to understand papers, manuals, etc. in the fields of science and technology written in English, and the ability to write accurate technical documents(B-5) The ability to give presentations to experts based on data(B-6) The ability to read, write and communicate in English well enough to work internationally in the specialization(B-7) The abilities to accurately convey one’s ideas in a discussion and to properly understand the assertions of others; Also, the ability to work smoothly with others with a highly developed sense of ethics(C) Development of the following field-specific abilities(C-1) The advanced ability to design information structures, design and express calculations, and process large amounts of data(C-2) The advanced ability to make deductions based on formal models, as well as create and operate information-handling machinery(C-3) The advanced ability to understand and express the organizations and structures of systems(C-4) The ability to create information-handling systems in society and the advanced ability to operate these(C-5) The advanced ability to manage the creation of complex systems(C-6) The advanced ability to discover and solve information-related problems in society(C-7) The advanced ability to actively participate in an information-based society with awareness of general information principles(C-8) The advanced ability to detect and comprehend the significance and danger that information presents to individuals and society(C-9) The advanced ability to utilize information in compliance with societal rules(D) Development of the following knowledge and understanding(D-1) A mastery of advanced theories relating to the natural sciences such as mathematics, physics, etc.
(D-2) A mastery of the advanced contents of general information principles(D-3) A mastery of the advanced contents of principles of computer-processed information(D-4) A mastery of advanced knowledge of computer software and hardware(D-5) A mastery of advanced technologies for constructing and utilizing information-handling systems in society

２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
Objectives

授業科目
Course Title(A)

自然科学総論Ⅰ・Ⅱ・Ⅳ・Ⅴ(*いずれか1科目)／General Natural Sciences I ・II ・ IV ・ V (*Choose one)
他専攻科目又は課程共通科目 (インターンシップ，自然科学総論及びデータサイエンス

1

選択・必修 単位数
Elective/Req
Credits2

概論を除く)／course(s) in other Depts or Master's common course(s) (excl. Internship, General Natural
Sciences, & Introduction to Data Science)

3
4

必修／R

1

Standard

99

46

1単位／1
2単位以上／
2 or more水準

選択必修／ReqE

2--

情報工学セミナーⅠ／Seminar in Information Engineering I

必修／R

2

49

57

情報工学セミナーⅡ／Seminar in Information Engineering II

必修／R

2

49

57

5

情報工学発表演習（中間発表）／Presentation Exercise in Information Engineering

必修／R

1

49,77

56

6

情報工学研究発表（外部発表）／Presentation in Information Engineering

必修／R

2

49,77

57

7

情報工学特定研究Ⅰ／Project Research in Information Engineering I

必修／R

6

49,77

57

8

情報工学特定研究Ⅱ／Project Research in Information Engineering II

必修／R

6

49,77

57

(B),(C)

修了認定単位

分野
Field

Credit Req for
Degree

備考
Notes
他専攻開設／in other Depts

7
単
位
／
7
14
単
位
／
14

9

情報工学文献詳読Ⅰ／Literature Reading in Information Engineering I

必修／R

2

49

56

10

情報工学文献詳読Ⅱ／Literature Reading in Information Engineering II

選択／E

2

49

56

11

移動情報ネットワーク特論／Advanced Mobile Information Networks

選択／E

2

49

56

12

波動情報特論／Radar Engineering

選択／E

2

49

56

13

ワイヤレス情報通信特論／Advanced Wireless Communications

選択／E

2

49

56

14

電磁波工学特論／Applied Electromagnetic Theory

選択／E

2

49

56

15

電波伝搬シミュレーション特別演習／Advanced Computational Electromagnetics

選択／E

2

49

56

16

空間信号処理特論／Spatial Signal Processing

選択／E

2

49

56

17

データマネジメント工学／Data Management Engineering

選択／E

2

49

56

18

組合せアルゴリズム特論／Combinatorial Algorithms

選択／E

2

10

56

19

メディア情報処理特論／Media Informatics

選択／E

2

49

56

20

応用情報システム特論／Applied Information System

選択／E

2

49

56

人工知能特論／Topics in Artificial Intelligence

選択／E

2

10

56

プロジェクトマネージメント／Project management

選択／E

1

49

56

23

無線アクセス制御特論／Wireless LAN access control

選択／E

1

49

56

24

ゲノム情報解析概論／Genome informatics

選択／E

2

49

56

25

サービス品質特論／Special Topics in Quality of service

選択／E

2

49

56

26

計算論理学／Computational Logic

選択／E

2

10

56

27

機械学習と統計数理工学／Machine Learning and Applied Mathematical Statistics

選択／E

2

49

56

28

環境センシング特論／Sensing Technology for an Improved Living Environment

選択／E

2

49

47

2021年度新設／New course

29

生体・環境電磁特論／Biological Electromagnetic Compatibility

選択／E

2

49

47

2021年度新設／New course

30

移動支援工学特論／Advanced Move aided engineering

選択／E

2

49

47

2021年度新設／New course

31

計算知能特論／Advanced Computational Intelligence

選択／E

2

10

47

2021年度新設／New course

32

ソフトウエア構成論特論／Software Construction

選択／E

2

49

56

2021年度新設／New course

33

データサイエンス概論／Introduction to Data Science

選択／E

2

10,49

36

課程共通科目／
Master's common course34

応用代数学特論／Applied Algebra

選択／E

2

49

56

35

応用解析学特論／Applied Mathematical Analysis

選択／E

2

49

56

数理工学特論／Advanced Engineering Mathematics

選択／E

2

49

56

37

応用微分方程式特論／Applied differential equation

選択／E

2

49

56

38

情報数理特論／Information Science

選択／E

2

49

56

選択／E

-

-

-

21
22

36

(C),(D)(D)

39 所属専攻科目及びインターンシップ(課程共通科目)／Dept course(s) & Internships (Master's common courses)

4
単
位
以
上
／
4
or
more

35
単
位
以
上
／
35
or
more

計38単位以上／Total: 38 credits or more
【備考／Notes】「データサイエンス概論」は所属コース科目として取り扱う。／Introduction to Data Science is treated as a course in the Course.
「教職実践学校インターンシップ」は修了要件対象外とする。／School Internship (Teaching Practice) does not count toward the degree.

３．授業科目履修の流れ
必修科目

学年
1年

情報工学セミナーⅠ, 情報工学特定研究Ⅰ,
情報工学文献詳読Ⅰ, 情報工学発表演習（中間発表）

2年

情報工学セミナーⅡ, 情報工学特定研究Ⅱ,
情報工学研究発表（外部発表）

自然科学総論,他専攻専門科目(2単位以上)

22電気電子工学コース（Ｍ）／Electrical and Electronic Engineering Course (M)１．コースの教育目標（人材育成）／Eductaional Objectives of the Course (Human Resource Development)(A) The ability to make ethical judgements regarding nature, society and humanity, an awareness of one’s responsibilities, and the ability to understand the relationship between electrical andelectronic engineering and society(B) The ability to understand and apply fundamental theories and technologies relating to electrical and electronic engineering, the natural sciences, and information technology(B-1) The ability to understand and apply the fundamentals of the fields of electrical energy and electronics(B-2) The ability to understand and apply the fundamentals of signal processing, telecommunications systems, optical and measurement control, and applied optics(C) The ability to discover and solve problems; The ability to communicate effectively, including academic conference presentations; The ability to report within a specified period of time

２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
授業科目
Course Title

達成目標
Objectives

単位数
Credits

分野
Field

水準

修了認定単位Elective/Req

Standard

Credit Req for Degree

選択・必修

備考
Notes

1

自然科学総論Ⅰ・Ⅱ・Ⅳ・Ⅴ(*いずれか1科目)／General Natural Sciences I・II ・IV ・V (*Choose one)

必修／R

1

99

46

2

電気電子工学セミナーⅠ／Seminar in Electrical and Electronic Engineering I

必修／R

2

51

57

3

電気電子工学セミナーⅡ／Seminar in Electrical and Electronic Engineering II

必修／R

2

51

57

4

電気電子工学文献詳読Ⅰ／Literature Reading in Electrical and Electronic Engineering I

必修／R

2

51

56

電気電子工学文献詳読Ⅱ／Literature Reading in Electrical and Electronic Engineering II

選択／E

2

51

56

6

アドバンストテクノロジー／Advanced Technology

選択／E

2

51

56

7

企業・研究機関の研修・見学／Tour/Visit to Businesses and Research Institutes
修士のためのキャリアマネジメントセミナー／Career Management Seminar for Postgraduate students

選択／E

1

74

56

課程共通科目(a)／M(a)

選択／E

2

74

37

課程共通科目(a)／M(a)2021年度新設／New course
他専攻／other Depts

5(A)(B)

8

他専攻開設／in other Depts

9単位
以上／
9 or more

9

他専攻科目／course(s) in other Depts

必修／R

2

-

-

10

プラズマ物性特論／Special Topics in Plasma properties

選択／E

2

51

57

11

プラズマ応用工学／Plasma Science and Technology

選択／E

2

51

47

12

電子材料物性特論／Advanced Lecture on Electronic Materials

選択／E

2

51

57

13

電子機器特論／Advanced lecture on Electronic Apparatus

選択／E

2

51

57

14

高電圧大電流工学特論／High voltage and large current engineering

選択／E

2

51

57

応用超伝導工学／Superconductor Science and Engineering

選択／E

2

51

57

16

光エレクトロニクス特論／Optoelectronics

選択／E

2

51

57

17

薄膜工学特論／Thin Film Technology
電子・光機能性材料特論／Advanced lecture on electronic and optical functional materials

選択／E

2

51

57

選択／E

2

51

57

19

有機エレクトロニクス特論／Organic Electronics

選択／E

2

51

57

20

電子情報通信特論／Selected Topics in Electronics Information and Communications

選択／E

2

51

57

21

デバイス・センサ特論／Advanced Electronic Devices and Sensors

選択／E

2

51

57

22

光コヒ－レンス工学／Optical coherence technology

選択／E

2

51

57

光システム機器特論／Advanced lecture on optical system

選択／E

2

51

57

24

電子光デバイス特論／Advanced Electrical and Optical Devices

選択／E

2

51

47

25

ディジタル無線伝送工学／Digital Wireless Transmission Systems

選択／E

2

51

56

26

画像処理特論／Advanced Topics in Image processing

選択／E

2

51

56

27

企業における生産・開発Ⅰ／Lecture on Manufacturing and Development Research I

選択／E

1

74

47

課程共通科目(a)／M(a)28

プロジェクト研究特別概説／Introduction to University Research Projects

選択／E

1

99

47

課程共通科目(a)／M(a)29

先端科学技術総論／Special Topics in Advanced Science and Technology

選択／E

1

99

46

電気電子工学特定研究Ⅰ／Project Research in Electrical and Electronic Engineering I

必修／R

6

51,77

57

電気電子工学特定研究Ⅱ／Project Research in Electrical and Electronic Engineering II
電気電子工学研究発表演習（中間発表）／

必修／R

6

51,77

57

必修／R

1

51,77

56

必修／R

2

51,77

57

15

(B-1)

18

23

30

(B-2)

(C)

31
32

Presentation Exercise in Electrical and Electronic Engineering
電気電子工学研究発表（外部発表）／Presentation in Electrical and Electronic Engineering

33

34 所属専攻科目／Department course(s)2単位以上／
2 or more

2単位
以上／
2 or more

15単位
以上／
15 or more

課程共通科目(a)／M(a)選択／E
必修24単位，計38単位以上／Total: 38 credits or more including 24 credits in required courses【備考】課程共通科目(a)は，所属専攻の科目として取り扱う。
（その他の課程共通科目（他専攻で開設する自然科学総論を除く）は修了要件対象外とする。）（「教職実践学校インターンシップ」は修了要件対象外とする。）【Notes】M(a) indicates Master’s common courses(a). They are treated as Department courses.
(Master's common courses not listed above (except General Natural Sciences in other Departments) do not count toward the degree.)(School Internship (Teaching Practice) does not count toward the degree.)

３．授業科目履修の流れ
セメスター

(A)
自然科学総論

１期

電気電子工学セミナーⅠ

(B)
他専攻科目
電気電子工学文献詳読Ⅰ
コース／課程共通科目（6単位程度）

２期

電気電子工学セミナーⅠ

コース／課程共通科目（4単位程度）

３期

電気電子工学セミナーⅡ

コース／課程共通科目（4単位程度）

４期

電気電子工学セミナーⅡ(C)
電気電子工学特定研究Ⅰ
電気電子工学特定研究Ⅰ
電気電子工学研究発表演習（中間発表）
電気電子工学特定研究Ⅱ
電気電子工学研究発表（外部発表）
電気電子工学特定研究Ⅱ

23

人間支援科学コース（Ｍ）／Human Sciences and Assistive Technology Course (M)１．コースの教育目標（人材育成）／Eductaional Objectives of the Course (Human Resource Development)(A) The ability to make ethical judgements regarding nature, society and humanity, the ability to understand technological support for elderly and disabled individuals in a super aged society, and the ability to make ethical judgements(B) The ability to understating fundamental theories and technologies in information, electronic and mechanical engineering, and the ability to apply these in the following fields(B-1) The biomedical engineering field as it relates to bio-function sensing and control, body movement analysis, equipment for examining, diagnosing and treating illnesses, technologies and necessary equipment and systems forovercoming and ameliorating disabilities, and interfaces in human/mechanical systems; as well as the medical welfare engineering field, including application of mechatronics aimed at supporting the self-reliance of elderly and disabledindividuals, support technologies for nursing care and assistance, control to ensure comfortable lifestyles and working environments, electronic information technologies that will form the basis of high-welfare societies, and modeling and(B-2) The lifestyle support science field, including the elucidation of bio-functions, self-reliance support technologies for elderly and disabled individuals based on bio-functions and psychological analyses, universal design in living
environments and equipment, optimal provision and management of support services, rehabilitation engineering relating to biomechanics aimed at preventing injuries and evaluating performance in sports, the living environments, homeenvironments and social welfare necessary in realizing a high-welfare society, psychology relating to elderly and disabled individuals aimed at supporting self-realization through societal participation in accordance with one’s abilities, and(C) The ability to discover and solve problems; The ability to communicate effectively, including academic conference presentations; The ability to report within a specified period of time

２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
Objectives

授業科目
Course Title
自然科学総論Ⅰ・Ⅱ・Ⅳ・Ⅴ(*いずれか1科目)／General Natural Sciences I ・ II ・ IV ・ V (*Choose one)

選択・必修 単位数
Elective/Req
Credits

分野
Field

水準

修了認定単位

Standard

Credit Req for Degree

必修／R

1

99

46

2

人間支援科学特定研究Ⅰ／Project Research in Human Science and Assistive Technology I

必修／R

6

56,77

57

3

人間支援科学特定研究Ⅱ／Project Research in Human Science and Assistive Technology II

必修／R

6

56,77

57

4

人間支援科学セミナーⅠ／Seminar in Human Science and Assistive Technology I

必修／R

2

56

57

5

人間支援科学セミナーⅡ／Seminar in Human Science and Assistive Technology II

必修／R

2

56

57

6

人間支援科学文献詳読Ⅰ／Literature Reading in Human Science and Assistive Technology I

必修／R

2

56

56

人間支援科学文献詳読Ⅱ／Literature Reading in Human Science and Assistive Technology II

選択／E

2

56

56

他専攻科目／course(s) outside the Dept

必修／R

2以上／
2 or more--

課程共通科目 (自然科学総論及びデータサイエンス概論を除く)／course(s) in other Depts or
Master's common course(s) (excl. General Natural Sciences and Introduction to Data Science)
人間支援科学研究発表演習（中間発表）／Presentation Exercise in Human Sciences and Assistive Technology

選択／E

-

-

-

必修／R

1

56,77

57

11

人間支援科学研究発表（外部発表）／Presentation in Human Sciences and Assistive Technology

必修／R

2

56,77

57

12

人間支援科学特別講義Ⅰ／Special Lecture on Human Science and Assistive Technology I

選択／E

2

56

57

人間支援科学特別講義Ⅱ／Special Lecture on Human Science and Assistive Technology II

選択／E

2

56

57

14

人間支援科学特別講義Ⅲ／Special Lecture on Human Science and Assistive Technology III

選択／E

1

56

57

15

生体情報工学特論／Biomedical Information

選択／E

2

56

47

16

神経生理工学特論／Neural and Physiological Engineering

選択／E

2

56

47

17

支援システム特論／Assistive System

選択／E

2

56

47

18

分子生体機能工学特論／Molecular Biofunctional Technology

選択／E

2

56

47

選択／E

2

43

47

1

7

(A)(C)

8
9
10

13

19

(A)

（B-1) 液体物理学特論／Liquid State Physics

20

データサイエンス概論／Introduction to Data Science

選択／E

2

10,49

36

21

人間支援材料特論／Human Assistive Materials

選択／E

2

56

57

22

立体造形特論／Three-dimensional molding theory

選択／E

2

13

37

23

デザイン表現特論／Design Expression theory

選択／E

2

13

37

24

生体生理情報特論／Biological and Physiological Engineering

選択／E

2

56

47

25

生体材料工学特論／Biomaterial Engineering

選択／E

2

56

57

26

スポーツバイオメカニクス論／Sports Biomechanics

選択／E

2

56

57

27

運動生理学特論／Motion Physiology

選択／E

2

56

57

28 （B-2） コミュニケーション支援特論 ／Assistive Technology for Communication

選択／E

2

56

47

29

音声聴覚情報処理特論／Speech and Auditory Information Processing

選択／E

2

56

47

30

視覚情報処理特論／Information Processing of Visual Perception

選択／E

2

56

47

31

音楽制作特論／Music Production

選択／E

2

13

37

32

演奏表現特論／Performance Expression

選択／E

2

13

37

選択／E

-

-

-

33 所属専攻科目／Department course(s)

備考
Notes
他専攻科目／in other Depts

24単位
以上／
24 or more
課程共通科目(b)／M(b)2021年度新設／New course
課程共通科目／Master's common course(B-1),(B-2)のそれぞれから
1科目以上／
1 or more each in(B-1) and (B-2)

必修24単位，計38単位以上／ Total: 38 credits or more including 24 credits or more in required courses【備考】課程共通科目(b)は，他専攻科目（選択）として扱う。
（必修の「他専攻科目2単位」には含めることができないので注意すること。）（「データサイエンス概論」は所属コース科目として取り扱う。）（「教職実践学校インターンシップ」は修了要件対象外とする。 ）【Notes】M(b) indicates Master’s common courses(b). They are treated as courses in other Departments (electives).
(Attention: Common Master's courses(b) do not count toward the required two credits in other Department. )(Introduction to Data Science is treated as a course in the Course.)(School Internship (Teaching Practice) does not count toward the degree.)３．必修授業科目履修の流れ
ｾﾒｽﾀｰ
1期
2期
3期
4期

(A)(C)(A)

自然科学総論 ,人間支援科学特定研究Ⅰ, 人間支援科学セミナーⅠ

2科目
1科目
3科目
1科目

※2021年度から廃止した科目

人間支援科学文献詳読Ⅰ
人間支援科学特定研究Ⅱ,人間支援科学セミナーⅡ, 人間支援科学研究発表演習（中間発表）
人間支援科学研究発表（外部発表）「支援機器要素技術」，「生体・環境電磁波特論」「移動支援工学特論」「環境センシング特論」

24

○生命・食料科学専攻（博士前期課程）／Department of Life and Food Sciences (Master's Programs)
基礎生命科学コース（Ｍ）／Life Sciences Course (M)１．コースの教育目標（人材育成） ／Eductaional Objectives of the Course (Human Resource Development)(A) The ability to make ethical judgements regarding nature, society and humanity(B) The ability to understand and elucidate theories and technologies in fundamental biology and related fields(B-1) The ability to understand and elucidate fundamental theories relating to immunity, biomolecules, super-molecules and embryogenesis(B-2) The ability to understand and elucidate fundamental theories relating to the structures and functions of organelle, genetics, evolutionary development, and marine organisms(C) The ability to discover and solve problems; The ability to communicate effectively, including academic conference presentations; The ability to report within a specified period of time
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
授業科目
選択・必修 単位数
Elective/Req
Objectives
Course Title
Credits
自然科学総論Ⅰ・Ⅱ・Ⅲ・Ⅴ (いずれか1科目)
1
(A)
必修／R
1
／General Natural Sciences I ・ II ・ III ・ V (Choose one)

分野
Field

水準

修了認定単位

Standard

Credit Req for Degree

1単位／1

備考
Notes

99

46

57

57

1

99

46

課程共通科目(a)／M(a)

1

99

47

課程共通科目(a)／M(a)

選択／E

1

74

47

課程共通科目(b)／M(b)

修士のためのインターンシップ／Internship for master's courses

選択／E

1

74

47

課程共通科目(b)／M(b)9企業・研究機関の研修・見学／Tour/Visit to Businesses and Research Institutes

選択／E

1

74

56

課程共通科目(b)／M(b)10

薬品安全管理技術／Safety Management of Chemicals

選択／E

2

46

46

課程共通科目(a)／M(a)

11

選択／E

2

99

46

課程共通科目(a)／M(a)

選択／E

1

99

46

14

大型機器分析技術／Techniques in instrumental analysis
知的財産権・技術経営論Ⅰ／Intellectual property rights and theory of Management Technology I
知的財産権・技術経営論Ⅱ／Intellectual property rights and theory of Management Technology II
インターンシップ／Internship15

2

基礎生命科学セミナー／Life Science Seminar

選択／E

1

3

必修／R

2

5

（他専攻科目／course(s) in other Depts）（生命・食料科学専攻内の他コース開設科目／course(s) in other Courses in the Department of Life and Food Sciences）
先端科学技術総論／Special Topics in Advanced Science and Technology

選択／E

6

プロジェクト研究特別概説／Introduction to University Research Projects

選択／E

7

企業における生産・開発Ⅰ／Lecture on Manufacturing and Development Research I

8

4

12

(B)

選択／E

選択／E

1

99

46

選択／E

1

74

46

ワーク・ライフ・バランス／Work・Life・Balance

選択／E

1

74

46

16

科学技術英語Ⅰ／English for Science and Technology Majors I

選択／E

1

70

46

17

科学技術英語Ⅱ／English for Science and Technology Majors II

選択／E

1

70

46

18

教職実践学校インターンシップ／School Internship (Teaching Practice)
修士のためのキャリアマネジメントセミナー／Career Management Seminar for Postgraduate students

選択／E

4

選択／E

2

74

37

20

先端的農業技術論／Leading-Edge Agriculture Technology

選択／E

1

64

47

21

食品加工技術論／Food Processing Technology

選択／E

1

61

47

22

食の安全・安心論／Food Safety and Security

選択／E

1

61

47

23

先端臨海実習／Advanced marine course

選択／E

2

57

47

24

免疫細胞生物学／Cellular Immunobiology

選択／E

2

57

57

25

遺伝子工学概論／Topics in Gene Engineering

選択／E

2

57

57

糖鎖生物学／Glycobiology

選択／E

2

57

57

27

構造生物学特論／Advanced structural biology

選択／E

2

57

57

28

胚発生学／Animal Embryology

選択／E

2

57

47

29

植物生理学特論Ⅰ／Advanced Plant Physiology I

選択／E

2

57

47

30

植物生理学特論Ⅱ／Advanced Plant Physiology II

選択／E

2

57

47

31

植物生理学特論Ⅲ／Advanced Plant Physiology III

選択／E

2

57

47

神経内分泌学／Neuroendocrinology

選択／E

2

57

47

33

植物分子遺伝学特論Ⅰ／Advanced Plant Molecular Genetics I

選択／E

2

57

56

34

分子細胞生理学特論／Molecular and Cellular Physiology Advanced Course

選択／E

2

57

57

35

進化発生生物学特論Ⅰ／Evolutionary Developmental Biology I

選択／E

2

57

56

36

水圏生物学／Aquatic Biology

選択／E

2

57

58

37

生命・食料科学特定研究BⅠ／Graduate Study in Life and Food Science B I

必修／R

4

57,61,775738

生命・食料科学特定研究BⅡ／Graduate Study in Life and Food Science B II

必修／R

4

57,61,775739

生命・食料科学セミナーBⅠ／Seminar in Life and Food Science B I

必修／R

2

57,61

57

40

生命・食料科学セミナーBⅡ／Seminar in Life and Food Science B II

必修／R

2

57,61

57

41

文献詳読Ⅰ／Seminar in Current Topics I

必修／R

3

60,61,57

56

42

文献詳読Ⅱ／Seminar in Current Topics II

必修／R

3

60,61,57

57

43

研究発表演習（中間発表）／Presentation Practice

必修／R

1

77

56

44

研究発表／Presentation in Scientific Meeting

選択／E

1

57,77

57

45

英語論文作成・発表演習／Scientific Writing and Presentation in English

選択／E

1

70

57

実践型食づくりプロジェクト／Project of Practical Food Manufacturing

選択／E

2

61

57

47

企画実践型インターンシップ／Internship Practice with Designed Project

選択／E

1

61,74

57

48

食づくり国際インターンシップ／International Internship for Food Production

選択／E

1

61,74

57

49

グローバル農力（短期）／Global Agriculture and Food Science (Short Program)
グローバル農力国際インターンシップ（中期）／International Internship in Agriculture and Food Science (Intermediate Program)
グローバル農力国際特別研究（中期）／International Graduate Study in Agriculture and Food Science (Intermediate Program)
グローバル農力国際インターンシップ（長期）／International Internship in Agriculture and Food Science (Long Program)
グローバル農力国際特別研究（長期）／International Graduate Study in Agriculture and Food Science (Long Program)

選択／E

2

60

57

選択／E

1

60

57

選択／E

2

60

57

選択／E

2

60

57

選択／E

4

60

57

13

19

26

32

46

(B-1)

(B-2)

(C)

50
51
52
53

他専攻開設／in other Depts

課程共通科目(b)／M(b)

他専攻科目
2単位以上
（注1）

課程共通科目(b)／M(b)所属専攻課程共通科目(b)／M(b)(他コースを含む)

課程共通科目(b)／M(b)科目10単位以上（注2）／

課程共通科目(b)／M(b)2 or morein other Depts（Note 1）

課程共通科目(b)／M(b)2021年度新設／New course

課程共通科目(b)／M(b)課程共通科目(b)／M(b)10 or morein the Dept(incl. other Courses)（Note 2）19単位以上（必修科目含む）／
19 or more (incl.
required courses)

38単位以上（必修32単位）／38 credits or more (32 credits in required courses)【備考】（注1）課程共通科目(b)は，他専攻科目（選択）として取り扱う。（必修の「他専攻科目2単位」には含めることができないので注意すること。）（注2）「所属専攻の専門科目」には，課程共通科目(a)を含む。
【Notes】(Note 1) M(b) indicates Master’s common courses(b). They are treated as courses in other Departments (electives).
(Attention: Master's common courses(b) may not count toward the required two credits in other Departments. )(Note 2) M(a), or Master's common courses(a), are included in Department courses.
３．必修科目履修の流れ
年次

必修科目

1年次

自然科学総論，他専攻の専門科目，生命・食料科学特定研究BⅠ， 生命・食料科学セミナーBⅠ，文献詳読Ⅰ，研究発表演習（中間発表）

2年次

生命・食料科学特定研究BⅡ，生命・食料科学セミナーBⅡ，文献詳読Ⅱ

４．食づくり実践型農と食のスペシャリスト養成プログラム
プログラムの詳細は，●ページを参照してください。

25

応用生命・食品科学コース（Ｍ）／Applied Life and Food Sciences Course (M)１．コースの教育目標（人材育成）／Eductaional Objectives of the Course (Human Resource Development)(A) The ability to make ethical judgements regarding nature, society and humanity(B) The ability to understand and apply fundamental theories and technologies of applicable fields(B-1) An understanding of genomic science, plant genetics, physiology and biochemistry, molecular biology, and cell biology, and the ability to apply these in research aimed at the creation of useful plants and high-quality, high-yield(B-2) An understanding of microbiology, bio-organic chemistry, molecular biology, genetic engineering, and genomic science, and the ability to apply these in research aimed at advanced application of useful substances produced by(B-3) An understanding of theories and technologies relating to the base ingredients, processing, production, safety, nutrition and functions of food, and the ability to apply these in research aimed at elucidating life phenomena relating to(B-4) An understanding of biochemistry, microbiology, soil science and wood chemistry at levels appropriate to the field of resource utilization science, and the ability to apply these in research aimed at elucidating life phenomena relating to(C) The ability to communicate acaemically; The ability to communicate effectively, including academic conference presentations; The ability to report within a specified period of time
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
Objectives

授業科目
Course Title

選択・必修Elective/Req

単位数
Credits

分野
Field

水準

修了認定単位

Standard

Credit Req for Degree

1単位／1

自然科学総論Ⅰ・Ⅱ・Ⅲ・Ⅴ (いずれか1科目)／General Natural Sciences I ・ II ・ III ・ V (Choose one)

必修／R

1

99

46

2

応用生命・食品科学概論／Outline in Applied Life and Food Sciences

選択／E

2

60

46

3

応用生命・食品科学セミナーⅠ／Seminar I in Applied Life and Food Sciences

選択／E

1

61

57

4

応用生命・食品科学セミナーⅡ／Seminar II in Applied Life and Food Sciences

選択／E

5

応用生命・食品科学セミナーⅢ／Seminar III in Applied Life and Food Sciences

選択／E

1
1

61
61

57
57

6

応用生命・食品科学セミナーⅣ／Seminar IV in Applied Life and Food Sciences

選択／E

1

61

57

選択／E

2

61

57

必修／R

2

9

バイオインフォマティクス概論／Bioinformatics＜他専攻科目及び課程共通科目（自然科学総論を除く）／course(s) in other Depts & Master's common course(s) (excl. General Natural Sciences)＞＜当該専攻内の他コースで開講する科目／course(s) in other Courses in the Dept＞

10

食品加工技術論／Food Processing Technology

選択／E

1

61

47

11

食の安全・安心論／Food Safety and Security

選択／E

1

61

47

12

植物分子生物学／Advanced plant molecular biology

選択／E

2

61

57

13

植物生化学／Plant Biochemistry

選択／E

2

61

57

14

植物栄養生理化学／Plant Nutrition and Physiology

選択／E

2

61

57

選択／E

2

61

57

1

7

(A)

(B)

8

15

(B-1) 植物ゲノム科学／Advanced plant genome

選択／E

2

61

57

17

植物環境応答学特論Ⅰ／Topics in environmental responses of plants I

選択／E

18

植物細胞工学特論／Advanced in Plant Cell Technology

選択／E

2
2

61
60

57
47

選択／E

2

61

57

微生物機能学／Microbial Functions(B-2) 微生物分子遺伝学／Microbial Molecular Genetics

選択／E

2

61

57

21

微生物天然物化学／Natural products chemistry of microorganisms

選択／E

2

61

57

22

動物栄養生理学／Animal nutrition and physiology

選択／E

2

61,66

57

23

米利用科学論／Science of rice utilization

選択／E

2

61

57

食品評価学／Advanced Food Evaluation

選択／E

2

61,66

57

食品生化学／Food Biochemistry

選択／E

2

61

57

24
25
26

(B-3)

2021年度新設／New course

2単位以上／
2 or more

2021年度新設／New course
2単位相当分の科目（注2）／course(s) worth two credits (Note 2)

植物バイオコントロール学／Advanced Plant Bio-control

19

他専攻開設／in other Depts

選択／E

16

20

備考
Notes

（注1／Note 1）

2021年度新設／New course

課程認定（教員免許状）に対応して10単位以上／10 or more

食品分子機能学／Molecular Function of Food Constituents

選択／E

2

61

57

27

食品工学概論／Introduction of Food Technology

選択／E

28

醸造学特論I／Advanced Zymurgy I

選択／E

2
2

61
61

57
57

2021年度新設／New course

29

食品・農業情報工学特論／Advanced Food & Agricultural Informatics

選択／E

2

65

46

2021年度新設／New course

環境土壌学／Environmental Soil Science

選択／E

2

61

57

61
60,61,77

57

30
31

(B-4)

木質成分化学／Wood chemistry

32

生命・食料科学特定研究AⅠ／Graduate Study in Life and Food Science A I

33

生命・食料科学特定研究BⅠ／Graduate Study in Life and Food Science B I

34

生命・食料科学特定研究AⅡ／Graduate Study in Life and Food Science A II

35

生命・食料科学特定研究BⅡ／Graduate Study in Life and Food Science B II

36

生命・食料科学セミナーAⅠ／Seminar in Life and Food Science A I

37

生命・食料科学セミナーBⅠ／Seminar in Life and Food Science B I

38

生命・食料科学セミナーAⅡ／Seminar in Life and Food Science A II

39

生命・食料科学セミナーBⅡ／Seminar in Life and Food Science B II

40

選択／E

2

選択必修／
ReqE

4

選択必修／
ReqE

4

57,61,77
60,61,77
57,61,77
60,61

教員免許（農業）／Teach Cert (Agri)57

教員免許（理科）／Teach Cert (Sci)
教員免許（農業）／Teach Cert (Agri)57

教員免許（理科）／Teach Cert (Sci)
教員免許（農業）／Teach Cert (Agri)

選択必修／
ReqE

2

選択必修／
ReqE

2

文献詳読Ⅰ／Seminar in Current Topics I

必修／R

3

57,61
60,61,57

41

文献詳読Ⅱ／Seminar in Current Topics II

必修／R

3

60,61,5757

42

実践型食づくりプロジェクト／Project of Practical Food Manufacturing

選択／E

2

61

57

（注1／Note 1）

43

企画実践型インターンシップ／Internship Practice with Designed Project

選択／E

1

61,74

57

（注1／Note 1）

44

食づくり国際インターンシップ／International Internship for Food Production

選択／E

1

61,74

57

（注1／Note 1）

45

グローバル農力（短期）／Global Agriculture and Food Science (Short Program)
グローバル農力国際インターンシップ（中期）／International Internship in Agriculture and Food Science (Intermediate Program)
グローバル農力国際特別研究（中期）／International Graduate Study in Agriculture and Food Science (Intermediate Program)
グローバル農力国際インターンシップ（長期）／International Internship in Agriculture and Food Science (Long Program)
グローバル農力国際特別研究（長期）／International Graduate Study in Agriculture and Food Science (Long Program)
グローバル防災・復興学（短期）／Global Disaster Risk Reduction and Recovery (Short Program)
グローバル防災・復興国際インターンシップ（中期）／International Internship in Disaster Risk Reduction and Recovery (Intermediate Program)
グローバル防災・復興国際特別研究（中期）／International Graduate Study in Disaster Risk Reduction and Recovery (Intermediate Program)
グローバル防災・復興国際インターンシップ（長期）／International Internship in Disaster Risk Reduction and Recovery (Long Program)
グローバル防災・復興国際特別研究（長期）／International Graduate Study in Disaster Risk Reduction and Recovery (Long Program)
修士のためのキャリアマネジメントセミナー／Career Management Seminar for Postgraduate students

選択／E

2

60

57

選択／E

1

60

57

選択／E

2

60

57

選択／E

2

60

57

選択／E

4

60

57

選択／E

2

60

57

選択／E

1

60

57

選択／E

2

60

57

選択／E

2

60

57

選択／E

4

60

57

選択／E

2

74

37

56

教職実践学校インターンシップ／School Internship (Teaching Practice)

選択／E

4

57

研究発表演習（中間発表）／Presentation Practice

必修／R

1

77

57

応用生命・食品科学演習（学会発表）／Exercise in Applied Life and Food Sciences

選択／E

1

61

57

英語論文作成・発表演習／Scientific Writing and Presentation in English

選択／E

1

70

57

46

(B)(C)
47
48
49
50
51
52
53
54
55

58

(C)

59

57,61
60,61

57

教員免許（理科）／Teach Cert (Sci)
教員免許（農業）／Teach Cert (Agri)57

教員免許（理科）／Teach Cert (Sci)

57

課程認定
（教員免許状）に対応して19単位以上／19 or more

課程共通科目／Master's common course
2021年度新設／New course
課程共通科目／Master's common course

60 所属専攻科目／Department course(s)選択／E
計38単位以上（必修32単位＜他専攻科目及び課程共通科目（自然科学総論を除く）2単位以上含む＞）
Total: 38 credits or more (32 credits in required courses <including 2 credits or more in other Departments & Master's common course(s) (except General Natural Sciences)>)
計38単位以上 (必修10単位, 選択必修12単位）／Total: 38 credits or more (10 credits in required courses and 12 credits in required elective courses)【備考】（注1）「食づくり実践型農と食のスペシャリスト養成」プログラムを参照して下さい。
（注2）課程共通科目（自然科学総論を除く）は，他専攻の科目として取り扱う。
【Notes】(Note 1) Refer to the Agriculture and Food Specialist Training Program section.
(Note 2) Master's common courses (except General Natural Sciences) are treated as courses in other Departments.
３．必修科目履修の流れ
セメスター（B）/（B)（C）

(A)

（C）

生命･食料科学特定研究AⅠ／BⅠ(通年)
生命・食料科学セミナーAⅠ／BⅠ(通年)
文献詳読Ⅰ（通年）,他専攻で開設する科目（※）

1期
自然科学総論
2期

生命･食料科学特定研究AⅡ／BⅡ(通年)
生命・食料科学セミナーAⅡ／BⅡ(通年)
文献詳読Ⅱ（通年）

3期
4期

研究発表演習（中間発表）※「他専攻で開設する科目」には課程共通科目も含む。（ただし，自然科学総論を除く）

４．食づくり実践型農と食のスペシャリスト養成プログラム
プログラムの詳細は，●ページを参照してください。
５．グローバル農力養成プログラム及びグローバル防災・復興プログラム
プログラムの詳細は，●ページを参照してください。

※2021年度から廃止した科目「植物分子生命科学概論」，「微生物分子生命科学概論」，「食品・栄養科学概論」，「資源利用科学概論」

26

生物資源科学コース（Ｍ）／Agriculture and Bioresources Course (M)１．コースの教育目標（人材育成）／Eductaional Objectives of the Course (Human Resource Development)(A) The development of human resources with a profound understanding of life phenomena relating to biological resources, the ability to work as a pioneer and in multifaceted ways to develop new technologies and improve local
industries and environments, and who possess the ability to make ethical judgements regarding nature, society, and humanity(B) The ability to understand and apply the fundamental theories and technologies of the field concerned(B-1) The ability to understand and apply theories relating to the development of sustainable agriculture, the development of agricultural resources that contribute to the revitalization of related industries, food distribution, and agriculturaladministration and management(B-2) The ability to understand and apply theories relating to the cultivation of resource plants such as edible and horticultural crops, plant physiology, ecosystems, genetics and breeding, and plant pathology(B-3) The ability to understand and apply theories relating to safe, effective increases in the production of animal protein making use of the genetic diversity as well as the reproductive physiological characteristics, developmental
physiological characteristics, and nutritional physiological characteristics of resource animals(C) The ability to discover and solve problems, the ability to communicate effectively, including academic conference presentations, and the ability to report within a specified period of time

２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
授業科目
Course Title

達成目標
Objectives

選択・必修 単位数
Elective/Req
Credits

分野
Field

水準

修了認定単位

Standard

Credit Req for Degree

60,74

36

1

38

46

2

60,66

46

必修／R

1

99

46
46

1

産業スペシャリスト育成特論／Training Course for Industrial Specialists

必修／R

1

2

農業スペシャリスト指向特別演習／Special Seminar for Agricultural Speicalists

選択／E

3

生物資源科学概論／Introduction to Agriculture and Bioresources

選択／E

自然科学総論Ⅰ・Ⅱ・Ⅲ・Ⅴ (いずれか1科目)／General Natural Sciences I ・ II ・ III ・ V (Choose one)

4

(A)

5

新領域創成論／Seminar for New Research Area

選択／E

1

60

6

課程共通科目（自然科学総論を除く）／Master's common course(s) (excl. General Natural Sciences)

選択／E

-

-

-

7

他専攻科目／course(s) in other Depts

必修／R

2

-

-

先端的農業技術論／Leading-Edge Agriculture Technology

選択／E

1

64

47

食品加工技術論／Food Processing Technology

選択／E

1

61

47

10

食の安全・安心論／Food Safety and Security

選択／E

1

61

47

11

農業資源開発論／Agricultural Resource and Rural Development

選択／E

2

64

47

食料流通論／Food Marketing

選択／E

2

64

47

13

農業生産管理論／Management of Agricultural Production

選択／E

2

64

47

14

植物化学調節論／Plant Chemical Regulation

選択／E

2

60

47

15

植物細胞工学特論／Advanced in Plant Cell Technology

選択／E

2

60

47

16

植物分子育種学／Plant Molecular Breeding

選択／E

2

60

47

8
9

12

(B)

(B-1)

植物病理学特論／Advanced Plant Pathology

選択／E

2

60

47

18

園芸植物繁殖特論／Propagation of Horticultural Plants

選択／E

2

60

47

19

植物病原学特論／Plant-Pathogen Interactions

選択／E

2

60

47

20

植物エピジェネティクス概論／Plant epigenetics

選択／E

2

60

47

動物・植物相互関係論／Grassland - animal interactions

選択／E

2

66

46

動物量的遺伝学／Quantitative genetics in animals

選択／E

2

66

57

動物機能形態論／Animal Functional Morphology

選択／E

2

66

57

24

動物生殖細胞利用論／Animal Germ Cell Utillization

選択／E

2

60

46

25

生命・食料科学特定研究ＡⅠ／Graduate Study in Life and Food Science A I

必修／R

4

60,61,775726

生命・食料科学特定研究ＡⅡ／Graduate Study in Life and Food Science A II

必修／R

4

60,61,77

57

27

研究発表演習（中間発表）／Presentation Practice

必修／R

1

77

56

28

生命・食料科学セミナーAⅠ／Seminar in Life and Food Science A I

必修／R

2

60,61

57

29

生命・食料科学セミナーAⅡ／Seminar in Life and Food Science A II

必修／R

2

60,61

57

30

研究発表／Seminar for Early Bird

選択／E

1

57,77

57

31

文献詳読Ⅰ／Seminar in Current Topics I

必修／R

3

60,61,57

56

32

文献詳読Ⅱ／Seminar in Current Topics II

必修／R

3

60,61,5756

33

英語論文作成・発表演習／Scientific Writing and Presentation in English

選択／E

1

70

57

34

実践型食づくりプロジェクト／Project of Practical Food Manufacturing

選択／E

2

61

57

35

企画実践型インターンシップ／Internship Practice with Designed Project

選択／E

1

61,74

57

36

食づくり国際インターンシップ／International Internship for Food Production

選択／E

1

61,74

57

37

グローバル農力（短期）／Global Agriculture and Food Science (Short Program)

選択／E

2

60

57

選択／E

1

60

57

選択／E

2

60

57

選択／E

2

60

57

選択／E

4

60

57

選択／E

2

60

57

選択／E

1

60

57

選択／E

2

60

57

選択／E

2

60

57

選択／E

4

60

57

選択／E

4

-

-

選択／E

-

-

-

17

(B-2)

21
22
23

38

(B-3)

(C)

39
40
41
42
43
44
45
46
47

グローバル農力国際インターンシップ（中期）／International Internship in Agriculture and Food Science (Intermediate Program)
グローバル農力国際特別研究（中期）／International Graduate Study in Agriculture and Food Science (Intermediate Program)
グローバル農力国際インターンシップ（長期）／International Internship in Agriculture and Food Science (Long Program)
グローバル農力国際特別研究（長期）／International Graduate Study in Agriculture and Food Science (Long Program)
グローバル防災・復興学（短期）／Global Disaster Risk Reduction and Recovery (Short Program)
グローバル防災・復興国際インターンシップ（中期）／International Internship in Disaster Risk Reduction and Recovery (Intermediate Program)
グローバル防災・復興国際特別研究（中期）／International Graduate Study in Disaster Risk Reduction and Recovery (Intermediate Program)
グローバル防災・復興国際インターンシップ（長期）／International Internship in Disaster Risk Reduction and Recovery (Long Program)
グローバル防災・復興国際特別研究（長期）／International Graduate Study in Disaster Risk Reduction and Recovery (Long Program)
教職実践学校インターンシップ／School Internship (Teaching Practice)48 所属専攻科目／Department course(s)

備考
Notes

3単位以上／
3 or more
他専攻開設／in other Depts

課程共通科目(a)／M(a)2単位以上／
2 or more

2021年度名称変更／New title

8単位以上／
8 or more
2021年度新設／New course

19単位
（必修）／
19 or more(required)

計38単位以上（他専攻2単位以上）／Total: 38 credits or more (2 credits or more in courses in other Departments)【備考】課程共通科目(a)は，所属専攻の科目として取り扱う。
【Notes】M(a) indicates Master’s common course(a). The couse is treated as a Department course.

３．必修授業科目履修の流れ（コースワーク）
セメスター
1期

(B-1) (B-2) (B-3)（A）
自然科学総論(＊1)産業スペシャリスト育成特論
先端科学技術総論

コースの専門科目(8単位以上)

2期
他専攻科目（2単位以上）

3期
4期「＊１」「＊２」はコースワーク。

４．食づくり実践型農と食のスペシャリスト養成プログラム
プログラムの詳細は，●ページを参照してください。

５．グローバル農力養成プログラム及びグローバル防災・復興プログラム
プログラムの詳細は，●ページを参照してください。

※2021年度から廃止または名称変更した科目「農業生産環境特論」，「農作物学特論」，「植物組織培養学特論」

27(C)
生命・食料科学特定研究AⅠ（通年）
生命・食料科学セミナーAⅠ（通年）
文献詳読Ⅰ（通年）(＊2)研究発表
生命・食料科学特定研究AⅡ（通年）
生命・食料科学セミナーAⅡ（通年）
文献詳読Ⅱ（通年）
研究発表演習（中間発表）

○環境科学専攻（博士前期課程）／Department of Environmental Science and Technology (Master's Programs)
自然システム科学コース（Ｍ）／Natural Environmental Science Course (M)１．コースの教育目標（人材育成）／Eductaional Objectives of the Course (Human Resource Development)(A) The ability to make ethical judgements regarding nature, society and humanity(B) The ability to understand and apply fundamental theories and technologies(B-1) The ability to understand various problems involving the natural environment on a fundamental level in terms of physics and chemistry, including atoms, molecules, energy, etc.
(B-2) The ability to understand the mechanisms that form the natural environment and the history of its changes, the ability to understand organisms with a broad perspective from the group level down to the celllevel, and the ability to understand the diversity of organisms in an orderly manner(C) The ability to discover and solve problems(D) The ability to communicate effectively, including academic conference presentations(E) The ability to report within a specified period of time
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
Objectives
1

(A)
2

授業科目
Course Title

単位数
Credits

分野
Field

水準

修了認定単位Elective/Req

Standard

Credit Req for Degree

必修／R

1

99

46

選択／E

2

74

37

選択・必修

自然科学総論Ⅰ・Ⅱ・Ⅲ・Ⅳ(*いずれか1科目)／General Natural Sciences I ・ II ・ III ・ IV (*Choose one)
修士のためのキャリアマネジメントセミナー／Career Management Seminar for Postgraduate students

備考
Notes
他専攻開設／

in other Depts
課程共通科目(a)／M(a)2021年度新設／New course

3

自然環境科学／Environmental natural Science

必修／R

2

99

46

4

他専攻科目／course(s) other the Dept

必修／R

2

-

-

企業における生産・開発Ⅰ／Lecture on Manufacturing and Development Research I

選択／E

1

74

47

課程共通科目(a)／M(a)プロジェクト研究特別概説／Introduction to University Research Projects

選択／E

1

99

47

課程共通科目(a)／M(a)7

先端科学技術総論／Special Topics in Advanced Science and Technology

選択／E

1

99

46

課程共通科目(a)／M(a)8

突発災害特論／Advanced topics in catastrophic hazards

選択／E

1

44

46

5
6

(B)

9

原子分子物理学Ⅰ／Atomic and Molecular Physics I

選択／E

2

43

46

10

原子分子物理学Ⅱ／Atomic and Molecular Physics II

選択／E

2

43

46

11

大気物理学特論Ⅰ／Atmospheric Physics I

選択／E

2

43

46

12

環境化学要論Ⅰ／Chemistry of the Environment I

選択／E

2

46

46

環境化学要論Ⅱ／Chemistry of the Environment II

選択／E

2

46

46

14

環境化学要論Ⅲ／Chemistry of the Environment III

選択／E

2

46

46

15

環境化学要論Ⅳ／Chemistry of the Environment IV

選択／E

2

46

46

16

大気影響評価学特論／Advanced assessment of atmospheric impacts

選択／E

2

46

36

17

大気環境科学特論／Advanced atmospheric environment sciences

選択／E

2

46

36

18

地圏環境論Ⅰ／Environmental Science of Earth Surface I

選択／E

2

44

46

19

生物形態機能論／Biological Structure and Function

選択／E

2

57

46

20

生態学要論／Ecological requirements Theory

選択／E

2

57

46

21

進化生物学特論Ⅰ／Evolutionary Biology I

選択／E

2

57

46

進化生物学特論Ⅱ／Evolutionary Biology II

選択／E

2

57

46

23

進化生物学特論Ⅳ／Evolutionary Biology IV

選択／E

2

57

46

24

生態学特論Ⅱ／Ecology II

選択／E

2

57

46

25

地球システム科学特論／Advanced Earth Systems Science

選択／E

2

44

36

26

環境科学特定研究Ⅰ／Project Research in Environmental Science and Technology I

必修／R

7

77

57

27

環境科学特定演習Ⅰ／Specific Seminar in Environmental Science and Technology I

必修／R

4

77

57

28

研究発表演習Ⅰ（中間発表）／Research Presentation I (Interm.)

必修／R

1

77

57

研究発表演習Ⅰ（学外発表）／Research Presentation I (Congress)

選択／E

1

77

57

30

環境科学セミナーⅠ／Seminar in Environmental Science and Technology I

必修／R

2

77

57

31

環境科学総合演習Ⅰ／Synthetic Seminar in Environmental Science and Technology I

必修／R

2

77

57

選択／E

4

-

-

13

22

29

(B-1)

(B-2)

(C)(D)(E)

32 教職実践学校インターンシップ／School Internship (Teaching Practice)33 所属専攻科目／Department course(s)5単位以上／
5 or more

ただし，研究指導委員会が認めた他
コースまたは他専
攻の科目を，当該分野の専門科目として認定可とす
10単位以上／ る。／
Courses in other10 or more
Courses or Depts thatare approved by the
Kenkyu Shido(Research Advising)Committee may counttoward (B-1) or (B-2).

16単位以上／16 or more

課程共通科目(a)／M(a)選択／E
必修21単位，選択必修10単位以上修得のうえ，合計38単位以上修得のこと。
Total: 38 credits or more including 21 credits in required courses and 10 credits or more in required elective courses【備考】課程共通科目(a)は,所属専攻の科目として取り扱う。
（その他の課程共通科目（他専攻で開設する自然科学総論を除く）は修了要件対象外とする。）【Notes】 M(a) indicates Master's common courses(a). They are treated as Department courses.
（Other Master's common courses (except General Natural Sciences offered in other Departments) do not count toward the degree. ）３．必修授業科目履修の流れ（目安）
セメスター
1期

（B）

（A）

(C)(D)(E)
環境科学
セミナーⅠ

他専攻科目(1科目以上)
コース専門科目（2科目以上）

自然科学総論2期

コース専門科目（2科目以上)

3期

コース専門科目（1科目以上）

自然環境科学

4期※2021年度から廃止または削除した科目「固体構造論」,「希少生物学特論」,「大気物理学特論Ⅱ」,「地圏環境論Ⅱ」

28

環境科学
総合演習Ⅰ
環境科学
特定演習Ⅰ

環境科学
特定研究Ⅰ

流域環境学コース（Ｍ）／Environmental Science for Agriculture and Forestry Course (M)１．コースの教育目標（人材育成）／Eductaional Objectives of the Course (Human Resource Development)(A) The ability to make ethical judgements regarding nature, society and humanity(B) The ability to understand and apply fundamental theories and technologies(B-1) The ability to elucidate the functions and structures of forest ecosystems from the perspective of biodiversity, and the ability to apply this knowledge in forest management(B-2) The ability to elucidate the interaction between forested areas and water cycle functions, and the ability to apply this in preservative management technologies for the natural environment with a focus on(B-3) The ability to understand forest monitoring and how to measure and utilize forest biomass, which is a reusable circulating resource, and the ability to apply these in sustainable usage plans for forest(B-4) The ability to plan and manage production environments in rural areas, living environments and natural environments in a unified manner, and the ability to understand and apply technologies aimed at(B-5) The ability to understand and apply technologies for using agricultural machinery as well as systemization and process control methods for agricultural production processes(B-6) The ability to understand and elucidate water cycle changes in river basins accompanying climate change, in particular falling and melting snow, and their effects on outflow(B-7) The ability to survey and elucidate ecosystem changes accompanying global warming, and the ability to conduct future predictions and investigate countermeasures(C) The ability to discover and solve problems(D) The ability to communicate effectively, including academic conference presentations(E) The ability to report within a specified period of time
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
授業科目
備考
選択・必修 単位数 分野 水準 修了認定単位
Elective/Req
Objectives
Course Title
Credits Field Standard Credit Req for Degree
Notes
自然科学総論Ⅰ・Ⅱ・Ⅲ・Ⅳ(*いずれか1科目)
1
他専攻開設／in other Depts
必修／R
1
99
46
／General Natural Sciences I ・ II ・ III ・ IV (*Choose one)
2

流域環境学／Environmental Science and Technology for Agriculture and Forestry

必修／R

2

99

3

他専攻科目／course(s) in other Depts

必修／R

2

-

-

4

企業における生産・開発Ⅰ／Lecture on Manufacturing and Development Research I

選択／E

1

74

47

5

プロジェクト研究特別概説／Introduction to University Research Projects

選択／E

1

99

47

先端科学技術総論／Special Topics in Advanced Science and Technology

選択／E

1

99

46

7

修士のためのインターンシップ／Internship for master's courses

選択／E

1

74

47

8

修士のためのキャリアマネジメントセミナー／Career Management Seminar for Postgraduate students

選択／E

2

74

37

課程共通科目(a)／M(a)2021年度新設／New course

6(A)(B)

46

課程共通科目(a)／M(a)5単位以上／
5 or more

課程共通科目(a)／M(a)課程共通科目(a)／M(a)課程共通科目(a)／M(a)9

教職実践学校インターンシップ／School Internship (Teaching Practice)

選択／E

4

-

-

課程共通科目(a)／M(a)10

突発災害特論／Advanced topics in catastrophic hazards

選択／E

1

44

46

課程共通科目(a)／M(a)11

流域環境思想論／Environmental Philosophy on Watershed

選択／E

2

99

37

12

森林保全学特論／Advanced Forest Conservation

選択／E

2

62

46

13

野生植物生態学特論／Topics on plant community dynamics

選択／E

2

57

56

自然再生学特論／Restoration Ecology

選択／E

2

57

56

森林遺伝育種学特論／Advanced Forest Genetics and Tree Breeding

選択／E

2

62

56

14

(B-1)

15
16
17

(B-2)

18

(B-3)

19

(B-4)

島嶼生態学特論／Island Ecology

選択／E

2

57

56

森林保全工学特論／Advanced Erosion Control Engineering

選択／E

2

62

56

森林空間計測学特論／Advanced Forest Spatial Information

選択／E

2

62

56

農村計画学特論／Advanced Rural Planning

選択／E

2

65

46

農地工学特論／Advanced Agricultural Land Improvement Engineering

選択／E

2

65

56

21

基盤施設工学特論／Advanced Course of Embankment Dam Engineering

選択／E

2

65

56

22

生産機械利用学特論／Advanced Utilization of Farm Machineries

選択／E

2

65

57

23

食品・農業情報工学特論／Advanced Food & Agricultural Informatics

選択／E

2

65

46

生物機械工学特論／Biological and Mechanical Engineering

選択／E

2

65

57

20

24

(B-5)

25

精密農業概論／Introduction to Precision Agriculture

選択／E

2

65

56

26

水文学特論／Advanced Hydrology

選択／E

2

62

56

(B-6)

農業水利調整論／Advanced Agricultural Water Management

選択／E

2

65

56

28

農業環境工学特論／Agricultural Environmental Engineering

選択／E

2

65

57

29

動物生態学特論／Advanced Animal Ecology

選択／E

2

57

56

30

大気影響評価学特論／Advanced assessment of atmospheric impacts

選択／E

2

46

36

大気環境科学特論／Advanced atmospheric environment sciences

選択／E

2

46

36

32

生態系環境学特論／Advanced Ecosystem Environment

選択／E

2

62

56

33

昆虫生態学特論／Insect Ecology
環境科学特定研究Ⅱ／Project Research in Environmental Science and Technology II
環境科学特定演習Ⅱ／Specific Seminar in Environmental Science and Technology II

選択／E

2

57

56

必修／R

7

77

57

必修／R

4

77

57

研究発表演習Ⅱ（中間発表）／Research Presentation II (Interm.)

必修／R

1

77

57

選択／E

1

77

57

必修／R

2

77

57

必修／R

2

77

57

27

31

(B-7)

34
35
36

(C)(D)(E)

研究発表演習Ⅱ（学外発表）／Research Presentation II (Congress)
環境科学セミナーⅡ
38／Seminar in Environmental Science and Technology II
環境科学総合演習Ⅱ
39／Synthetic Seminar in Environmental Science and Technology II
40 所属専攻科目／Department course(s)37

ただし，研究指導委員会が認めた他コースまたは他専攻の科目を，当該分野の専門科目として認定可とする。
／Courses in other Courses or
Depts that are approved by the
Kenkyu Shido (Research
Advising) Committee may counttoward (B-1) through (B-7).

10単位
以上／
10 or more

2021年度名称変更／New title

2021年度新設／New course

16単位
以上／
16 or more

選択／E
修得単位：必修21単位，選択必修10単位以上修得のうえ，合計38単位以上修得のこと。／
Credit Required: Total 38 credits or more including 21 credits in required courses and 10 credits or more in required elective courses【備考】課程共通科目(a)は，所属専攻の科目として取り扱う。
（その他の課程共通科目（他専攻で開設する自然科学総論を除く）は修了要件対象外とする。）【Notes】M(a) indicates Master's common courses(a). They are treated as Department courses.
（Other Master's common courses (except General Natural Sciences offered in other Departments) do not count toward the degree. ）３．必修授業科目履修の流れ（目安）
セメスター
1期
2期
3期
4期

（B）

（C）（D）（E）

自然科学総論 , 共通科目(必修)他専攻科目（1科目以上）,専門科目（2科目以上）
専門科目（2科目以上）
専門科目（1科目以上）

環境科学セミナーⅡ
環境科学総合演習Ⅱ
環境科学特定演習Ⅱ

４．グローバル農力養成プログラム及びグローバル防災・復興プログラム
プログラムの詳細は，●ページを参照してください。

※2021年度から廃止または名称変更した科目「樹木生態学特論」,「農業情報工学特論」

29

環境科学特定研究Ⅱ

社会基盤・建築学コース（社会基盤系）（Ｍ）／Architecture and Civil Engineering Course (Civil Engineering Kei ) (M)１．コースの教育目標（人材育成）／Eductaional Objectives of the Course (Human Resource Development)(A) The ability to make ethical judgements regarding nature, society and humanity(B) The ability to understand and apply fundamental theories and technologies(B-1) A mastery of fundamental theories and technologies aimed at building social infrastructure to protect urban areas and human life from a variety of disasters(B-2) A mastery of fundamental theories and technologies aimed at comprehensively handling systems in which natural environments and urban areas co-exist, as well as analyzing, evaluating, planning, and utilizing legal
systems and societal environments with an understanding of local environments as historical commodities(C) The ability to discover and solve problems(D) The ability to communicate effectively, including academic conference presentations(E) The ability to report within a specified period of time
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
Objectives

授業科目
Course Title

選択・必修 単位数
Elective/Req
Credits

分野
Field

水準

1

自然科学総論Ⅰ・Ⅱ・Ⅲ・Ⅳ(*いずれか1科目)／General Natural Sciences I ・ II ・ III ・ IV (*Choose one)

必修／R

1

99

46
46

2

都市人間環境学／Design for built environment part1

必修／R

2

99

3

他専攻科目／course(s) in other Depts

必修／R

2

-

-

4

企業における生産・開発Ⅰ／Lecture on Manufacturing and Development Research I

選択／E

1

74

47

5

プロジェクト研究特別概説／Introduction to University Research Projects

選択／E

1

99

47

6

先端科学技術総論／Special Topics in Advanced Science and Technology

選択／E

1

99

46

7

突発災害特論／Advanced topics in catastrophic hazards

選択／E

1

44

46

8

修士のためのキャリアマネジメントセミナー／Career Management Seminar for Postgraduate students

選択／E

2

74

37

(A)(B)

9

計算力学特論／Computational Mechanics

選択／E

2

52

57

10

コンクリート工学特論／Advanced Concrete Technology

選択／E

2

52

57

11

鉄筋コンクリート構造特論／Reinforced Concrete Structure

選択／E

2

53

57

鋼コンクリート合成構造特論／Steel Concrete Composite Structure

選択／E

2

53

57

13

環境地盤学特論／Environmental Geology

選択／E

2

52

57

14

維持管理工学特論／Advanced Maintenance Engineering

選択／E

2

52

57

15

建築振動学特論／Structural Dynamics

選択／E

2

53

57

16

都市衛生施設工学特論／Advanced Lecture on the Management of Urban Water Supply，Sewerage and Solid Waste Disposal

選択／E

2

52

56

海岸環境工学特論／Advanced Coastal Engineering

選択／E

2

52

57

都市環境法特論／Urban planning law

選択／E

2

53

56

19

環境シミュレーション学特論／Introduction to Modeling and Simulation for Environmental- and Ecological Problems in Civil Engineer

選択／E

2

52

56

20

環境科学特定研究Ⅲ／Project Research in Environmental Science and Technology III

必修／R

7

77

57

21

環境科学特定演習Ⅲ／Specific Seminar in Environmental Science and Technology III

必修／R

4

77

57

22

研究発表演習Ⅲ（中間発表）／Research Presentation III (Interm.)

必修／R

1

77

57

研究発表演習Ⅲ（学外発表）／Research Presentation III (Congress)

選択／E

1

77

57

24

環境科学セミナーⅢ／Seminar in Environmental Science and Technology III

必修／R

2

77

57

25

環境科学総合演習Ⅲ／Synthetic Seminar in Environmental Science and Technology III

必修／R

2

77

57

選択／E

-

-

-

12

17
18

23

(B-1)

(B-2)

(C)(D)(E)

26 所属専攻科目／Department course(s)

備考
Notes

修了認定単位

Standard Credit Req for Degree

他専攻開設／in other Depts

5単位
以上／
5 or more

課程共通科目(a)／M(a)課程共通科目(a)／M(a)課程共通科目(a)／M(a)課程共通科目(a)／M(a)2021年度新設／New course

10単位
以上／
10 or more

ただし，研究指導委員会が認めた他コース(※)または他専攻の科目を，当該分野の専門科目として認定可とする。／Courses in otherCourses (※) or Depts that areapproved by the Kenkyu Shido(Research Advising) Committee
count toward (B-1) or (B-2).

16単位
以上／
16 or more

修得単位：必修21単位，選択必修10単位以上修得のうえ，合計38単位以上修得のこと。
Credit Required: Total 38 credits or more including 21 credits in required courses and 10 credits or more in required elective courses【備考】課程共通科目(a)は，所属専攻の科目として取り扱う。
（その他の課程共通科目（他専攻で開設する自然科学総論を除く）は修了要件対象外とする。）※「他コースの科目」には，社会基盤・建築学コースの他分野で開設する科目も含む。
【Notes】M(a) indicates Master's common courses(a). They are treated as Department courses.
(Other Master's common courses (except General Natural Sciences in other Departments) do not count toward the degree. )※"Courses in other Courses" include courses in other section, kei , in the Architecture and Civil Engineering Course.
３．必修授業科目履修の流れ（目安）
セメスター
1期

2期
3期
4期

（B）

（C）（D）（E）

自然科学総論
共通科目(必修)

環境科学セミナーⅢ

他専攻科目（1科目以上）
専門科目（2科目以上）

環境科学特定研究Ⅲ

専門科目（2科目以上）
専門科目（1科目以上）

環境科学総合演習Ⅲ
環境科学特定演習Ⅲ

30

社会基盤・建築学コース（建築系）（Ｍ）／Architecture and Civil Engineering Course (Architecture Kei ) (M)１．コースの教育目標（人材育成）／Eductaional Objectives of the Course (Human Resource Development)(A) Development of the ability to make ethical judgements regarding nature, society and humanity(B) Development of the ability to understand and apply the fundamental theories and technologies indicated in Items (B-1) to (B-3) below(B-1) Fundamental theories and technologies aimed at building architectural structures to ensure urban areas, buildings, and human life from a variety of disasters(B-2) Fundamental theories and technologies aimed at planning and designing comfortable, safe living environments with a multifaceted understanding of the spatial functions, environmental properties, and spaceforming characteristics of residences, buildings, and urban spaces, which are fundamentally and directly related to human lifestyles, as well as an understanding of their relationship with the environment and human
lifestyles(B-3) Fundamental theories and technologies aimed at creating rich, sustainable urban and local environments with an understanding of urban and local areas from a comprehensive perspective that includes socialand cultural aspects(C) Development of the ability to discover and solve problems(D) Development of the ability to communicate effectively, including academic conference presentations(E) Development of the ability to report within a specified period of time
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
Objectives
1
2

授業科目
Course Title
自然科学総論Ⅰ・Ⅱ・Ⅲ・Ⅳ(*いずれか1科目)／General Natural Sciences I ・ II ・ III ・ IV (*Choose one)

選択・必修 単位数 分野 水準 修了認定単位
Elective/Req
Credits Field Standard Credit Req for Degree
必修／R

1

99

46

都市人間環境学／Design for built environment part1

必修／R

2

99

46

他専攻科目／course(s) in other Depts

必修／R

2

-

-

4

プロジェクト研究特別概説／Introduction to University Research Projects

選択／E

1

99

47

5

先端科学技術総論／Special Topics in Advanced Science and Technology

選択／E

1

99

46

6

突発災害特論／Advanced topics in catastrophic hazards

選択／E

1

44

46

7

鉄筋コンクリート構造特論／Reinforced Concrete Structure

選択／E

2

53

57

8

建築塑性力学／ Plastic Theory of Structures

選択／E

2

53

57

建築振動学特論／Structural Dynamics

選択／E

2

53

57

10

建築構造設計特論／Advanced Structural Design of Building

選択／E

2

53

57

11

建築構造設計演習／Practice on Structural Design of Building

選択／E

2

53

57

12

建築計画・設計学特論／Architectural Planning and Design

選択／E

2

53

57

13

住居建築計画特論／Design Theories for housing and homes

選択／E

2

53

57

14

建築設計製図／Architectural Design Studio

選択／E

4

53

57

15

建築環境工学特論／Architectural and Urban Environment

選択／E

2

53

57

建築環境計画特論／Advanced Environmental Planning and Design

選択／E

2

53

57

建築環境計画演習／Practice on Environmental Planning and Design

選択／E

2

53

57

18

建築設備設計特論／Advanced Environmental System Design of Building

選択／E

2

53

57

19

建築設備設計演習／Practice on Environmental System Design of Building

選択／E

2

53

57

20

建築環境解析学演習／Practical Numerical Simulations on Building Environments

選択／E

2

53

57

21

建築倫理／Architectural Engineer Ethics

選択／E

2

53

57

22

建築プロジェクトマネージメント／Architectural Project Management

選択／E

2

53

57

23

風景計画特論／Townscape and Preservation Planning

選択／E

2

53

57

都市デザイン特論／Urban Design Theory

選択／E

2

53

57

3

9

(A)(B)

(B-1)

16
17

24

(B-2)

(B-3)

25

都市環境法特論／Urban planning law

選択／E

2

53

56

26

環境科学特定研究Ⅲ／Project Research in Environmental Science and Technology III

必修／R

7

77

57

27

環境科学特定演習Ⅲ／Specific Seminar in Environmental Science and Technology III

必修／R

4

77

57

28

インターンシップ／Internship

選択／E

4

74

57

29

建築インターンシップA／Internship in Architecture A

選択／E

2

53

57

30

建築インターンシップB／Internship in Architecture B

選択／E

4

53

57

31

建築インターンシップC／Internship in Architecture C

選択／E

4

53

57

選択／E

4

53

57

32

(C)(D)(E) 建築設計実習／Practice on Architectural Design

33

研究発表演習Ⅲ（中間発表）／Research Presentation III (Interm.)

必修／R

1

77

57

34

研究発表演習Ⅲ（学外発表）／Research Presentation III (Congress)

選択／E

1

77

57

35

環境科学セミナーⅢ／Seminar in Environmental Science and Technology III

必修／R

2

77

57

必修／R

2

77

57

選択／E

2

74

37

選択／E

-

-

-

環境科学総合演習Ⅲ／Synthetic Seminar in Environmental Science and Technology III
修士のためのキャリアマネジメントセミナー
37／Career Management Seminar for Postgraduate students
38 所属専攻科目／Department course(s)
36

備考
Notes
他専攻開設／in other Depts

5単位以上／
5 or more

課程共通科目(a)／M(a)課程共通科目(a)／M(a)2021年名称変更／New title

ただし，研究指導委員会が認めた他コース(※)または10単位以上／ 他専攻の科目を，当該分野の専門科目として認定可と10 or more
する。／Courses in otherCourses (※) or Depts that areapproved by the Kenkyu Shido(Research Advising) Committee
count toward (B-1) or (B-2).

16単位以上／16 or more

課程共通科目(a)／M(a)2021年度新設／New course

修得単位：必修21単位，選択必修10単位以上修得のうえ，合計38単位以上修得のこと。
Credit Required: Total 38 credits or more including 21 credits in required courses and 10 or more credits in required elective courses【備考】課程共通科目(a)は，所属専攻の科目として取り扱う。（その他の課程共通科目（他専攻で開設する自然科学総論を除く）は修了要件対象外とする。）※「他コースの科目」には，社会基盤・建築学コースの他分野で開設する科目も含む。
※※建築士試験の実務経験に関わる科目の詳細については，別途通知する。
【Notes】M(a) indicates Master's common courses(a). They are treated as Department courses. (Other Master's common courses (except General Natural Sciences in other Departments)
do not count toward the degree.)※"Courses in other Courses" include those in the other section, kei , in the Architecture and Civil Engineering Course.
※※Details on course(s) related to Jitsumu (Practical) Experience required for Kenchikushi (Architect) Examination will be made available separately.

３．必修授業科目履修の流れ（目安）
セメスター（C）（D）（E）（B）

1期

自然科学総論,共通科目(必修),専門科目（2科目以上）

環境科学セミナーⅢ

2期

他専攻科目（1科目以上）,専門科目（2科目以上）

環境科学総合演習Ⅲ

3期

専門科目（1科目以上）

環境科学特定演習Ⅲ

4期※2021年度から名称変更した科目「鋼コンクリート合成構造特論」

31

環境科学特定研究Ⅲ

地球科学コース（Ｍ）／Earth Science Course (M)１．コースの教育目標（人材育成）／Eductaional Objectives of the Course (Human Resource Development)(A) The ability to make ethical judgements regarding nature, ethics and humanity(B) The ability to understand and apply fundamental theories and technologies(B-1) The ability to elucidate the formative processes of earth substances using isotope petrology and chronological methods(B-2) The ability to elucidate the properties of crust and mantle substances as well as their formations, changes, and interrelations(B-3) The ability to elucidate global environmental changes since the creation of the Earth at various time scales(C) The ability to discover and solve problems(D) The ability to communicate effectively, including academic conference presentations(E) The ability to report within a specified period of time
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
Objectives

授業科目
Course Title
自然科学総論Ⅰ・Ⅱ・Ⅲ・Ⅳ(*いずれか1科目)／General Natural Sciences I ・ II ・ III ・ IV(*Choose one)

選択・必修 単位数
Elective/Req
Credits

分野
Field

水準

修了認定単位

Standard

Credit Req for Degree

備考
Notes

必修／R

1

99

46

1単位／1

他専攻開設／in other Depts

2

先端科学技術総論／Special Topics in Advanced Science and Technology

必修／R

1

99

46

1単位／1

課程共通科目(a)／M(a)3

自然環境科学／Environmental natural Science

選択／E

2

99

46

4

流域環境学／Environmental Science and Technology for Agriculture and Forestry

選択／E

2

99

46

専攻共通／Dept common course

5

Earth Science today I

選択／E

1

44

57

1

(A)(B)

専攻共通／Dept common course

Earth Science today II

選択／E

1

44

57

2単位以上／ 専攻共通／Dept common course
2 or more
専攻共通／Dept common course

7

自然災害環境論／Topics in natural hazard environments

選択／E

1

50,52,53

46

専攻共通／Dept common course

8

突発災害特論／Advanced topics in catastrophic hazards

選択／E

1

44

46

6

(B)

9

他専攻科目／course(s) other the Dept

必修／R

2

-

-

10

岩石学Ⅰ／Petrology I

選択／E

2

44

56

岩石学Ⅱ／Petrology II

選択／E

2

44

56

電子線結晶学／Electron crystallography

選択／E

2

44

56

13

火山と島弧システム／Volcanone and the Arc Environment

選択／E

2

44

56

14

ジオダイナミクス／Geodynamics

選択／E

2

44

56

15

構造岩石学／Structural Petrology

選択／E

2

44

56

沈み込み帯のテクトニクス／Tectonics of subduction zones

選択／E

2

44

56

17

マントル・地殻ダイナミクス／Dynamics of Mantle and Crust

選択／E

2

44

56

18

古海洋学特論／Paleoceanography

選択／E

2

44

56

19

ダイナミック層序学／Dynamic Stratigraphy

選択／E

2

44

56

東アジアの地質／Geology of East Asia

選択／E

2

44

56

21

進化形態学／Natural History

選択／E

2

44

56

22

層序・堆積盆地解析基礎／Basic Analysis of Stratigraphy and Basin Sedimentology

選択／E

2

44

56

23

中間発表Ｍ／Presentation of Research Progress Report M

必修／R

1

77

57

24

学術発表演習Ｍ／Presentation Exercise M

選択／E

2

44

57

25

論文作成演習Ｍ／Academic Writing Exercise M

選択必修／
ReqE

8

44

57

8

77

57

選択／E

2

44

57

11
12

16

20

(B-1)

(B-2)

(B-3)

地球科学特定研究Mb／Project Research in Earth Science Mb

2627(C)(D)(E) 地質エンジニアリング実習Ｍ／Geological Engineering Exercise M

28

サイエンスコミュニケーション実習Ｍ／Science Communication Exercise M

選択／E

2

44

57

29

地球科学演習Ma／Seminar in Earth Science Ma

必修／R

4

44

57

30

地球科学演習Mb／Seminar in Earth Science Mb

必修／R

4

44

57

31

地球科学特定研究Ma／Project Research in Earth Science Ma

必修／R

8

77

57

選択／E

-

-

-

32 所属専攻科目／Department course(s)専攻共通／Dept common course

2単位以上／
2 or more

6単位以上／
6 or more

25単位以上
論文作成
演習Ｍと地球科学特定研究Ｍb
は選択必修／
25 or more:
Academic Writing
Exercise M and Project
Research in Earth
Science Mb are
required electives.

合計38単位以上／Total: 38 credits or more
【備考】課程共通科目(a)は，所属専攻の科目として取り扱う。
（その他の課程共通科目（他専攻で開設する自然科学総論を除く）は修了要件対象外とする。）【Notes】M(a) indicates Master's common course(a). It is treated as a Department course.
(Other Master’s common courses (except General Natural Sciences offered outside the Department) do not count toward the degree.)３．必修授業科目履修の流れ（コースワーク＋リサーチワーク）
セメスター
(A)
1期

(B)

自然科学総論他専攻科目，専門科目

2期
3期

専門科目

4期

４．キャリアパス形成に関連した科目群（紹介）キャリアパス形成に関連し，下記の課程共通科目が開設されています。（修了要件対象外）
修士のためのキャリアマネジメントセミナー（２単位）32(C) (D) (E)
地球科学特定研究Ma
地球科学演習Ma
地球科学特定研究Ma
地球科学演習Ma
地球科学特定研究Mb
地球科学演習Mb，中間発表Ｍ
地球科学特定研究Mb
地球科学演習Mb

災害環境科学コース（Ｍ）／Natural Disaster and Environmental Science Course (M)１．コースの教育目標（人材育成）／Eductaional Objectives of the Course (Human Resource Development)(A) The ability to make comprehensive judgements regarding nature, society and humanity(B) The ability to understand and apply fundamental theories and technologies(B-1) A mastery of fundamental theories and technologies aimed at elucidating the mechanisms of occurrence as well as at taking preventative and mitigating measures regarding slush flow from heavy
snowfalls, avalanches, and melting snow, disasters in snowy, icy regions such as urban snow damage, etc., complex disasters during snow seasons, and floods, tsunamis, and other water disasters(B-2) A mastery of fundamental theories and technologies aimed at elucidating the mechanisms of occurrence as well as at taking preventative and mitigating measures regarding volcanic disasters as wellas ground and sediment disasters such as earthquakes, ground subsidence, landslides, debris flows, etc.
(C) The ability to discover and solve problems(D) The ability to communicate effectively, including academic conference presentations(E) The ability to report within a specified period of time
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
Objectives

選択・必修 単位数
Elective/Req
Credits

自然科学総論Ⅰ・Ⅱ・Ⅲ・Ⅳ(*いずれか1科目)／General Natural Sciences I ・ II ・ III ・ IV(*Choose one)
自然災害環境論／Topics in natural hazard environments

1
2
3
4
5
6

授業科目
Course Title(A)(B)

突発災害特論／Advanced topics in catastrophic hazards
他専攻科目及び下記の課程共通科目／course(s) in other Depts & the following Master's common courses
企業・研究機関の研修・見学／Tour/Visit to Businesses and Research Institutes
プロジェクト研究特別概説／Introduction to University Research Projects
先端科学技術総論／Special Topics in Advanced Science and Technology

分野
Field

必修／R

1

99

46

1単位／1

必修／R

1

50,52,53

46

1単位／1
1単位／1

必修／R

選択必修／
ReqE

1

44

46

-

-

-

1

74

46

99

1

備考
Notes

水準 修了認定単位
Standard Credit Req for Degree47

他専攻開設／in other Depts

課程共通科目(b)／M(b)2単位以上／
2 or more

課程共通科目(b)／M(b)

1

99

46

8

修士のためのインターンシップ／Internship for master's courses

1

74

47

課程共通科目(b)／M(b)9

大型機器分析技術／Techniques in instrumental analysis

2

99

46

課程共通科目(b)／M(b)10

教職実践学校インターンシップ／School Internship (Teaching Practice)

選択／E

4

-

-

11

大気影響評価学特論／Advanced assessment of atmospheric impacts

選択／E

2

46

36

12

大気環境科学特論／Advanced atmospheric environment sciences

選択／E

2

46

36

13

気象災害特論／Topics in Meteorological Disasters

選択必修／ReqE

2

44

56

災害復興学特論／Empirical Study of Disaster Recovery

選択必修／ReqE

2

99

46

15

水災害特論／Water Disaster Science

選択必修／ReqE

2

52

56

16

第四紀・地盤災害特論／Geological Hazards
環境保全学特論／Advanced Conservation Engineering of Natural Environment

選択必修／ReqE

2

44

46

選択必修／ReqE

244,52,6256

18

災害地球化学特論／Geochemistry of Natural Hazards

選択必修／ReqE

2

44,62

56

19

火山災害特論／advanced topics in volcanic hazards
環境科学特定研究Ⅰ／Project Research in Environmental Science and Technology I
環境科学特定演習Ⅰ／Specific Seminar in Environmental Science and Technology I

選択必修／ReqE

2

44

56

必修／R

7

77

57

必修／R

4

77

57

必修／R

1

77

57

選択／E

1

77

57

必修／R

2

77

57

必修／R

2

77

57

7

14

17

(B-1)

(B-2)

20
21
22

(C)(D)(E)

研究発表演習Ⅰ（中間発表）／Research Presentation I (Interm.)

研究発表演習Ⅰ（学外発表）／Research Presentation I (Congress)
環境科学セミナーⅠ
24／Seminar in Environmental Science and Technology I
環境科学総合演習Ⅰ
25／Synthetic Seminar in Environmental Science and Technology I
26 所属専攻科目／Department course(s)23

課程共通科目(b)／M(b)

専攻共通科目／
Dept common courses

10単位
以上／
10 or more

ただし，研究指導委員会が認めた他コースまたは他専攻の科目を，当該分野の専門科目として認定可とする。／
Courses in other Courses ( ※ ) or
Depts that are approved by the
Kenkyu Shido (Research Advising)Committee count toward (B-1) or(B-2).

16単位
以上／
16 or more

選択／E
修得単位：必修19単位，選択必修12単位以上修得のうえ，合計38単位以上修得のこと。
Credit Required: Total 38 credits or more including 19 credits in required courses and 12 credits or more in required elective courses【備考】課程共通科目(b)は，他の専攻の科目として取り扱う。
（その他の課程共通科目（他専攻で開設する自然科学総論を除く）は修了要件対象外とする。）【Notes】M(b) indicates Master's common courses(b). They are treated as courses in other Departments.
(Other Master's common courses (except General Natural Sciences in other Departments) do not count toward the degree.)３．必修授業科目履修の流れ（目安）
セメスター

(B)

(A)

(C) (D) (E)

共通科目(必修)
他専攻科目（1科目以上）
専門科目（2科目以上）

環境科学セミナーⅠ

2期

共通科目(必修)
専門科目（2科目以上）

研究発表演習I（中間発表）
環境科学セミナーⅠ

3期

専門科目（1科目以上）

1期

自然科学総論環境科学総合演習Ⅰ
4期

４．グローバル農力養成プログラム及びグローバル防災・復興プログラム
プログラムの詳細は，●ページを参照してください。

33

環境科学特定研究Ⅰ
環境科学特定演習Ⅰ

フィールド科学コース（Ｍ）／Field Research in the Environmental Sciences Course (M)１．コース教育目標（人材育成）／Eductaional Objectives of the Course (Human Resource Development)(A) The ability to make ethical judgements regarding nature, society, and humanity(B) The ability to understand and apply fundamental theories and technologies(B-1) The ability to understand biological ecology at a wide range of scale from population down to cell-level and apply the knowledge gained to wild animal and plant management(B-2) The ability to understand the impacts of global environmental changes on materials and energy cycle in the areas of air, water, and land, as well as the resulting influences on ecosystem, andthe ability to examine countermeasures(B-3) The ability to understand the mechanism of snow and ice, water, ground and landslide, and volcanic disasters as well as any combination thereof and to apply one’s understanding for the
purpose of disaster prevention and mitigation technologies.
(C) The ability to discover and solve problems(D) The ability to communicate effectively, including academic conference presentations(E) The ability to report within a specified period of time

達成目標
Objectives

授業科目
Course Title
自然科学総論Ⅰ・Ⅱ・Ⅲ・Ⅳ(*いずれか１科目)／General Natural Sciences I ・ II ・ III ・ IV (*Choose one)
環境ガバナンス概論／Introductin to Environmental Governance

選択・必修 単位数
Elective/Req
Credits

他専攻科目／course(s) in other Depts
企業における生産・開発Ⅰ／Lecture on Manufacturing and Development Research I
プロジェクト研究特別概説／Introduction to University Research Projects

6
7

分野
Field

水準

備考
Notes

修了認定単位

Standard Credit Req for Degree

必修／R

1

99

46

必修／R

2

99

46

必修／R

2

-

-

選択／E

1

74

47

選択／E

1

99

47

先端科学技術総論／Special Topics in Advanced Science and Technology

選択／E

1

99

46

選択／E

1

74

47

課程共通科目(a)／M(a)

選択／E

2

99

48

課程共通科目(a)／M(a)9

修士のためのインターンシップ／Internship for master's courses
修士のためのキャリアマネジメントセミナー／Career Management Seminar for Postgraduate students
突発災害特論／Advanced topics in catastrophic hazards

選択／E

1

44

46

10

森林保全学特論／Advanced Forest Conservation

選択／E

2

62

46

11

野生植物生態学特論／Topics on plant community dynamics

選択／E

2

57

56

12

自然再生学特論／Restoration Ecology

選択／E

2

57

56

13

森林遺伝育種学特論／Advanced Forest Genetics and Tree Breeding

選択／E

2

62

56

14

島嶼生態学特論／Island Ecology

選択／E

2

57

56

神経内分泌学／Neuroendocrinology

選択／E

2

57

47

1
2
3
4
5

(A)（B)

8

15

(B-1)

16

水圏生物学／Aquatic Biology

選択／E

2

57

58

17

進化生物学特論Ⅳ／Evolutionary Biology IV

選択／E

2

57

46

18

動物生態学特論／Advanced Animal Ecology

選択／E

2

57

56

19

希少生物学特論／Biology of Rarity

選択／E

2

57

46

20

流域環境思想論／Environmental Philosophy on Watershed

選択／E

2

99

37

21

森林空間計測学特論／Advanced Forest Spatial Information

選択／E

2

62

56

22

生態系環境学特論／Advanced Ecosystem Environment

選択／E

2

62

56

23

大気物理学特論Ⅰ／Atmospheric Physics I

選択／E

2

43

46

24

大気影響評価学特論／Advanced assessment of atmospheric impacts

選択／E

2

46

36

(B-2)

大気環境科学特論／Advanced atmospheric environment sciences

選択／E

2

46

36

26

環境化学要論Ⅰ／Chemistry of the Environment I

選択／E

2

46

46

27

環境化学要論Ⅱ／Chemistry of the Environment II

選択／E

2

46

46

28

水文学特論／Advanced Hydrology

選択／E

2

62

56

29

農業水利調整論／Advanced Agricultural Water Management

選択／E

2

65

56

30

地圏環境論Ⅰ／Environmental Science of Earth Surface I

選択／E

2

44

46

31

森林保全工学特論／Advanced Erosion Control Engineering

選択／E

2

62

56

32

気象災害特論／Topics in Meteorological Disasters

選択／E

2

44

56

災害地球化学特論／Geochemistry of Natural Hazards

選択／E

2

44,62

56

34

水災害特論／Water Disaster Science

選択／E

2

52

56

35

第四紀・地盤災害特論／Geological Hazards

選択／E

2

44

56

36

火山災害特論／advanced topics in volcanic hazards
環境保全学特論／Advanced Conservation Engineering of Natural Environment
環境科学特定研究Ⅳ／Project Research in Environmental Science and Technology IV
環境科学特定演習Ⅳ／Specific Seminar in Environmental Science and Technology IV
研究発表演習Ⅳ（中間発表）／Research Presentation IV (Interm.)

選択／E

2

44

56

選択／E

2

44,52,62

56

必修／R

7

77

57

必修／R

4

77

57

必修／R

1

77

57

25

33

(B-3)

37

38

39
40

(C)(D)(E)

研究発表演習Ⅳ（学外発表）／Research Presentation IV (Congress)
環境科学セミナーⅣ／Seminar in Environmental Science and Technology IV
環境科学総合演習Ⅳ
43／Synthetic Seminar in Environmental Science and Technology IV
44 所属専攻科目／Department course(s)
41
42

選択／E

1

77

57

必修／R

2

77

57

必修／R

2

77

57

他専攻開設／in other Depts

5単位
以上／
5 or more

10単位
以上／
10 or more

課程共通科目(a)／M(a)課程共通科目(a)／M(a)課程共通科目(a)／M(a)ただし，研究指導委員会が認めた他コースまたは他専攻の科目を，当該分野の専門科目として認定可とする。／
Courses in other Courses or
Depts that are approved by
the Kenkyu Shido (Research
Advising) Committee may
count toward (B-1) through(B-3).

16単位
以上／
16 or more

修得単位：必修21単位修得のうえ，合計38単位以上修得のこと。
Total: 38 credits or more including 21 credits in required courses and 10 credits or more in required elective courses【備考】課程共通科目(a)は，所属専攻の科目として取り扱う。
（その他の課程共通科目（他専攻で開設する自然科学総論を除く）は修了要件対象外とする。）【Notes】 M(a) indicates Master's common courses(a). They are treated as Department courses.
（Other Master's common courses (except General Natural Sciences offered in other Departments) do not count toward the degree. ）３．必修授業科目履修の流れ（目安）
セメスター

選択／E

(B)

(A)

(C) (D) (E)

共通科目(必修)
専門科目（2科目以上）

環境科学セミナーⅣ

2期

専門科目（2科目以上）

環境科学総合演習Ⅳ

3期
4期

専門科目（1科目以上）

1期

自然科学総論 , 環境ガバナンス概論
他コース専門科目（1科目以上）

34

環境科学特定演習Ⅳ

環境科学特定研究Ⅳ

(3) Important study-related notes(1) Standard term of study and completion requirements
The standard term of study for Master’s Programs at the Graduate School is two years.
Completion requires students to be enrolled for at least two years, earn either at least 38 or 42
credits depending on the course standards stipulated in Appended Table 4 of the Niigata
University Graduate School of Science and Technology Regulations and the educational programin the course concerned. In addition, it requires them to submit a dissertation or specific research
work as an application for degree conferral after receiving the necessary research supervision,and finally pass dissertation review and final examination.
It is not possible for a student to remain enrolled for longer than four years.
Graduate School of Science and Technology Master’s Program registration requirements
Subject registration

Class subjects and numbers of credits by major

Completion
requirements

Students are required to be enrolled for a minimum of two years,
earn either at least 38 or 42 credits in class subjects stipulated by
the course concerned, and pass master’s dissertation or specificresearch review and final examination after receiving thenecessary research supervision.

Short-term
completion
requirements

A period of enrollment of at least one year shall be deemedsufficient for students who have achieved excellent academic
performance and have been approved by the faculty council.

Credit standards

Lectures: One credit / 15 hours
Seminars: One credit / 15 hours
Laboratory work and workshops: One credit / 30 hours

Study requirements

Class subjects in department: The number of credits stipulated by
the department concerned
General Natural Sciences: One credit (Compulsory elective;
Subject offered by other department)
Class subjects in other departments: Two or more credits

Taking classsubjects at othergraduateschools

When deemed educationally beneficial, students may take classsubjects at other graduate schools at Niigata University. Up toeight of such credits will be treated as having been earned at theGraduate School.

Taking classsubjects at graduate
schools of otheruniversities

When deemed educationally beneficial, students may take classsubjects at graduate schools at other universities with which the
Graduate School has discussed the matter. Up to fifteen of suchcredits will be treated as having been earned at this Graduate
School.

35

Subject registration

Class subjects and numbers of credits by major

Researchsupervision at
graduateschools of otheruniversities

When deemed educationally beneficial, students may receive
research supervision at research institutes and graduate schools ofother universities with which the Graduate School has discussed
the matter. However, research supervision may not be received at
graduate schools of other universities for longer than one year.

(2) Research supervision
In regard to research supervision at graduate schools, Article 12 of the Standards for
Establishment of Graduate Schools stipulates that “Graduate school education shall be provided
via classes on course subjects and research supervision.”
Research-related supervision is not to be based on a credit system, and is required to beprovided in a variety of formats. As it has a significant impact on graduate school education,
research supervision has also become a course completion requirement at the Graduate School.
Research supervision provided at the Graduate School is provided broadly and effectively bya main supervisor and two sub-supervisors (collectively referred to as “supervisors”) assigned toeach enrolled student.
As a general rule, students must decide on a research topic within one month of enrollment
after consulting with their supervisors.
(3) Class subjects
a. Class subjects
Class subjects at the Graduate School are stipulated in the Niigata University Graduate
School of Science and Technology Regulations and are classified as follows.
Lectures are class subjects taught by full-time faculty members, faculty members holding
more than one post, and part-time lecturers.
Seminars and specified research are class subjects established under common themes within
the course as well as specified topics for each student. Contents and formats are stipulated
within each department or course.
Each subject offered at the graduate school is represented by a two-digit code combination.
It consists of 3, 4, or 5 as the tens digit, and 6, 7, 8, or 9 as the unit digit.
3 Subjects open to all graduate school students
4 Subjects only open to students in the Graduate School of Science and Technology
5 Subjects only open to students who belong to a specific department
6 Master’s Program basic level
7 Master’s Program core level
8 Doctoral Program basic level
9 Doctoral Program core levelb. Study requirements
Students must select class subjects in the course concerned as well as class subjects in othercourses or departments after first consulting with the aforementioned supervising committee(main supervisor and two sub-supervisors), and must earn at least either 38 or 42 credits as
stipulated in Appended Table 4 of the Niigata University Graduate School of Science and36

Technology Regulations.
c. Registration procedures
As a general rule, students must decide on class subjects and prepare a study plan within one
month of enrollment after first consulting with their supervising committee.
In addition, at the beginning of each program year, students must determine which classsubjects to take that year and submit a registration notification using the designated format.
d. Recognition of credits
Recognition of credits for students deemed to have a sufficient number of hours ofattendance in lectures and other activities shall be conducted via written or oral examinations
and research reports.
e. Make-up examinations
Make-up examinations may be held for students unable to take regularly-scheduled tests due
to illness or other unavoidable circumstances. The faculty member in charge of the classconcerned will indicated date, time, location, etc. for make-up examinations.
f. Grade assessments and standards
Class subjects are assessed on a 100-point scale with 60 points or higher passing and 59
points or lower failing. Passing students are awarded the designated credits.
Letter grades are assigned as follows: 80 points or higher = A; 70 to 79 points = B; 60 to 69
points = C; and 59 points or lower = D.
Grade assessment standards are as follows.
PointsLetter gradeStandard

80 to 100 points

A

The student has fully achieved the learning objectives of
the class subject.

70 to 79 points

B

The student has achieved the learning objectives of theclass subject to a certain degree.

60 to 69 points

C

The student has achieved the minimum learning objectivesof the class subject.

0 to 59 points

D

The student has failed to achieve the minimum learning
objectives of the class subject.

(4) Curricula
While curricula naturally aim to provide highly specialized education by further advancing
students’ undergraduate educations, the curricula also aim to instill interest in a broad range ofother fields beyond personal specialties by having students acquire more extensive knowledge ofthe fundamentals of the natural sciences as well as basic applied technologies.
Specifically,a. Curricula are organized to enable students to acquire fundamental knowledge of thespecialized fields within each department.

37

b. Class subjects open to all students in similar education and research fields are established.
c. The following compulsory elective subjects are established in order to develop broad,comprehensive, integrated, fundamental knowledge.
General Natural Sciences(Compulsory
elective
subject)

These are general subjects held for students in other majors
to introduce them to topics in specialized fields and discusssocial issues relating to science and technology. Students are
required to earn one credit.

Class subjects
majors(Compulsory
subject)

Students are required to take a certain number of credits
from class subjects in other departments in order to acquire
broad, integrated knowledge.

in

other
elective(5) Taking class subjects at other graduate schools
Students may take class subjects at other graduate schools if deemed educationally beneficial
by their supervising committee.
Taking class subjects at another graduate school requires approval from the faculty council aswell as discussion between this university and the graduate school concerned. Obtaining approval
from other graduate schools requires a considerable period of time, so interested students must
inform their main supervisor as early as possible.
Up to fifteen credits earned via class subjects taken at the other graduate school will be treatedas having been earned at this Graduate School, and these may be certified as a portion of thecredits required for course completion.
(6) When receiving research supervision at other graduate schools
Students may become a special visiting research student receiving research supervision atother graduate schools or research institutes if deemed educationally beneficial by theirsupervising committee.
Becoming a special visiting research student requires approval from the faculty council aswell as discussion between Niigata University and the graduate school concerned. Obtaining
approval from other graduate schools requires a considerable period of time, so interested
students must inform their main supervisor as early as possible.

38

(4) Degrees(1) Degree conferral
Students completing a Master’s Program at the Graduate School shall be awarded a master’s
degree.
(2) Handling of dissertations
For information beyond the stipulations of the Niigata University Degree Regulations on how
the Graduate School of Science and Technology handles dissertation submission qualifications,application procedures, dissertation review, etc., please carefully read the following “Procedures,etc. relating to degree conferral” and “Guidelines on writing dissertations, etc. as applications fordegree conferral.”Degree Conferral Procedures
Please note the following matters regarding procedures, etc. relating to degree conferral in
Master’s Programs.
1

Dissertation submission eligibility
Students deemed capable of meeting the Master’s Program completion requirements shownin Items (1) or (2) below shall be considered eligible.
(1) Students who have earned the credits stipulated in Article 9-2 of the Graduate School of
Science and Technology Regulations by the end of the second program year ofenrollment in the Graduate School and received the necessary research supervision(2) Students deemed to have outstanding research performance by the faculty council
pursuant to the proviso in Article 32-1 of the Niigata University Graduate School
Regulations, and have earned the credits stipulated in Article 9―２ of the Graduate
School of Science and Technology Regulations and received the necessary researchsupervision.
(For reference)• Article 9-2 of the Graduate School of Science and Technology Regulations:“Regarding the class subjects stipulated in the preceding paragraph, students in
Master’s Programs must earn either at least 38 or 42 credits depending on thestandard credit requirements for the department concerned, as shown in Appended
Table 4.”
• Article 32-1 of the Niigata University Graduate School Regulations: “In order tocomplete an initial two-year doctoral (hakase zenki) program or a master’s program,students are required to be enrolled in the graduate school concerned for a minimumof two years, earn at least 30 credits in class subjects stipulated by the graduate
school concerned, and pass master’s dissertation or research review and the final
examination after receiving the necessary research supervision. However, a period ofenrollment of at least one year shall be deemed sufficient for students deemed tohave achieved excellent academic performance by the faculty council.”

2

Dissertation submission
Students applying for master’s dissertation review after being deemed eligible fordissertation submission by their main supervisor must submit the following designateddocuments to their main supervisor.

39

(1) Documents to submit
1)
Dissertation Review Application (Form 1)
1 copy2)
Dissertation (on A4-size paper, in either Japanese or English)
1 copy3)
Dissertation Register (Form 2)
1 copy4)
Dissertation Abstract (approx. 2,000 Japanese characters in 1 copy
length) (Form 3)
5)
Curriculum Vitae (Form 4)
1 copy(2) Dissertation submission periods are as follows.
1) For conferral in March: From January 19 to January 252) For conferral in September: From July 15 to July 21
3

Final examination
Final examinations are held orally during dissertation presentations with a focus on thecontents of the dissertation under review.

4

Dissertation review
Dissertations are reviewed to determine worthiness as a master’s dissertation, and approvalof the field in which the degree is to be granted is also provided during the review process.
Dissertation review standards at the Graduate School of Science and Technology of Niigata
University
Master’s Programs
1. Research contents: Whether or not the research contents are either novel, original, or useful
2. Understanding of research trends: Whether or not the student has surveyed the prior researchthrough searching the literature, participating in academic conferences, etc. and understands
the background, significance, and importance of one’s own research
3. Research plan and method: Whether or not the research plan and method are appropriate
4. Analysis of research findings: Whether or not the analysis of research findings is appropriate,
and whether or not the student was able to obtain novel findings
5. Dissertation writing ability: Whether or not the format and contents of the paper are at thelevel of a master’s dissertation
6. Dissertation presentation ability: Whether or not the student is able to present the researchcontents in an easy-to-understand manner at graduate school presentations, academic
conferences, etc. and able to appropriately answer questions

5

Open dissertation presentation
As dissertation presentations are organized by department, the students concerned mustcomply with the instructions of the department concerned.
6 Degree conferral
Students who pass dissertation review and the final examination will receive a master’s
degree.
Guidelines on writing dissertations as applications for degree conferral
Students applying for master’s dissertation review at the Graduate School must create
documents in accordance with these guidelines.
Documents will not be accepted until they are in order, so students must have them inspectedby their main supervisor.

40

1Creating dissertation documents(1) Dissertation Review Application [Form 1](2) Dissertation (on A4-size paper; in either Japanese or English)
Dissertations must be organized as follows.
1) Dissertations must display a title, the name of the department, and the name of thestudent.
2) As a general rule, dissertations must be submitted on white, high-quality paper.
3) The paper must be portrait-oriented, and text must be horizontal.
4) While it is preferable for dissertations to be printed in a long-lasting format, they
may also be written on word processors or by hand, or copied.
When writing by hand, it is necessary to use black ink or a black ballpoint pen andwrite horizontally and carefully. When writing in English, it is necessary to use aword processor.
5) All dissertations in English must be created using a word processor.
6) It is not possible to correct or replace dissertations once submitted, so students mustensure that there are no typographical errors, omissions, etc.
7) Dissertation covers must be created using the designated format.
(3) Dissertation Register [Form 2]
1) Dissertation registers must be created as shown in the example provided.
2) A title (including subtitle) must be displayed in the same manner as for dissertation
submission.
Students must confer well with their main supervisor to ensure that the title will
require no later revisions.
3) Dissertations titled in English must display the Japanese translation in parentheses
under the title.
4) The list of reference papers must include papers previously presented by the
degree-seeker that are related to the dissertation concerned. (Papers not relevant to
the dissertation concerned must not be listed.)(4) Dissertation Abstract [Form 3]
1) Abstracts must use Form 3 as the cover page.
2) The text must be approx. 2,000 Japanese characters in length and in accordance withthe designated format.
3) When writing by hand, it is necessary to use black ink or a black ballpoint pen andwrite horizontally and carefully. When writing in English, it is necessary to use a
typewriter or word processor.
4) All abstracts in English must be created using a typewriter or word processor.
(5) Curriculum Vitae [Form 4]
1) Curriculum Vitae must be created as shown in the example provided.
2) The name of the student must be displayed exactly as it appears on his/her family
register, and no nicknames, alias, pseudonyms, etc. may be used whatsoever. Names
must also feature furigana.
3) The student’s legal domicile must display the name of the prefecture only. Foreign
nationals must display the name of the country.
4) The current address must display the address where the student is currently residing,including “in care of xxx” if applicable.
5) Academic history must list university graduation, scheduled completion of graduate

41

6)

7)

2

school, and other matters relating to educational background in chronological order.
Students must also list all changes in status, including admission, leave of absence,
re-admission, etc. Changes to school names during the period of enrollment andother such changes must also be listed.
If the student was enrolled as a research student prior to enrolling at the Graduate
School, then research history must list its details in chronological order.
Students with no research history must write “None.”
Employment history must list the place of employment, occupational title, etc. foreach full-time position held in chronological order. It is also preferable to list any
part-time positions particularly related to education or research. Students with noemployment history must write “None.”

Other(1) Documents must be filled out and created carefully and accurately.
(2) If you have any questions about these creation guidelines, please contact the Graduate
School of Science and Technology Academic Affairs Division.

42

課修様式２

（記載例）

（Ａ４縦）

論

文

目

録
／

報告番号

第
専攻

号
コ ー

頁

在籍番号
ス

氏

名

学位申請論文題名の研究
又はResearch of（
参考論文は以下のとおりの研究）※和訳を付すこと編である。

著者名および題名
１．○○○○他○名：の研究
令和
年月発行 ○○○雑誌 第○巻第○号○○～○○頁に発表（又は掲載決定）
２．○○○○他○名：Research of（の研究）※和訳を付すこと
令和年月発行 Journal of ○○○Vol.○○,no.○○,pp○○～○○に発表（又は掲載決定）
３．
（以下上記と同じように記載する。
）（注）１．参考論文の雑誌掲載の場合は、上記記載例のように記入する。
２．論文題名が外国語の場合は、題目の下に日本語の訳文をかっこ書きで記入すること。
３．参考論文は、著者名、論文名、雑誌等の発行年月日、雑誌名、巻、号、掲載頁の順に記入すること（上記例を参照のこと）。
著者が複数の場合は、当該雑誌等に記載された著者名の順に全員記入すること。
ただし、多数の場合には、主な共著者５名程度を記入し、その後に「他○名」と表示すること。
掲載頁は、初めと終わりの頁を記入すること。
なお、論文が未発表で掲載決定の場合は、頁を記入する必要はないが、学会等からの「掲載決定証明書の写し」を添付すること。

43

課修様式４

（記載例）

（Ａ４縦）

履

歴

書
／

報告番号

第

号
にいがた

たろう

氏

新

太

潟

性別

ふりがな
名

郎

男・女

昭和・平成
生年月日

○○年 ○○月 ○○日 生
西暦（留学生）本

籍○○※戸籍の所在地

現 住 所
電話番号

都道
府県

在籍番号

Ｆ○○Ａ○○○Ａ（留学生は国籍）新潟県新潟市西区五十嵐二の町８０５０番地（下宿等は～方まで）
（

）

－

最終学歴
令和○年○月○日○○大学○○学部○○学科卒業

令和○年○月○日○○大学大学院○○研究科○○○○専攻修士課程（又は博士前期課程等）入学

令和○年○月○日○○大学大学院○○研究科○○○○専攻修士課程（又は博士前期課程等）修了予定

研究歴
令和○年○月○日～令和○年○月○日
令和○年○月○日～令和○年○月○日○○大学○○学部○○学科○○教授の下で、研究生として○○○○についての研究に従事○○○株式会社○○研究所において、○○○○○に関する研究に従事※研究歴がない場合は「なし」と記入願います。
職頁

歴
令和○年○月○日○○株式会社○○研究所研究員

令和○年○月○日

同上退職※職歴がない場合は「なし」と記入願います。

44

学位申請論文の表紙〔作成例〕●日本語の場合

○
○
○
の
研
究

○ ○ ○ ○ ○ ○ の研究― 副 題 ―

氏 名 ○ ○ ○ ○副題

新潟大学大学院自然科学研究科博士前期課程○ ○ ○ ○ 専攻

氏
名

●英語の場合Ｓｔｕｄｙ ｏｎ ○ ○ ○ ○ ○― Ｓｕｂｔｉｔｌｅ ―○○○○Ｎａｍｅ ○ ○ ○ ○Master's Program in ○ ○ ○ ○Graduate School of Science and Technology
Niigata University（博士前期課程専攻名）
数理物質科学専攻
材料生産システム専攻
電気情報工学専攻
生命・食料科学専攻
環境科学専攻Master's Program in
Master’s Program in
Master's Program in
Master's Program in
Master's Program in

45

Fundamental Sciences
Advanced Materials Science and Technology
Electrical and Information Engineering
Life and Food Sciences
Environmental Science and Technology

Degree Conferral Guidelines via Completion of Master’s Program
Graduate School of Science and Technology of Niigata University
April 1, 2004
Steering Committee(Purpose)
1. These guidelines stipulate necessary matters concerning conferral of master’s degrees via
completion of a Master’s Program at the Graduate School of Science and Technology of Niigata
University (hereinafter the “Graduate School”).
(Eligibility, etc. for dissertation submission)
2. Only students who have received the necessary research supervision and fall into either of thefollowing categories as of the end of the semester in which the student concerned wishes to receivea degree are eligible to apply for dissertation review.
(1)

Students who have been enrolled for the designated term of study and have earned thedesignated number of credits(2)

Students deemed by the faculty council to have outstanding achievements, who have beenenrolled for at least one academic year, and have earned the designated number of credits(excluding students registered pursuant to Article 8 of the Niigata University Graduate Schoolof Science and Technology Regulations (2004 GSSTR Ver. 1))(Main supervisor approval)
3. Students wishing to apply for dissertation review must perform the procedures stipulated in No.4
after obtaining approval from their main supervisor.
(Procedures, etc. for dissertation submission)
4. Students who have obtained the approval stipulated in No. 3 must submit the following documents
to the dean via their main supervisor. In addition, students may be asked to provide additional
documents when necessary for review purposes.
(1)

Dissertation Review Application (Form 1 specified elsewhere)

1 copy(2)

Dissertation (on A4-size paper; in either Japanese or English)

1 copy(3)

Dissertation Register (Form 2 specified elsewhere)

1 copy(4)

Dissertation Abstract (approx. 2,000 Japanese characters in length)

1 copy(5)Curriculum Vitae (Form 4 specified elsewhere)

1 copy4-2. Dissertation submission periods are as follows.
(1)

Students wishing degree conferral in March
From January 19 to January 25(2)Students wishing degree conferral in September
From July 15 to July 21(Acceptance of dissertations)
5. Once a dissertation has been accepted, the dean must entrust its review to the faculty council.
(Recommendations, etc. for review committee candidates)
6. The dean shall entrust main supervisors with the following matters.
(1)

Recommendations for review committee candidates(2)

Selection of name of field to be added to the master’s degree466-2. Upon being entrusted with review as stipulated in the preceding item, the main supervisor shallrecommend three professors in charge of the Graduate School as review committee candidates (onemain reviewer and two sub-reviewers; associate professors may be appointed if necessary) for eachdissertation, and the main supervisor shall select the name of the field to be added to the master’s
degree.
6-3. When necessary for review purposes, it shall be possible to include among the review committee
candidates mentioned in the preceding section other faculty members from the Graduate School,
faculty members from other graduate schools or research institutions at Niigata University, or
faculty members from graduate schools or research institutions at other universities.
6-4. The main supervisor must promptly report the results of No. 6-1 to the dean using the form
prescribed separately (Form 5).
(Establishment of a review committee)
7. The faculty council shall establish a review committee for each dissertation, and shall discuss andselect review committee members (one main reviewer and two or more sub-reviewers) based on thereview committee candidates recommended by the main supervisor pursuant to No. 6-4.
(Dissertation review and final examination)
8. The review committee shall review the contents of the dissertation, discuss the name of the field tobe added to the degree, and hold the final examination, and must complete these by a date to be
stipulated separately.
8-2. The main reviewer shall have the student present the contents of the dissertation at a dissertation
presentation.
8-3. Once finished with the review, the review committee shall issue a report to the faculty council
together with the Dissertation Abstract, Summary of Review Results (Form 6 specified elsewhere),and Summary of Final Examination Results (Form 7 specified elsewhere).
(Deliberation on course completion)
9. The faculty council shall deliberate on whether or not the student has satisfactorily completed theprogram based on the review committee’s report.
Supplementary Provision
These guidelines are effective as of April 1, 2004.
Supplementary Provision
These guidelines are effective as of April 1, 2007.
Supplementary Provisions
1. These guidelines are effective as of April 1, 2010.
2. Degree conferral for students who enrolled during or prior to AY2010 shall be governed inaccordance with provisions then in effect.
Supplementary Provision
These guidelines are effective as of April 1, 2015.
Supplementary Provision
These guidelines are effective as of April 1, 2018.

47

Degree Conferral Flowchart via Completion of Master’s Program

Students Enrolled in Graduate School (GSST)

Degrees are conferred twice a year (March and September).
Only the following students (those meeting the requirements for
Master’s Program completion) are eligible to submit a dissertation
as an application for degree conferral.
• Students who have earned the designated number of credits ormore by the end of the second academic year and received
research supervision• Students who have earned the designated number of credits or
more, received research supervision, and with outstandingachievements pursuant to the provisionary clause in Article
32-1 of the Niigata University Graduate School Regulationsof Niigata University

Submission of Dissertation (GSST Guideline No. 4)
Students wishing to apply for degree conferral must obtain their main supervisor’s approval andsubmit the designated documents to their main supervisor.
Submission periods• Students wishing degree conferral in March: From January 19 to January 25• Students wishing degree conferral in September: From July 15 to July 21
Dean (GSST Guideline No. 6)
The dean shall entrust the following matters to the main supervisor concerned.
• Recommendation for review committee candidates
The main supervisor concerned shall recommend three or more professors who aremembers of the graduate school. (Associate professors may also be appointed if necessary.)• Name of the field to be added to the master’s diploma
Faculty Council (GSST Guideline No. 7)
Establishment of a review committee
Review Committee (GSST Guideline No. 8)
The review committee shall review the contents of the dissertation, discuss the filed to be added
to the degree, and conduct the final examination.
The main reviewer shall have the student present the contents of the dissertation at a dissertation
presentation.
The review committee shall report to the faculty council using the designated documents after
reviewing the contents of the dissertation and conducting the final examination. (Forms 6 and 7)
Faculty Council (GSST Guideline No. 9)
After receiving the review committee report, the faculty council shall deliberate on whether or not
the student has satisfactorily completed the program.
Report to University President (Niigata University Degree Regulations Article 16)
The dean shall report the results of the faculty council’s deliberation to the president of theuniversity.
Determination of Degree Conferral (Niigata University Degree Regulations Article 16)
The president of the university shall confer the designated diploma based on the dean’s report.

Note: Detailed schedule shall be determined by the faculty council.

48

Terms of Agreement on Degree Conferral Guidelines via Completion of Master’s Program
Graduate School of Science and Technology of Niigata University
April 1, 2004
Steering Committee(Partially revised on March 25, 2015)
Article 1. Research supervisory approval for students wishing to undergo dissertation review pursuant
to Article 3 of the Degree Conferral Guidelines via Completion of Master’s Program at theGraduate School of Science and Technology of Niigata University (hereinafter the “Guidelines”)
shall in principle be handled as follows.
(1)

The supervising committee shall determine whether or not the student concerned possesses
the academic and research capabilities to write a dissertation as an application for degree
conferral via a presentation of research findings (hereinafter “interim researchpresentation”), and shall determine whether or not to approve submission of application
based on the results.

(2)

The method by which the interim research presentation is held shall be determined by thedepartment of the student concerned.

Article 2. Pursuant to Guideline No. 9 and Article 16 of the Niigata University Degree Regulations, inthe event that the applicant is not deemed worthy of master’s degree conferral, the applicant may
request the university president to explain the reason.
2. In the event that the applicant is not deemed worthy of master’s degree conferral, this shall notprevent the applicant from re-applying using a dissertation on the same research topic.

49

Guidelines on Special Provisions for Terms of Study in Master’s Programs
Graduate School of Science and Technology of Niigata University
April 1, 2004
Steering Committee(Partially revised on June 14, 2006)
Regarding special provisions for terms of study, as they pertain to completion requirements for
Master’s Programs at the Graduate School pursuant to Article 32-1 of the Niigata University Graduate
School Regulations, the following guidelines shall be used when applying the designation of “studentsof outstanding achievements.”
1.

Application requirements (Students must meet all the conditions provided for in the following
items (1) to (4). However, this shall not apply to students registered in accordance with Article 8of the Niigata University Graduate School of Science and Technology Regulations.)(1) Must have at least one paper of high academic value published in an academic journal with apeer review system deemed acceptable by the department concerned (including papers
accepted for publication)(2) Must be expected to be enrolled in the Master’s Program at the Graduate School for at least
one year and have earned (or be expected to earn) the designated credits(3) Must be capable of submitting a dissertation by the designated deadline(4) Must meet all conditions separately stipulated by the department concerned

2.

Documents to submit
Students wishing to apply for these special provisions must submit the following documents tothe dean via the chairperson of the research supervising committee.
(1) Letter of Recommendation (Form specified elsewhere)(2) Dissertation Draft Abstract(3) Reference Papers (Either published or scheduled for publication)(4) Dissertation Register(5) Curriculum Vitae(6) Proof of Acceptance for Publication (for papers scheduled for publication)
3.

Method of determining application of special provisions
If the student’s research supervising committee chairperson deems the student to be “outstanding”

and recommends application of the special provisions for term of study, the decision on whether toapply the special provisions shall be made in consultation with the faculty council prior to applying fordissertation review.

50

In addition, when making said decision, a subcommittee on special provisions for terms of study(the details of which are to be stipulated separately in advance) shall review whether the researchachievements, etc. of the student concerned meet the application requirements provided for in Section
1.
4.

Review within the course concerned
If the student’s research supervising committee chairperson deems the student to be “outstanding”

based on the research presentation, and wishes to recommend to the dean that the special provisions
for term of study be applied, a review shall be conducted in advance within the course concerned todetermine whether the student concerned meets the application requirements provided for in Section 1.
5.

Subcommittee on special provisions for terms of study(1) Regarding completion requirements for Master’s Programs at the Graduate School,
subcommittees on special provisions for terms of study (hereinafter “subcommittees on
special provisions”) shall be established under the jurisdiction of the faculty council in orderto review whether to apply the special provisions for terms of study to students deemed to be“outstanding.”(2) Subcommittees on special provisions shall be composed of faculty council members
belonging to the same department as the student applying for the special provisions.
However, it shall be possible to include one faculty council member from each of the otherdepartments.
(3) Establishment of subcommittees on special provisions and selection of committee members
shall be entrusted to the steering committee by the faculty council.
(4) Matters relating to the organization and administration of subcommittees on special
provisions shall be stipulated separately.
Supplementary notes
1.

Conditions separately stipulated by departments, as provided for in Section 1-(4), shallbe established by each department.

2.

Although the Graduate School intends to implement the special provisions for terms ofstudy in accordance with these guidelines for the time being, the contents are subject torevision at any time in order to better reflect actual conditions.

51

Review Procedures Relating to Eligible Applicants of Special Provisions
For Terms of Study in Master's Programs(“Outstanding students” pursuant to the proviso in Article 32-1of the Graduate School Regulations of Niigata University)

Research supervisingcommittee• The research supervising committee determines whether the student has
outstanding achievements and possesses academic and research abilities to write adissertation as an application for degree conferral.

(Research presentated)
Course meeting(Approves)• The main supervisor must obtain approval from the course before recommending
the student to the dean.

Main supervisor(Recommends)
Dean• The dean entrusts the review process to the chairperson of the department in orer
to determine whether the student has “outstanding achievements.”

Department chair• When entrusted by the dean to conduct a review, the chairperson of thedepartment establishes a subcommittee on special provisions for terms of study(hereinafter “subcommittee on special provisions”) within the department, andconducts the review.
• The deprtmental chairperson selects the members of the subcommittee on special
provisions.

Steering committee• The steering committee approves the establishment of the subcommittee on
special provisions and its members.

Subcommittee on
special provisions• As a general rule, the committee must consist of three members from thedepartment and the course concerned and one member from each of other courses.
However, it is possible to also include faculty members from other deprtments.
• The chairperson of the subcommittee on special provisions reports the results of
the review to the chairperson of the department.

(Entrusts)(Reports)
Department chair• The chairperson of the department reports the results of the review to thedean.

(Reports)
Dean• The dean requests the faculty council (steering committee) to discuss the resultsof the review conducted by the subcommittee on special provisions.

Faculty council(Steering committee)• The faculty council determines whether to apply special provisions to the student’s term of study.

Dissertation review• If the student is deemed eligible for application of special provisions relating tohis/her term of study, procedures relating to degree conferral via course completion
shall henceforth apply to the student.

52

III

Doctoral Programs
博士後期課程53

(2) Educational Programs／教育プログラム○数理物質科学専攻（博士後期課程）／Department of Fundamental Sciences (Doctoral Programs)
物理学コース（Ｄ）／Physics Course (D)１．コースの教育目標（人材育成）／Educational Objectives of the Course (Human Resource Development)(A) The ability to recognize one’s responsibilities with a broad perspective toward nature, ethics and humanity(B) The ability to understand and apply advanced theories and technologies(B-1) A deeper understanding of the standard model of elementary particle physics as well as physical sciences that transcend this from experimental and theoretical perspectives(B-2) A deeper understanding of the structures and reactions of subatomic quantum systems from quarks and hadrons to atomic nuclei(B-3) A deeper understanding of the fundamental laws and basic physical processes behind the origin, structure and evolution of the universe and celestial bodies (general relativistic celestial
objects, the early universe, the Milky Way, stars, etc.)(B-4) A deeper understanding of issues relating to early processes in the formation of the elements that make up the universe as well as the structures of unstable far removed from existing stable(B-5) A more advanced mastery of experiments and computer simulations relating to the complex physical properties of solid electrolytes, irregular semiconductors, nano-structured materials, etc.
(B-6) The ability to elucidate the structures and phase transitions of substances on the mesoscale, and more advanced mastery regarding the development of data analysis methods and numeric(C) The ability to discover problems and the ability to solve problems(D) The ability to effectively communicate(E) The ability to give presentations at international conferences, etc.
(F) The ability to write papers for academic journals

２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
Objective

授業科目
Course Title
自然科学総論Ⅱ・Ⅲ・Ⅳ・Ⅴ (*いずれか1科目)
1(A)／General Natural Sciences II・III・IV・V (*Choose one)
2
(他コース科目／course(s) in other Courses)
3
高エネルギー物理学Ⅰ／High Energy Physics I
4高エネルギー物理学Ⅱ／Advanced High Energy Physics II
5
ゲージ場理論特論Ⅰ／Gauge Field Theory I(B-1)
6
ゲージ場理論特論Ⅱ／Gauge Field Theory II
7
ゲージ場理論特論Ⅲ／Gauge Field Theory III
8
非摂動的場の理論Ⅰ／Non-perturbative Field Theory I
9
非摂動的場の理論Ⅱ／Non-perturbative Field Theory II
10量子色力学特論Ⅰ／Topics in Quantum Chromodynamics I
11サブアトミック物理学Ⅰ／Subatomic Physics I(B-2)
12
原子核構造特論Ⅰ／Topics in Nuclear Structure I
13
原子核構造特論Ⅱ／Topics in Nuclear Structure II
14
宇宙物理学講究Ⅰ／Studies in Astrophysics I(B-3)
15
宇宙物理学講究Ⅱ／Studies in Astrophysics II
16
ミュオン物質物理学特論／Introduction to Muon Science(B-4)
17
原子核量子多体論特論／Nuclear Quantum Many-Body Theory：Advanced18
不安定核物理学特論／Topics in the physics of unstable nuclei
19
超伝導物理学Ⅰ／The physics of Superconductivity I
20
超伝導物理学Ⅱ／The physics of Superconductivity II(B-5)
21
強相関物理学Ⅰ／Physics of Strongly Correlated Systems I
22
強相関物理学Ⅱ／Physics of Strongly Correlated Systems II
23
不規則系物理学Ⅰ／Physics of Disordered Systems I
24
不規則系物理学Ⅱ／Physics of Disordered Systems II(B-6)
25
凝縮系物理学Ⅰ／Condensed matter physics I26
計算物性学／Computational Material Science27
コラボレーション演習／Collaboration Exercise
博士のためのキャリアマネジメントセミナー
28／Career Management Seminar for doctoral students
博士のキャリア開発の実践
29／Practical career development for doctoral students
博士ジョブ型研究インターンシップ
30／Job-focused research internship for doctoral students
31
数理物質科学特定研究Ⅰ（物理学）／Projective Research in Physics I(A)(C)(D)
32
数理物質科学特定研究Ⅱ（物理学）／Projective Research in Physics II(E)(F)
33
数理物質科学特定研究Ⅲ（物理学）／Projective Research in Physics III
34
数理物質科学演習Ⅰ（物理学）／Seminar in Physics I
35
数理物質科学演習Ⅱ（物理学）／Seminar in Physics II
36
数理物質科学演習Ⅲ（物理学）／Seminar in Physics III
37
研究発表演習・発表Ⅰ／Presentation Exercise I
38
研究発表演習・発表Ⅱ／Presentation Exercise II
39
研究発表演習・発表Ⅲ／Presentation Exercise III
40
論文演習／Academic Writing Exercise

選択・必修 単位数
Elective/Req Credits

分野
Field

水準

修了認定単位

Standard

Credit Req for Degree(注）参照(*）footnote

選択／E

1

99

56

必修／R
選択／E
選択／E
選択／E
選択／E
選択／E
選択／E
選択／E
選択／E
選択／E
選択／E
選択／E
選択／E
選択／E
選択／E
選択／E
選択／E
選択／E
選択／E
選択／E
選択／E
選択／E
選択／E
選択／E
選択／E
選択／E

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
1

43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43

59
59
59
59
59
59
59
59
59
59
59
59
59
59
59
59
59
59
59
59
59
59
59
59
59

選択／E

2

74

39

選択／E

1

74

39

選択／E

2

74

39

必修／R
必修／R
選択／E
必修／R
必修／R
選択／E
選択／E
選択／E
選択／E
選択／E

4
4
4
2
2
2
1
1
1
1

43,77
43,77
43,77
43
43
43
43
43
43
43

59
59
59
59
59
59
59
59
59
59

備考
Notes
他専攻開設／
in other Depts

必修14単位を含めて，所属コースで開設する科
目から14単位以上，他コースまたは他専攻で開設する科目またはキャリアパス
形成科目より2
単位以上／
14 or more in the
Course incl. 14 inrequired, and 2 ormore in otherCourses or Depts orin Career Path
課程共通科目／Doctoral common course
Keisei
2021年度新設／New course(Development)
課程共通科目／Doctoral common course
2021年度新設／New course
課程共通科目／Doctoral common course
2021年度新設／New course

合計19単位以上／Total: 19 credits or more
(注) 修士課程で「自然科学総論」を履修していない学生は，履修することが望ましい。
(*) It is desirable for students who did not have General Natural Sciences in their Master's program to take the course.

３. 必修授業科目履修の流れ（コースワーク＋リサーチワーク）
セメスター(A) (C) (D) (E) (F)

(B)

1期

専門科目

2期

専門科目

3期

専門科目

4期

専門科目

5期

専門科目

6期

専門科目

数理物質科学特定研究Ⅰ（物理学）
数理物質科学演習Ⅰ（物理学）
数理物質科学特定研究Ⅰ（物理学）
研究発表演習・発表Ⅰ
数理物質科学特定研究Ⅱ（物理学）
数理物質科学演習Ⅱ （物理学）
数理物質科学特定研究Ⅱ（物理学）
研究発表演習・発表Ⅱ
数理物質科学特定研究Ⅲ （物理学）
数理物質科学演習Ⅲ（物理学）
数理物質科学特定研究Ⅲ （物理学）
研究発表演習・発表Ⅲ，論文演習

54化学コース（Ｄ）／Chemistry Course (D)１．コースの教育目標（人材育成）／Educational Objectives of the Course (Human Resource Development)(A) The ability to recognize one’s responsibilities with a broad perspective toward nature, society and humanity(B) The ability to understand and apply advanced theories and technologies(B-1) The ability to understand at an advanced level and elucidate the reactions and structures of inorganic substances from the atomic and molecular levels(B-2) The ability to understand at an advanced level and elucidate the synthesis methods as well as function, structure and reaction mechanisms of organic compounds(B-3) The ability to understand at an advanced level and elucidate the molecular functions of bio-polymers and functional analyses based on genomic information(B-4) The ability to understand at an advanced level and elucidate the structures and phase transitions of substances on the mesoscale, and more advanced mastery regarding the development of data analysis
methods and numeric calculation technologies(B-5) The ability to understand at an advanced level and elucidate the fundamental processes for each quantum state in a range of chemical reactions both theoretically and experimentally, and a more advanced
mastery of data analysis methods(C) The ability to discover problems and the ability to solve problems(D) The ability to effectively communicate(E) The ability to give presentations at international conferences, etc.
(F) The ability to write papers for academic journals
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
授業科目
選択・必修 単位数 分野 水準
Objective
Course Title
Elective/Req Credits Field Standard
自然科学総論Ⅱ・Ⅲ・Ⅳ・Ⅴ (*いずれか1科目)
1
選択／E
1
99
56
／General Natural Sciences II・III・IV・V (*Choose one)
(A)
2

(他コース科目／course(s) in other Courses)

必修／R

2

-

-

3

溶液内反応特論／Topics in Chemical Reaction in Solution

選択／E

2

46

59

4

溶液内構造特論／Structural Aspects in Solution Chemistry

選択／E

2

46

59

重元素化学／Chemistry of Heavy Elements

選択／E

2

46

59

6

放射線計測学／Radiation Measurement

選択／E

2

46

59

7

有機物質合成論／Synthetic Organic Chemistry

選択／E

2

46

59

8

構造活性相関論／Topics in Structure-Activity Relationships

選択／E

2

46

59

酸化還元反応論／Topics in Oxidation and Reduction Reactions

選択／E

2

46

59

不斉有機合成論／Asymmetric Organic Synthesis

選択／E

2

46

59

細胞機能化学／Molecular and Cellular Biochemistry

選択／E

2

46

59

生理機能化学／Chemistry of Physiological Function

選択／E

2

46

59

凝縮相構造特論／Topics in Structure of Condensed Matter

選択／E

2

46

59

分子動力学特論／Molecular Dynamics Simulation

選択／E

2

46

59

化学反応動力学／Dynamics in Chemical Reaction

選択／E

2

46

59

量子反応動力学／Quantum Reaction Dynamics

選択／E

2

59

17

数理物質科学特定研究Ⅰ（化学）／Projective Research in Chemistry I

必修／R

4

46
46,77

18

数理物質科学特定研究Ⅱ（化学）／Projective Research in Chemistry II

必修／R

4

46,77

59

19

数理物質科学特定研究Ⅲ（化学）／Projective Research in Chemistry III

選択／E

4

46,77

59

20

数理物質科学演習Ⅰ（化学）／Seminar in Chemistry I

必修／R

2

46

59

21

数理物質科学演習Ⅱ（化学）／Seminar in Chemistry II(A) (C) (D) 数理物質科学演習Ⅲ（化学）／Seminar in Chemistry III(E) (F)
23
研究発表演習・発表Ⅰ／Presentation Exercise I

必修／R

2

46

59

22

選択／E

2

46

59

5

9

(B-1)

(B-2)

10
11
12
13
14
15
16

(B-3)
(B-4)
(B-5)

59

選択／E

1

43

59

24

研究発表演習・発表Ⅱ／Presentation Exercise II

選択／E

1

43

59

25

研究発表演習・発表Ⅲ／Presentation Exercise III
博士のためのキャリアマネジメントセミナー／Career Management Seminar for doctoral students

選択／E

1

43

59

選択／E

2

74

39

論文演習／Academic Writing Exercise

選択／E

1

43

59

26
27

修了認定単位
Credit Req for Degree(注）参照／(*）footnote

備考
Notes
他専攻開設／in other Depts

必修14単位を含めて，所属コースで開設する科目から14単位以上，他コースまたは他専攻で開設する科目またはキャリアパス形成科目より2単位以上／
14 or more in the Course
incld. 14 in required, and 2
or more in other Courses
or Depts or in Career Path
Keisei (Development)

課程共通科目／Doctoral common course
2021年度新設／New course

合計19単位以上／Total: 19 credits or more
(注）修士課程で「自然科学総論」を履修していない学生は，履修することが望ましい。
(*） It is desirable for students who did not have General Natural Sciences in their Master's program to take the course.
３．必修授業科目履修の流れ（コースワーク＋リサーチワーク）
セメスター(A) (C) (D) (E) (F)

(B)

1期

専門科目

2期

専門科目

3期

専門科目

4期

専門科目

5期

専門科目

6期

専門科目

数理物質科学特定研究Ⅰ（化学）数理物質科学演習Ⅰ（化学）数理物質科学特定研究Ⅰ（化学）研究発表演習・発表Ⅰ
数理物質科学特定研究Ⅱ（化学）数理物質科学演習Ⅱ（化学）数理物質科学特定研究Ⅱ（化学）研究発表演習・発表Ⅱ
数理物質科学特定研究Ⅲ（化学）
数理物質科学演習Ⅲ（化学）
数理物質科学特定研究Ⅲ（化学）研究発表演習・発表Ⅲ，論文演習

55数理科学コース（Ｄ）／Mathematical Science Course (D)１．コースでの教育目標（人材育成）／Educational Objectives of the Course (Human Resource Development)(A) The ability to recognize one’s responsibilities with a broad perspective toward nature, society and humanity(B) The ability to use mathematics to elucidate the mathematical structures in the field of information mathematical science as well as complex natural and social phenomena from the perspective of
mathematics and information science.
(C) The ability to understand and apply theories in various fields related to mathematical science and information science, in particular mathematical analysis, structural mathematics, and information
mathematics; Development of abilities within one or more of the following three fields(C-1) The ability to research and apply knowledge of the structures of function spaces, the structures of the operators thereof, and the structures of rings formed from operators and functions(C-2) The ability to research and apply theories in algebraic geometry, number theory, topology, and differential geometry(C-3) The ability to research and apply theories in algebra, such as mathematical expression processing, ciphers, codes, etc., theories in mathematical statistics, such as time series analyses,
mathematical finance, etc., and theories in information science, such as mathematical planning and optimization theory, including OR, etc.
(D) The ability to discover and solve problems; The ability to communicate effectively, including academic conference presentations; The ability to report within a specified period of time
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
授業科目
選択・必修 単位数
Objective
Course Title
Elective/Req Credits
14
数理物質科学特定研究Ⅰ（数理科学）／Projective Research in Mathematical Science I
必修／R2
4
数理物質科学特定研究Ⅱ（数理科学）／Projective Research in Mathematical Science II
必修／R
3 (B,C,D) 数理物質科学特定研究Ⅲ（数理科学）／Projective Research in Mathematical Science III
4
選択／E

分野
Field
41,77

水準

修了認定単位

Standard

Credit Req for Degree

41,77

59

41,77

59

59

4

数理科学コース演習／Exercise in Mathematical Science

必修／R

2

41

58

5

中間発表／Interim Report

必修／R

1

77

59

他のコース及び他の専攻で開設する授業科目／course(s) in other Courses & Depts

必修／R

2

-

-

7

数理科学博士セミナーⅠ／Seminar in Mathematical Science I

選択／E

2

41

59

8

数理科学博士セミナーⅡ／Seminar in Mathematical Science II

選択／E

2

41

59

9

数理科学博士セミナーⅢ／Seminar in Mathematical Science III

選択／E

2

41

59

6

(A,B)

10

(B,C,D) 外国語論文解説・討論Ⅰ／Literature Reading I

選択／E

2

99

59

11

外国語論文解説・討論Ⅱ／Literature Reading II

選択／E

2

99

59

12

外国語論文解説・討論Ⅲ／Literature Reading III

選択／E

2

99

59

13

研究発表演習・発表／Internal and External Presentation

選択／E

2

99

59

14

作用素環論／Operator Algebra

選択／E

2

41

59

15

複素解析学／Complex Analysis

選択／E

2

41

59

関数空間論／Function Spaces

選択／E

2

41

59

17

偏微分方程式特論／Advanced Partial Differential Equations

選択／E

2

41

59

18

代数幾何学／Algebraic Geometry

選択／E

2

41

59

19

数論／Number Theory

選択／E

2

41

59

位相幾何学／Topology

選択／E

2

41

59

21

微分位相幾何学／Advanced Differential Topology

選択／E

2

41

59

22

情報統計学特論／Advanced Information Statistics

選択／E

2

41

59

最適化特論／Advanced Theory for Optimization

選択／E

2

41

59

応用統計学特論／Advanced Applied Statistics

選択／E

2

41

59

25

数理計画特論／Advanced Mathematical Programming

選択／E

2

41

59

26

数理システム特論／Advanced Theory on Mathematical Systems

選択／E

2

41

59

16

20

(C-1)

(C-2)

23
24

(C-3)

備考
Notes

11単位
以上／
11 or more

2単位以上／
2 or more

3単位
以上／
3 or more

2021年度新設／New course

必修13単位，計19単位以上／Total: 19 credits or more including 13 credits in required courses

３. 必修授業科目履修の流れ（コースワーク＋リサーチワーク）
学年

選択科目

必修科目
数理物質科学特定研究Ⅰ（数理科学）

1年

専門科目

数理科学コース演習
他コース専門科目

2年

数理物質科学特定研究Ⅱ（数理科学）

専門科目

中間発表

専門科目

3年

※2021年度から廃止した科目「リーマン多様体論」，「大域微分幾何学」

56

○材料生産システム専攻（博士後期課程）／Department of Advanced Materials Science and Technology (Doctoral Programs)
機能材料科学コース（Ｄ）／Materials Science and Technology Course (D)１．コースでの教育目標（人材育成）／Educational Objectives of the Course (Human Resource Development)(A) The ability to discover problems and the ability to solve problems(A-1) A mastery of the theories and technologies of materials science, and the ability to develop and apply these in optoelectronic materials, metallic hydrogen system-based materials, and magnetic,
superconductive materials, etc.
(A-2) A mastery of the theories and technologies of materials science, and the ability to develop and apply these in inorganic nanomaterials, hybrid materials, biomaterials, etc.
(B) The ability to recognize one’s responsibilities with a broad perspective toward nature, society and humanity(C) The ability to effectively communicate; The ability to give presentations at international conferences, etc.; The ability to write papers for academic journals
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
授業科目
選択・必修 単位数 分野 水準
Objective
Course Title
Elective/Req Credits Field Standard
1
2
54
48
固体材料物性／Solid State Physics
選択／E
2
2
54
48
光・電子デバイス材料論／Optoelectonic device materials
選択／E
(A-1)
3
2
54
49
磁性材料特論／Magnetic Materials
選択／E4

超伝導物性論／Superconductivity

選択／E

2

54

48

5

金属材料電子論／Electronic Properties of Metallic Materials

選択／E

2

54

48

6

機能性無機材料特論／Functions of Inorganic Materials

選択／E

2

54

59

7

光物性化学特論／Photofunctional Chemistry

選択／E

2

54

59

ナノ材料化学特論／Nanomaterials Chemistry, Advanced Course

選択／E

2

54

59

複合材料設計／Design of Composite Materials

選択／E

2

54

59

生物材料設計学／Design of Biomaterials

選択／E

2

54

58

11

生物反応プロセス工学／Biochemical Reaction Engineering

選択／E

2

54

59

12

機能性材料強度特論／Strength of Functional Materials

選択／E

2

54

59

13

ソフトマテリアル工学／Soft Materials Engineering

選択／E

2

56

59

14

外国語論文解説・討論Ⅰ／Colloquia and Discussions for Technical Reading I

選択／E

2

99

59

15

外国語論文解説・討論Ⅱ／Colloquia and Discussions for Technical Reading II

選択／E

2

99

59

16

外国語論文解説・討論Ⅲ／Colloquia and Discussions for Technical Reading III

選択／E

2

99

59

17

材料生産システム博士セミナーⅠ／
PhD-Course Seminar in Advanced Materials Science and Technology I

選択／E

2

77

59

18

材料生産システム博士セミナーⅡ／
PhD-Course Seminar in Advanced Materials Science and Technology II

選択／E

2

77

59

19

材料生産システム博士セミナーⅢ／
PhD-Course Seminar in Advanced Materials Science and Technology III

選択／E

2

77

59

20

材料生産システム博士特定研究Ⅰ／
PhD-Course Project Research in Advanced Materials Science and Technology I

必修／R

4

77

59

21

材料生産システム博士特定研究Ⅱ／
PhD-Course Project Research in Advanced Materials Science and Technology II

必修／R

4

77

59

22

(B)および(C) 材料生産システム博士特定研究Ⅲ／
PhD-Course Project Research in Advanced Materials Science and Technology III

必修／R

4

77

59

8
9
10

(A-2)

選択必修／ 4以上／
ReqE
4 or more

備考
Notes

修了認定単位
Credit Req for Degree(A-1)，(A-2)のいずれかから4単位以上／
4 or more in either(A-1) or (A-2)

他コース・ 他
専攻の専門科目(選択／必修)4単
位以上を含め，19単位以上／19 or more incld. 4 ormore in otherCourses or Depts

23

他コース・他専攻専門科目／course(s) in other Courses or Depts

-

-

24

機能材料科学コース演習／PhD-Course Work for Materials Science and Technology

必修／R

2

54

58

25

中間発表／Presentation of Research Progress Report

必修／R

1

77

59

26

研究発表演習・発表／Seminar for Research Presentation
博士のためのインターンシップ／Internship for doctoral courses

選択／E
選択／E

2
1

99
74

59
49

課程共通科目／Doctoral common course

28

博士のためのキャリアマネジメントセミナー／Career Management Seminar for doctoral students

選択／E

2

74

39

課程共通科目／Doctoral common course
2021年度新設／New course

29

博士のキャリア開発の実践／Practical career development for doctoral students

選択／E

1

74

39

課程共通科目／Doctoral common course
2021年度新設／New course30

博士ジョブ型研究インターンシップ／Job-focused research internship for doctoral students

選択／E

2

74

39

課程共通科目／Doctoral common course
2021年度新設／New course

27

必修19単位以上（他コース・他専攻専門科目(選択必修)4単位以上を含む），選択4単位以上，総計23単位以上
Total: 23 credits or more including 19 credits or more in required courses(including 4 credits or more in other Courses or Departments (required elective)) and 4 credits or more in elective courses

３．必修授業科目履修の流れ（コースワーク）
セメスター(B)および(C)(A-1)(A-2)および(A-3)

材料生産システム博士特定研究Ⅰ 機能材料科学コース演習
材料生産システム博士セミナーⅠ 中間発表
研究発表演習・発表
外国語論文解説・討論Ⅰ

1期
2期
3期

材料生産システム博士特定研究Ⅱ
材料生産システム博士セミナーⅡ
外国語論文解説・討論Ⅱ

専門科目（2科目以上）

4期

材料生産システム博士特定研究Ⅲ
材料生産システム博士セミナーⅢ
外国語論文解説・討論Ⅲ

5期
6期

57

素材生産科学コース（Ｄ）／Applied Chemistry and Chemical Engineering Course (D)１．コースでの教育目標（人材育成）／Educational Objectives of the Course (Human Resource Development)(A) The ability to recognize one's responsibilities with a broad perspective toward nature, society and humanity(B) A mastery of advanced, specialized knowledge regarding the creation of leading-edge functional substances, the optimization of functions, and the construction of efficient systems to produce them, as well as
the ability to discover and solve problems(B-1) The ability to understand and utilize knowledge regarding the creation of leading-edge functional substances and materials based on designing, synthesizing, and functional analyses at the atomic and(B-2) The ability to understand and apply knowledge regarding the construction of efficient, ecofriendly production systems and environmental preservation technologies(C) The ability to effectively communicate, the ability to give presentations at international conferences, etc., and the ability to write papers for academic journals
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
授業科目
選択・必修
Objective
Course Title
Elective/Req
材料生産システム博士セミナーⅠ／
1
(A)
選択／E
PhD-Course Seminar in Advanced Materials Science and Technology I

単位数
Credits

分野
Field

水準
Standard

2

77

59

2

材料生産システム博士セミナーⅡ／
PhD-Course Seminar in Advanced Materials Science and Technology II

選択／E

2

77

59

3

材料生産システム博士セミナーⅢ／
PhD-Course Seminar in Advanced Materials Science and Technology III

選択／E

2

77

59

4

他コース・他専攻専門科目／course(s) in other Courses or Depts

選択必修／
ReqE

4以上／
4 or more--5

精密高分子設計／Molecular design of well-defined macromolecules

選択／E

2

47

59

6

素材反応制御化学／Chemistry for Controlled Material Reaction

選択／E

2

47

59

7

機能性高分子設計／Molecular design of functional polymers

選択／E

2

47

59

8

励起分子変換化学／Chemistry for Transformation of Excited Organic Molecules

選択／E

2

47

59

9

素材平衡化学／Chemical thermodynamics for inorganic materials

選択／E

2

47

59

有機素材合成／Synthesis of Biologically Active Natural Products

選択／E

2

47

59

11

無機素材物性解析／Inorganic solid state chemistry

選択／E

2

47

59

12

有機素材物性解析／Structures and Properties of Natural Products

選択／E

2

47

59

13

素材解析化学／Material Analysis Chemistry

選択／E

2

47

59

14

無機材料設計／Design of Inorganic Materials

選択／E

2

47

59

15

熱エネルギー材料科学／Thermal Energy Physics and Chemistry

選択／E

2

47

59

16

微粒子機能制御論／Functions and Control of Fine Particulate Materials

選択／E

2

55

59

17

生産移動現象論／Mass Transfer in Production Processes

選択／E

2

55

59

18

材料ライフサイクル工学／Management of waste materials

選択／E

2

55

59

生物化学工学／Advanced Biochemical Engineering

選択／E

2

55

59

20

複合微粒子設計工学特論／Development of Composite Particles

選択／E

2

55

59

21

精密粉粒体工学／Fine Powder Technology

選択／E

2

55

59

22

生産化学装置論／Advanced Chemical Materials Production Apparatuses

選択／E

2

55

59

23

外国語論文解説・討論Ⅰ／Colloquia and Discussions for Technical Reading I

選択／E

2

99

59

24

外国語論文解説・討論Ⅱ／Colloquia and Discussions for Technical Reading II

選択／E

2

99

59

25

外国語論文解説・討論Ⅲ／Colloquia and Discussions for Technical Reading III

選択／E

2

99

59

26

研究発表演習・発表／Seminar for Research Presentation

選択／E

2

99

59

27

材料生産システム博士特定研究Ⅰ／
PhD-Course Project Research in Advanced Materials Science and Technology I

必修／R

4

77

59

材料生産システム博士特定研究Ⅱ／
PhD-Course Project Research in Advanced Materials Science and Technology II

必修／R

4

77

59

29

材料生産システム博士特定研究Ⅲ／
PhD-Course Project Research in Advanced Materials Science and Technology III

必修／R

4

77

59

30

素材生産科学コース演習／
PhD-Course Work for Applied Chemistry and Chemical Engineering

必修／R

2

47

58

31

中間発表／Presentaion of Research Progress Report

必修／R

1

77

59

10

19

28

(B)

(B-1)

(B-2)

(C)

備考
Notes

修了認定単位
Credit Req for Degree

他コース・他専攻の専門科目4単位
以上，所属コースの専門科目4単位
以上／
4 or more in otherCourses or Depts & 4
or more in the Course

15単位／
15 or more

必修15単位以上，選択8単位以上（他コース・他専攻専門科目4単位以上，所属コースの専門科目4以上を含む），総計23単位以上
Total: 23 credits or more including 15 credits or more in required courses and 8 credits or more in elective courses (including 4 credits or more in other Courses or Departments)

３．必修授業科目履修の流れ（コースワーク＋リサーチワーク）
セメスター
1期
2期
3期
4期
5期
6期

（B）

(A)
材料生産システム博士セミナーⅠ

他コース・他専攻専門科目（専門科目）(C)
材料生産システム博士特定研究Ⅰ
素材生産科学コース演習
材料生産システム博士特定研究Ⅱ
中間発表
材料生産システム博士特定研究Ⅲ

58

機械科学コース（Ｄ）／Advanced Mechanical Science and Engineering Course(D)１．コースの教育目標（人材育成）／Educational Objectives of the Course (Human Resource Development)(A) The ability to recognize one’s responsibilities with a broad perspective toward nature, society and humanity(B) The ability to discover problems and the ability to solve problems(B-1) The ability to understand and utilize devices for assessment and analysis, technologies for improving functionality and miniaturization, and medical applications of nanotech and nanobiology(B-2) The ability to understand comprehensive analyses of the motion characteristics of the mechanical and structural systems comprising production systems, and stability and safety assessment technologies, andthe ability to utilize these in design(B-3) The ability to understand and apply technologies for material plasticity control, microstructure control, and micro-processing, design of micro-mechanical parts, scientific control of material surfaces andinterfaces, and low-environmental-burden-type manufacturing technologies(C) The ability to effectively communicate, the ability to give presentations at international conferences, etc., and the ability to write papers for academic journals
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
授業科目
選択・必修
Objective
Course Title
Elective/Req
1

（A）

2
3

（B）

材料生産システム博士セミナーⅠ／PhD-Course Seminar in Advanced Materials Science and Technology I
材料生産システム博士セミナーⅡ／PhD-Course Seminar in Advanced Materials Science and Technology II
材料生産システム博士セミナーⅢ／PhD-Course Seminar in Advanced Materials Science and Technology III

単位数 分野 水準
Credits Field Standard

選択／E

2

77

59

選択／E

2

77

59

選択／E

2

77

59

-

-

選択必修／ 4以上／
ReqE
4 or more

備考
Notes

修了認定単位
Credit Req for Degree

4

他コース・他専攻専門科目／course(s) in other Courses or Depts

5

選択／E
2
50
59
知的構造・材料学／Bionic Design and Materials
選択／E
2
50
59
輸送現象論／Transport Phenomena in Production
2
50
59
選択／E
2021年度新設／New course
複雑流体力学特論／Complex Fluid Mechanics
選択／E
2
50
59
可視化情報計測論／Flow visualization and image measurement
選択／E
2
50
59
知的ロボット／Intelligent Robotics
選択／E
2
50
59 他コース・他専攻の応用音響学／Applied Acoustics
選択／E
2
50
59 専門科目4単位以機械システム制御論／Control theory for mechanical systems
選択／E
2
50
59 上，所属コースの専
感性ロボットシステム特論／Advanced KANSEI Microrobotic Systems
門科目4単位以上／
選択／E
2
50
59 4 or more in other
知的光応用機器論／Intellectual Applications of Laser Scanning Technology
2
選択／E
50
59 Courses or Depts & 4 or 2021年度新設／New course
表面設計工学特論／Advanced Surface Design
選択／E
2
50
59 more in the Course
X線材料強度学特論／X-ray Study of Mechanical Behavior of Materials
選択／E
2
50
59
先端マイクロマシン工学特論／Advanced Micromachine Engineering
選択／E
2
50
59
接合加工学特論／Materials Joining and Welding Technology
選択／E
2
50
59
先進環境エネルギー工学特論／Advanced Environmental Energy Engineering
選択／E
2
99
59
外国語論文解説・討論Ⅰ／Colloquia and Discussions for Technical Reading I
選択／E
2
99
59
外国語論文解説・討論Ⅱ／Colloquia and Discussions for Technical Reading II
選択／E
2
99
59
外国語論文解説・討論Ⅲ／Colloquia and Discussions for Technical Reading III
選択／E
2
99
59
研究発表演習・発表／Seminar for Research Presentation
選択／E
1
74
49
博士のためのインターンシップ／Internship for doctoral courses
博士のためのキャリアマネジメントセミナー
課程共通科目／Doctoral common course
2
74
39
選択／E
2021年度新設／New course／Career Management Seminar for doctoral students
博士のキャリア開発の実践
課程共通科目／Doctoral common course
1
74
39
選択／E
2021年度新設／New course／Practical career development for doctoral students
博士ジョブ型研究インターンシップ
課程共通科目／Doctoral common course
2
74
39
選択／E
2021年度新設／New course／Job-focused research internship for doctoral students
材料生産システム博士特定研究Ⅰ
必修／R
4
77
59
／PhD-Course Project Research in Advanced Materials Science and Technology I
材料生産システム博士特定研究Ⅱ
必修／R
4
77
59
／PhD-Course Project Research in Advanced Materials Science and Technology II
15単位／
15 or more
材料生産システム博士特定研究Ⅲ
必修／R
4
77
59
／PhD-Course Project Research in Advanced Materials Science and Technology III
必修／R
2
50
58
機械科学コース演習／Course Work in Mechanical Science and Engineering
必修／R
1
77
59
中間発表／Presentation of Research Progress Report
必修15単位以上，選択8単位以上（他コース・他専攻専門科目4単位以上，所属コースの専門科目4単位以上を含む），総計23単位以上
Total: 23 credits or more including 15 credits or more in required courses and 8 credits or more in elective courses(including 4 credits or more in other Courses or Departments and 4 credits or more in the Course)

6

(B-1)

7
8
9
10

(B-2)

11
12
13
14
15
16

(B-3)

17
18
19
20
21
22
23
24
25
26

(C)

27
28
29
30
31

３．必修授業科目履修の流れ（コースワーク＋リサーチワーク）
セメスター
(A)
1期
2期

（B）

材料生産システム博士セミナーⅠ

他コース・他専攻専門科目

3期
4期

所属コースの専門科目

5期

材料生産システム博士特定研究Ⅱ，
中間発表
材料生産システム博士特定研究Ⅲ

6期※2021年度から廃止した科目(C)
材料生産システム博士特定研究Ⅰ
機械科学コース演習，専門科目「複雑性流体工学」，「デザインシステム論」，「材料強度評価学」

59

○電気情報工学専攻（博士後期課程）／Department of Electrical and Information Engineering (Doctoral Programs)
情報工学コース（Ｄ）／Information Engineering Course (D)１．コースの教育目標（人材育成）／Educational Objectives of the Course (Human Resource Development)(A) Development of the following attitudes and positions(A-1) An awareness of ethics and responsibilities as an engineer, and the ability to actively lead local communities and the world(A-2) The ability to autonomously and continuously engage in study and problem solving in order to develop new understanding and value through higher-level, more advanced research and implementation(A-3) Broad, interdisciplinary academic attainments across multiple fields, and the ability to think by tying together diverse ideas(B) Development of the following general-purpose abilities(B-1) The ability to acquire new concepts and perspectives through research and implementation(B-2) The ability to model and abstract objects through logical thinking(B-3) The ability to discover and solve problems. Also, the ability to think systematically and critically in order to solve problems(B-4) The ability to understand papers, manuals, etc. in the fields of science and technology written in English, and the ability to write accurate technical documents in English(B-5) The ability to give presentations at international conferences, etc. based on materials.
(B-6) The ability to read, write and communicate in English well enough to work internationally in the specialization(B-7) The abilities to accurately convey one’s ideas in a discussion and to properly understand the assertions of others. Also, the ability to work smoothly with others with a highly developed sense of ethics(C) Development of the following field-specific abilities(C-1) The high-level, advanced ability to design information structures, design and express calculations, and process large amounts of data(C-2) The high-level, advanced ability to make deductions based on formal models, as well as create and operate information-handling machinery(C-3) The higher-level, more advanced ability to understand and express the organizations and structures of systems(C-4) The ability to create information-handling systems in society and the higher-level, more advanced ability to operate these(C-5) The higher-level, more advanced ability to manage the creation of complex systems(C-6) The higher-level, more advanced ability to discover and solve information-related problems in society(C-7) The higher-level, more advanced ability to actively participate in an information-based society with awareness of general information principles(C-8) The higher-level, more advanced ability to detect and comprehend the significance and danger that information presents to individuals and society(C-9) The higher-level, more advanced ability to utilize information in compliance with societal rules(D) Development of the following knowledge and understanding(D-1) A mastery of higher-level, more advanced theories relating to the natural sciences such as mathematics, physics, etc.
(D-2) A mastery of the higher-level, more advanced contents of general information principles(D-3) A mastery of the higher-level, more advanced contents of principles of computer-processed information(D-4) A mastery of higher-level, more advanced knowledge of computer software and hardware(D-5) A mastery of higher-level, more advanced technologies for constructing and utilizing information-handling systems in society
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
授業科目
選択・必修 単位数
Objective
Course Title
Elective/Req Credits
12
情報工学コース演習／Exercises in Information Engineering
必修／R

分野
Field
49

水準

修了認定単位

Standard

Credit Req for Degree5832

電気情報工学特別講義／Special lectures on Electrical and Information Engineering
他専攻及び他コース専門科目／course(s) in other Depts & Courses
博士のためのキャリアマネジメントセミナー／Career Management Seminar for doctoral students
博士のキャリア開発の実践／Practical career development for doctoral students
博士ジョブ型研究インターンシップ／Job-focused research internship for doctoral students
研究発表演習・発表／Internal and External Presentation
中間発表／Interim Report
電気情報工学特定研究Ⅰ／Project Research in Electrical and Information Engineering I
電気情報工学特定研究Ⅱ／Project Research in Electrical and Information Engineering II
電気情報工学特定研究Ⅲ／Project Research in Electrical and Information Engineering III
電気情報工学博士セミナーⅠ／Seminar in Electrical and Information Engineering I
電気情報工学博士セミナーⅡ／Seminar in Electrical and Information Engineering II
電気情報工学博士セミナーⅢ／Seminar in Electrical and Information Engineering III
外国語論文解説・討論Ⅰ／Literature Reading I
外国語論文解説・討論Ⅱ／Literature Reading II
外国語論文解説・討論Ⅲ／Literature Reading III
移動通信特論／Advanced Mobile Communications
リモートセンシング特論／Remote Sensing
ワイヤレス情報通信システム特論／Advanced Wireless Communication Systems
分散協調メディア特論／Collaborative and Distributed Media
空間信号制御特論／Spatial signal control course
アルゴリズム特論／Theory of Algorithms
データ分析特論／Advanced Data Analysis
人間情報科学特論／Human Information Science
地理情報・計測システム特論／GIS and Measuring System
ゲノム情報解析特論／Advanced genome informatics
計算モデル特論／Advanced Topics in Models of Computation
情報セキュリティと次世代情報基盤／Information Security and Intellient Infrastructure
センシングデバイス論／Advanced Sensing Devices
生体電磁論／Bio-electromagnetics
知能情報機械論／Intelligent Mechatronics

33

データサイエンス概論／Introduction to Data Science

選択／E

2

10,49

38

応用代数幾何学／Algebraic geometry and its application
数理解析学／Mathematical Analysis
関数解析的群論／Functional analytic discrete group theory
数理システム制御特論／Mathematical Systems and Control Theory
応用偏微分方程式特論／Applied partial differential equation

選択／E

2

49

58

選択／E

2

49

58

選択／E

2

49

58

選択／E

2

49

58

選択／E

2

49

58

2
3
4

(A)

5
6
7
8
9
10
11
12

(B),(C)

13
14
15
16
17
18
19
20
21
22
23
24
25
26

(C),(D)

27
28
29
30
31

34
35
36

(D)

37
38

備考
Notes

58

選択／E

1

99

必修／R

4

-

-

選択／E

2

74

39

選択／E

1

74

39

選択／E

2

74

39

選択／E

2

99

59

必修／R

1

77

59

必修／R

4

77

59

必修／R

4

77

59

必修／R

4

77

59

選択／E

2

49,51,56

59

選択／E

2

49,51,56

59

選択／E

2

49,51,56

59

選択／E

2

99

59

選択／E

2

99

59

選択／E

2

99

59

選択／E

2

49

58

選択／E

2

49

58

選択／E

2

49

58

選択／E

2

49

58

選択／E

2

49

58

選択／E

2

49

58

選択／E

2

49

58

選択／E

2

49

58

選択／E

2

49

58

選択／E

2

49

58

選択／E

2

10

58

選択／E

2

49

58

選択／E

2

49

49

2021年度新設／New course

選択／E

2

49

59

2021年度新設／New course

選択／E

2

49

49

2021年度新設／New course
課程共通科目／Doctoral common course

6単位以上／
6 or more

課程共通科目／Doctoral common course
2021年度新設／New course
課程共通科目／Doctoral common course
2021年度新設／New course
課程共通科目／Doctoral common course
2021年度新設／New course

1単位以上／
1 or more

12単位以上／12 or more

4単位以上／
4 or more

必修19単位，計23単位以上／Total: 23 credits or more including 19 credits in required courses【備考】「データサイエンス概論」は，博士前期課程で履修していない学生のみ履修可。また，所属コース科目として取り扱う。
「博士のためのキャリアマネジメントセミナー」，「博士のキャリア開発の実践」および「博士ジョブ型研究インターンシップ」は所属コース科目として取り扱う。

【Note】

Introduction to Data Science is only for students who did not have the course in their Master's program. It is treated as a course in the Course.

【Note】

Career Management Seminar for Doctoral Students, Practical Career Development for Doctoral Students, and Job-Focused Research Internship for Doctoral Students are treated as courses in the Course.

３．必修授業科目履修の流れセメスター

必修科目(B)

必修科目(A)

1期

情報工学コース演習
他専攻科目

電気情報工学特定研究Ⅰ

2期

他専攻科目

電気情報工学特定研究Ⅰ

3期

電気情報工学特定研究Ⅱ

4期

電気情報工学特定研究Ⅱ

5期

電気情報工学特定研究Ⅲ

6期

電気情報工学特定研究Ⅲ

４．サブプログラム（キャリアパス形成科目群）
自然科学実践論（1単位），科学技術英語Ⅰ・Ⅱ（1単位），キャリアパス独自形成特別演習（2単位）60

必修科目(C)

中間発表

電気電子工学コース（Ｄ）／Electrical and Electronic Engineering Course (D)１．コースの教育目標（人材育成）／Educational Objectives of the Course (Human Resource Development)(A) The ability to recognize one’s responsibilities with a broad perspective toward nature, society and humanity(B) The ability to understand and apply fundamental theories and technologies relating to electrical and electronic engineering, the natural sciences, and information technology(B-1) The ability to understand and apply fundamental technologies relating to the fields of electrical energy and electronics(B-2) The ability to understand and apply fundamental technologies relating to signal processing, telecommunications systems, optical and measurement control, and applied optics(C) The ability to discover and solve problems; The ability to communicate effectively, including academic conference presentations; The ability to report within a specified period of time
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
授業科目
選択・必修
Objective
Course Title
Elective/Req
1
2
3
4
5
6
7

(A) (B)891011

電気電子工学コースセミナーⅠ／Seminar in Electrical and Electronic Engineering Course I
電気電子工学コースセミナーⅡ／Seminar in Electrical and Electronic Engineering Course II
電気電子工学コースセミナーⅢ／Seminar in Electrical and Electronic Engineering Course III
電気電子工学コース演習／Exercises in Electrical and Electronic Engineering Course
外国語論文解説・討論Ⅰ／Literature Reading I
外国語論文解説・討論Ⅱ／Literature Reading II
外国語論文解説・討論Ⅲ／Literature Reading III
電気情報工学特別講義／Special lectures on Electrical and Information Engineering
博士のためのキャリアマネジメントセミナー／Career Management Seminar for doctoral students
博士のキャリア開発の実践／Practical career development for doctoral students
博士ジョブ型研究インターンシップ／Job-focused research internship for doctoral students

単位数
Credits

分野
Field

水準

修了認定単位

Standard

Credit Req for Degree

選択／E

2

51

59

選択／E

2

51

59

選択／E

2

51

59

備考
Notes

必修／R

2

51

58

選択／E

2

99

59

選択／E

2

99

59

選択／E

2

99

59

選択／E

1

99

58

選択／E

2

74

39

課程共通科目(a)／D(a)2021年度新設／New course

選択／E

1

74

39

課程共通科目(a)／D(a)2021年度新設／New course

選択／E

2

74

39

課程共通科目(a)／D(a)2021年度新設／New course-

他専攻・他コース／
other Depts or Courses

6単位以上／
6 or more

12

他専攻・他コース科目／course(s) in other Depts or Courses

13

プラズマエネルギー工学特論／Plasma processing technology
2
51
59
選択／E
電気磁気エネルギー工学／Electromagnetic Energy Engineering
2
51
59
選択／E
エネルギー応用デバイス／Energy Application Device
2
51
59
選択／E
デバイス・エネルギー機器／Device/Energy Systems
2
51
59
選択／E
高電圧パルス工学／High Voltage Pulse Engineering
2
51
59
選択／E
超伝導システム特論／Superconducting Energy Systems
2
51
59
選択／E
ナノフォトニクス特論／Advanced lecture on nano photonics
2
51
59
選択／E
4単位以上／
薄膜応用工学／Thin Films and Application
4 or more
2
51
58
選択／E
2021年度新設／New course
半導体デバイス応用特論／Semiconductor Device Applications
2
51
59
選択／E
分子エレクトロニクス特論／Molecular Electronics
2
51
59
選択／E
通信応用システム特論／Telecommunication Systems and Their Trends and Edges
2
51
59
選択／E
薄膜光デバイス／Thin Film Optical Devices
2
51
58
選択／E
スペクトル拡散通信論／Advanced Topics on Spread Spectrum Communications
2
51
58
選択／E
多次元信号処理論／Selected Topics in Multidimensional Signal Processing
2
51
58
選択／E
光計測特論／Optical metrology
2
51
58
選択／E
ナノ測定論／Optical nanometrology
電気情報工学特定研究Ⅰ
4
77
59
必修／R
／Project Research in Electrical and Information Engineering I
電気情報工学特定研究Ⅱ
4
77
59
必修／R
／Project Research in Electrical and Information Engineering II
13単位以上／13 or more
電気情報工学特定研究Ⅲ
4
77
59
必修／R
／Project Research in Electrical and Information Engineering III
2
99
58
選択／E
研究発表演習・発表／Internal and External Presentation
1
77
59
必修／R
中間発表／Interim Report
必修19単位，計23単位以上／Total: 23 credits or more including 19 credits in required courses
選択／E

14
15
16
17
18

(B-1)

19
20
21
22
23
24
25
26

必修／R

(B-2)

27
28
29
30

(C)
31
32
33

4
2

51

59

【備考】課程共通科目(a)は，所属専攻の科目として取り扱う。
【Notes】D(a) indicates Doctor’s common courses(a). They are treated as Department courses.
３．必修授業科目履修の流れ

１期(A)(B)(A)

セメスター

コース/課程共通科目
他専攻・他コース科目
コース/課程共通科目
他専攻・他コース科目

電気電子工学コース演習

２期
３期

コース/課程共通科目

４期
５期
６期

コース/課程共通科目

４．サブプログラム（キャリアパス形成科目群）
自然科学実践論（1単位），科学技術英語Ⅰ・Ⅱ（1単位），キャリアパス独自形成特別演習（2単位）61(C)
電気情報工学特定研究Ⅰ
電気情報工学特定研究Ⅰ
電気情報工学特定研究Ⅱ
中間発表
電気情報工学特定研究Ⅱ
電気情報工学特定研究Ⅲ
電気情報工学特定研究Ⅲ

人間支援科学コース（Ｄ）／Human Sciences and Assistive Technology Course (D)１．コースの教育目標（人材育成）／Educational Objectives of the Course (Human Resource Development)(A) The ability to be aware of one’s social responsibilities with a broad perspective regarding support technology-related fields, including super aged societies, disabilities and disabled individuals, rehabilitation, selfreliance support, self-determination, and societal participation(B) The ability to carry out research and development of leading-edge technologies in one of the following engineering fields (information, electronic, and welfare engineering)(B-1) The biomedical engineering field as it relates to bio-function sensing and control, human interfaces, medical equipment, and equipment necessary in overcoming and ameliorating disabilities(B-2) The lifestyle support science field as it relates to analysis and optimal control of living environments aimed at supporting self-reliance as well as promoting and maintaining health among elderly anddisabled individuals, as well as sports science, wellness theory, rehabilitation engineering, conformity theory relating to assistive technologies, etc.
(C) The ability to discover problems, the ability to formulate problems, and the ability to solve problems; The ability to communicate effectively. The ability to give presentations at international conferences, etc.; Theability to write papers for academic journals, etc.
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
授業科目
選択・必修 単位数
Objective
Course Title
Elective/Req Credits

電気情報工学特定研究Ⅰ／Project Research in Electrical and Information Engineering I
電気情報工学特定研究Ⅱ／Project Research in Electrical and Information Engineering II
電気情報工学特定研究Ⅲ／Project Research in Electrical and Information Engineering III

1
2
3

分野
Field

水準

修了認定単位

Standard

Credit Req for Degree

必修／R

4

77

59

必修／R

4

77

59

必修／R

4

77

59

4

研究発表演習・発表／Internal and External Presentation

選択／E

2

99

59

5

中間発表／Interim Report

必修／R

1

77

59

人間支援科学コース演習／Exercises in Human Science and Assistive Technology Course
人間支援科学コースセミナーⅠ
7／Seminar in Human Science and Assistive Technology Course I
人間支援科学コースセミナーⅡ
8／Seminar in Human Science and Assistive Technology Course II
人間支援科学コースセミナーⅢ
9 (A)，(C)／Seminar in Human Science and Assistive Technology Course III
6

必修／R

2

56

58

選択／E

2

56

59

選択／E

2

56

59

選択／E

2

56

59

備考
Notes

学会発表
／academic conference presentation

19単位
以上／
19 or more

専攻共通の電気電子工学博士セミ
ナーは履修申請しないこと／Do notregister for Seminar in Electrical andInformation Engineering, which is a
Department common course10

外国語論文解説・討論Ⅰ／Literature Reading I

選択／E

2

99

59

11

外国語論文解説・討論Ⅱ／Literature Reading II

選択／E

2

99

59

12

外国語論文解説・討論Ⅲ／Literature Reading III

選択／E

2

99

59

選択／E

2

74

39

課程共通科目(b)／D(b)2021年度新設／New course

選択／E

1

74

39

課程共通科目(b)／D(b)2021年度新設／New course

選択／E

2

74

39

課程共通科目(b)／D(b)2021年度新設／New course

博士のためのキャリアマネジメントセミナー／Career Management Seminar for doctoral students
博士のキャリア開発の実践／Practical career development for doctoral students
博士ジョブ型研究インターンシップ／Job-focused research internship for doctoral students

13
14
15
16

他専攻及び他コース専門科目／course(s) in other Depts & Course(s)

必修／R

4以上／
4 or more

-

-

17

博士のためのインターンシップ／Internship for doctoral courses

選択／E

1

74

49

18

電気情報工学特別講義／Special lectures on Electrical and Information Engineering

選択／E

1

99

59

19

運動機能生理学／Motor Functions of the Nervous System

選択／E

2

56

59

先端生体材料論／Advanced Biomaterials

選択／E

2

56

59

21

ウエルネス・スポーツ健康論／Wellness，Sports and Health

選択／E

2

56

59

22

神経工学特論／Neuro Engineering

選択／E

2

56

59

23

生体情報システム論／Introduction to Cybernetics

選択／E

2

56

49

生体画像信号解析／Biomedical Signal and Image Processing

選択／E

2

56

59

25

生体機能解析／Bioengineering in Functional Activity

選択／E

2

56

49

26

福祉シミュレーション／Well-being Community Simulation

選択／E

2

56

59

27

先端支援機器／Advanced Assistive Device

選択／E

2

56

49

28

視覚障害支援論／Assistive Technology for Blind and Visually Impaired People

選択／E

2

56

49

29

聴覚障害支援論／Assistive Technology for Auditory Impairment

選択／E

2

56

59

20

24

(A)

(B-1)

(B-2)

課程共通科目(b)／D(b)4単位
以上／
4 or more

必修19単位，計23単位以上／Total: 23 credits or more including 19 credits in required courses【備考】課程共通科目(b)は，所属専攻の科目として取り扱う。
【Notes】D(b) indicates Doctor’s common courses(b). They are treated as Department courses.

３．必修授業科目履修の流れ

1期

電気情報工学特定研究Ⅰ
人間支援科学コースセミナーⅠ
外国語論文解説・討論Ⅰ
研究発表演習電気情報工学特定研究Ⅱ
人間支援科学コースセミナーⅡ
外国語論文解説・討論Ⅱ
人間支援科学コース演習
中間発表
電気情報工学特定研究Ⅲ
人間支援科学コースセミナーⅢ
外国語論文解説・討論Ⅲ

1科目

2期
3期

(C)

(A)

セメスター

1科目

4期
5期
6期

４．サブプログラム（キャリアパス形成科目群）
自然科学実践論（1単位），科学技術英語Ⅰ・Ⅱ（1単位），キャリアパス独自形成特別演習（2単位）※2021年度から廃止した科目「生体電磁論」,「知能情報機械論」,「センシングデバイス論」

62

○生命・食料科学専攻（博士後期課程）／Department of Environmental Science and Technology (Doctoral Programs)
基礎生命科学コース（Ｄ）／Life Sciences Course (D)１．コースの教育目標（人材育成）／Educational Objectives of the Course (Human Resource Development)(A) The ability to recognize one’s responsibilities with a broad perspective toward nature, society and humanity(B) The ability to understand and elucidate theories and technologies in fundamental biology and related fields(B-1) The ability to understand and elucidate fundamental theories relating to immunity, biomolecules, super-molecules and embryogenesis(B-2) The ability to understand and elucidate fundamental theories relating to the structures and functions of organelle, genetics, evolution, and marine organisms(C) The ability to discover and solve problems; The ability to communicate effectively, including academic conference presentations; The ability to report within a specified period of time
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
授業科目
選択・必修 単位数
Objective
Course Title
Elective/Req Credits
1

(A)

2
3

(B)

4
5
6
7

(B-1)

8
9
10
11
12
13

(B-2)

14
15
16
17
18
19
20
21

(C)
22
23
24
25
26
27

（他のコースおよび他の専攻の専門科目／course(s) in other Courses & Depts）
博士のためのキャリアマネジメントセミナー／Career Management Seminar for doctoral students
博士のキャリア開発の実践／Practical career development for doctoral students
博士ジョブ型研究インターンシップ／Job-focused research internship for doctoral students
免疫細胞生物学特論／Advanced Lecture in Cellular Immunobiology
細胞分化制御学特論／Topics of Regulation of Cell Differentiation
糖鎖科学特論／Advanced Glycoscience
タンパク質・核酸化学特論／Advanced protein and nucleic acid chemistry
胚発生学特論／Advanced Lecture in Animal Embryology
植物機能制御論Ⅰ／Plant Function Control I
植物機能制御論Ⅱ／Plant Function Control II
植物機能制御論Ⅲ／Plant Function Control III
適応統合生物学／Integrative adaptation biology
植物分子遺伝学特論Ⅱ／Advanced Plant Molecular Genetics II
進化発生生物学特論Ⅱ／Evolutionary Developmental Biology II
水圏生物環境学特論／Advanced Lectures in Environmental Aquatic Biology
基礎生命科学（博士）演習（中間発表）／Presentation Practice (Interim Presentation for Doctoral Thesis)
研究発表（博士）演習（学会発表含む）／Practice in Research Presentation (Presentation in Scientific Meeting)
生命・食料科学博士特定研究Ⅰ／Advanced Graduate Study in Life and Food Science I
生命・食料科学博士特定研究Ⅱ／Advanced Graduate Study in Life and Food Science II
生命・食料科学博士特定研究Ⅲ／Advanced Graduate Study in Life and Food Science III
生命・食料科学博士セミナーⅠ／Advanced Seminar in Life and Food Science I
生命・食料科学博士セミナーⅡ／Advanced Seminar in Life and Food Science II
生命・食料科学博士セミナーⅢ／Advanced Seminar in Life and Food Science III
外国語論文解説・討論Ⅰ／Seminar in Current Topics I
外国語論文解説・討論Ⅱ／Seminar in Current Topics II
外国語論文解説・討論Ⅲ／Seminar in Current Topics III

分野
Field

水準

修了認定単位

Standard

Credit Req for Degree

4単位以上／4 or more

備考
Notes

必修／R

-

-

-

選択／E

2

74

39

課程共通科目／Doctoral common course
2021年度新設／New course

選択／E

1

74

39

課程共通科目／Doctoral common course
2021年度新設／New course

選択／E

2

74

39

課程共通科目／Doctoral common course
2021年度新設／New course

選択／E

2

57

59

選択／E

2

57

59

選択／E

2

57

59

選択／E

2

57

59

選択／E

2

57

59

選択／E

2

57

59

選択／E

2

57

59

選択／E

2

57

59

選択／E

2

57

59

選択／E

2

57

59

選択／E

2

57

58

選択／E

2

57

58

必修／R

1

57,77

59

必修／R

1

57,77

59

必修／R

4

77

59

選択／E

4

77

59

選択／E

4

77

59

必修／R

2

60

59

選択／E

2

60

59
59

選択／E

2

60

必修／R

2

99

59

選択／E

2

99

59

選択／E

2

99

59

所属コースの専門科目
5単位以上／
5 or more in the
Course10単位以上／10 or more

19単位以上（必修14単位）／19 credits or more (14 credits in required courses)
３．必修科目履修の流れ
必修科目
年次
他のコースおよび他専攻の専門科目，生命・食料科学博士特定研究I， 生命・食料科学博士セミナーI，外国語論文解説・討論I
1年次
2年次

基礎生命科学（博士）演習（中間発表）

3年次

研究発表（博士）演習（学会発表含む）※2021年度から廃止した科目「食品産業経営論」，「経営戦略・マーケティング」

63

応用生命・食品科学コース（Ｄ）／Applied Life and Food Sciences Course (D)１．コースの教育目標（人材育成）／Educational Objectives of the Course (Human Resource Development)(A) The ability to recognize one’s responsibilities with a broad perspective toward nature, society and humanity(B) The ability to formulate and solve problems based on the fundamental theories and technologies of the field concerned(B-1) The ability to formulate and solve problems aimed at advanced utilization of plant functions, breeding, elucidation of plant physiology, fertilizer design and development of fertilizer technologies by applying
theories and technologies relating to plant genome functions and their control, metabolism adjustments, and organelle formation control(B-2) The ability to formulate and solve problems aimed at improving and advancing microorganism functions, and elucidating enzyme functions by applying theories and technologies relating to microorganism
genomic information, function control, and substance production(B-3) The ability to formulate and solve problems aimed at developing new products and technologies and elucidating food functions by applying theories and technologies relating to food manufacture, processing,component analysis, quality assessment, nutrition and metabolism control, and organism and cell function adjustments(B-4) The ability to formulate and solve problems aimed at sustainable organism production and Earth environment remediation and maintenance by applying theories and technologies relating to useful functions
possessed by soil-dwelling microorganisms, the interactions between microorganisms and plants, and advanced development and utilization of wood resources(C) The ability to discover and solve problems; The ability to communicate academically; The ability to give presentations at international conferences, etc.; The ability to write papers for academic journals
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
授業科目
選択・必修
Objective
Course Title
Elective/Req

単位数
Credits

分野
Field

水準
Standard（A）

他コースで開講する科目／course(s) in other Courses

必修／R

2

-

-

(B)

6

Advanced Agri-Communication
Research Agri-Internships
応用生命科学特論／Advanced in Life Science
食品科学特論／Advanced in Food Science
バイオインフォマティクス特論／Bioinformatics

選択／E
選択／E
選択／E
選択／E
選択／E

1
1
1
1
2

60
60
61
61
61

58
58
59
59
59

7

エピジェネティクス特論／Topics in epigenetics

選択／E

2

61,57

59

8

植物代謝制御特論／Topics in Plant Metabolic Control

選択／E

2

61,57

59

9

植物細胞育種学／Plant Cell Breeding

選択／E

2

60

59

Environmental Plant Physiology

選択／E

2

61

59

1
2
3
4
5

10

(B-1)

Topics in Biotechnology and Biochemistry

選択／E

2

61

59

12

植物ゲノム機能学特論／Topics in plant genome function

選択／E

2

61

59

13

植物バイオコントロール特論／Topics in Plant Bio-control

選択／E

2

61

59

14

植物環境応答学特論II／Topics in environmental responses of plants II

選択／E

2

61,57

59

15

微生物機能化学／Microbial Chemistry

選択／E

2

61

59

11

(B-2)

備考
Notes
2単位以上／ 2単位相当分の科目／course(s) worth 2 credits
2 or more
課程共通科目(a)／D(a)修了認定単位

Credit Req for Degree

2021年度新設／New course
2021年度新設／New course

2021年度新設／New course

4単位以上／
4 or more

分子微生物学特論／Topics in Molecular Microbiology

選択／E

2

61

59

17

Topics in Molecular Microbiology

選択／E

2

61

59

18

食肉制御論／Regulation of Meat Property

選択／E

2

61

59

19

動物タンパク質機能論／Topics in Animal Protein Function

選択／E

2

61,60,575920

醸造学特論Ⅱ／Advanced Zymurgy II

選択／E

2

61

59

2021年度新設／New course

21

食品・農業情報学特論／Topics in Food Engineering & Agroinformatics

選択／E

2

65

48

2021年度新設／New course

Topics in Food Sciences

選択／E

2

61

59

16

22

(B-3)

Topics in High Pressure Food Science

選択／E

2

61

59

24

食品素材機能論／Property of Food Materials

選択／E

2

61

59

25

食品機能化学特論／Advanced Biofunctional Chemistry of Food

選択／E

2

61

59

26

糖質科学論／Glycoscience studies

選択／E

2

61

59

27

食品工学特論／Advanced in Food Technology

選択／E

2

61

59

28

環境土壌学特論／Topics in Environmental Soil Science

選択／E

2

61

59

木質利用化学／Applied chemistry of wood components

選択／E

2

61

59

選択／E

2

61

59

必修／R

4

77

59

37

Topics in Applied Bioresource Chemistry
生命・食料科学博士特定研究Ⅰ／Advanced Graduate Study in Life and Food Science I
生命・食料科学博士特定研究Ⅱ／Advanced Graduate Study in Life and Food Science II
生命・食料科学博士特定研究Ⅲ／Advanced Graduate Study in Life and Food Science III
生命・食料科学博士セミナーⅠ／Advanced Seminar in Life and Food Science I
生命・食料科学博士セミナーⅡ／Advanced Seminar in Life and Food Science II
生命・食料科学博士セミナーⅢ／Advanced Seminar in Life and Food Science III
外国語論文解説・討論Ⅰ／Seminar in Current Topics I

38

外国語論文解説・討論Ⅱ／Seminar in Current Topics II

39

外国語論文解説・討論Ⅲ／Seminar in Current Topics III
研究発表演習（中間発表）／Presentation Practice (Interim Presentation for Graduation Thesis)
英語論文作成演習（英語論文投稿）／Scientific Writing and Presentation in English
応用生命・食品科学演習（学会発表）／Exercise in Applied Life and Food Sciences
博士のためのキャリアマネジメントセミナー／Career Management Seminar for doctoral students
博士のキャリア開発の実践／Practical career development for doctoral students
博士ジョブ型研究インターンシップ／Job-focused research internship for doctoral students

23

29

(B-4)

30
31
32
33
34

(B)(C)

35
36

40
41
42

(C)
43
44
45

必修／R

4

77

59

選択／E

4

77

59

選択／E

2

60

59

選択／E

2

60

59

選択／E

2

60

59

選択／E

2

99

59

選択／E

2

99

59
59

9単位
以上／
9 or more

選択／E

2

99

必修／R

1

61

59

選択／E

1

99

59

選択／E

1

61

59

選択／E

2

74

39

課程共通科目(a)／D(a)2021年度新設／New course

選択／E

1

74

39

課程共通科目(a)／D(a)2021年度新設／New course

選択／E

2

74

39

課程共通科目(a)／D(a)2021年度新設／New course

計19単位以上（必修含め自コースの科目17単位以上，他コース科目2単位以上）
Total: 19 credits or more (17 credits or more in the Course including required courses, and 2 credits or more in other Courses)
課程共通科目(a)は，所属コースの科目として取り扱う。／D(a) indicates Doctor’s common courses(a). They are treated as courses in the Course.
３．必修科目履修の流れ
セメスター
1期
2期
3期
他コースで開講する科目
4期
5期
6期

（B）（C)(A)(C)

生命・食料科学博士特定研究Ⅰ（通年）
生命・食料科学博士特定研究Ⅱ（通年）

研究発表演習（中間発表）

４．ロシア連邦極東地域における高度農業人材育成プログラム
プログラムの詳細は，●ページを参照してください。
５．グローバル農力養成プログラム及びグローバル防災・復興プログラム
プログラムの詳細は，●ページを参照してください。
※2021年度から廃止した科目「応用生命・食品科学特論」，「食品産業経営論」，「経営戦略・マーケティング」，「植物分子生命科学特論」，「微生物分子生命科学特論」，「食品・栄養科学特論」，「資源利用科学特論」

64生物資源科学コース（Ｄ）／Agriculture and Bioresources Course (D)１．コースの教育目標（人材育成）／Educational Objectives of the Course (Human Resource Development)(A) The development of human resources with a profound understanding of life phenomena relating to biological resources, the ability to work as a pioneer and in multifaceted ways to develop newtechnologies and improve local industries and environments, and who possess a broad perspective regarding nature, society, and humanity(B)The ability to understand and apply the fundamental theories and technologies of the field concerned(B-1) The ability to understand and apply theories relating to the development of sustainable agriculture, the development of international agricultural resources that contribute to the revitalization ofagriculture-related industries, and administration and management of local agriculture(B-2) The ability to understand and apply theories in agronomy relating to cultivated plants and resource plants such as edible and horticultural crops, plant physiology and ecosystem sciences, genetics
and breeding sciences including propagation, and plant pathology(B-3) The ability to understand and apply theories relating to safe, effective increases in production of animal protein making use of the genetic diversity as well as the reproductive physiologicalcharacteristics, developmental physiological characteristics, and nutritional physiological characteristics of resource animals(C) The ability to discover and solve problems; The ability to communicate effectively, including academic conference presentations; The ability to report within a specified period of time

２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
Objective

授業科目
Course Title

選択・必修Elective/Req

単位数
Credits

分野
Field

水準

修了認定単位

Standard

Credit Req for Degree

4単位以上／
4 or more

備考
Notes

1

他コース科目または課程共通科目／course(s) in other Courses & Doctor's common course(s)

必修／R

-

-

-

2

生物資源科学コース演習Ⅰ／Seminar on Agriculture and Bioresources I

必修／R

1

60

58

生物資源科学コース演習Ⅱ／Seminar on Agriculture and Bioresources II

選択／E

1

60

58

選択／E

1

60,66

58

選択／E

1

60

58

課程共通科目(a)／D(a)

選択／E

1

60

58

課程共通科目(a)／D(a)

選択／E

2

60

59

選択／E

2

64

59

選択／E

2

64

59

選択／E

2

64

59

選択／E

2

60

59

選択／E

2

60

59

選択／E

2

60

59

選択／E

2

60

59

選択／E

2

60

59

選択／E

2

60

59

選択／E

2

66

58

選択／E

2

66

59

選択／E

2

66

59

選択／E

2

60

48

3

（A）

4
5
6
7

(B)

8
9

(B-1)

10
11
12
13
14

(B-2)

15
16
17
18
19

(B-3)

20

生物資源科学特論／Special Lecture on Agriculture and Bioresources
A Global Perspective and Invigorating Assistance on Agriculture
Advanced Agri-Communication
Topics in Agro-Resources Science
国際農業資源開発論／International Agriculture and Resources Development
International Agriculture and Resources Development
農業生産力論／Analysis of Agricultural Productivity
植物発育制御学／Plant Development Regulation
ゲノム解析学／Plant Genome Analysis
Plant Genome Analysis
農作業システム特論／Special Lecture of Farming System
比較ウイルス学／Comparative Virology
作物ゲノム学／Crop genomics
草地植生利用管理学／Grassland Vegetation，its Management and Utilization
動物遺伝解析学／Genetic analysis in animals
動物組織細胞化学論／Animal Histochemistry and Cytochemistry
動物生殖細胞制御論／Animal Germ Cell Regulation
生命・食料科学博士特定研究Ⅰ／Advanced Graduate Study in Life and Food Science I

必修／R

4

77

59

22

生命・食料科学博士特定研究Ⅱ／Advanced Graduate Study in Life and Food Science II

選択／E

4

77

59

23

生命・食料科学博士特定研究Ⅲ／Advanced Graduate Study in Life and Food Science III

選択／E

4

77

59

24

生命・食料科学博士セミナーⅠ／Advanced Seminar in Life and Food Science I

必修／R

2

60

59

25

生命・食料科学博士セミナーⅡ／Advanced Seminar in Life and Food Science II

選択／E

2

60

59
59

21

26

(C)

生命・食料科学博士セミナーⅢ／Advanced Seminar in Life and Food Science III
外国語論文解説・討論Ⅰ／Seminar in Current Topics I
外国語論文解説・討論Ⅱ／Seminar in Current Topics II
外国語論文解説・討論Ⅲ／Seminar in Current Topics III
Research Agri-Internships
Practical English
英語論文作成演習（英語論文投稿）／Scientific Writing and Presentation in English

27
28
29
30
31
32

リサーチコミュニケーション演習（国際学会発表）／Research Communication

33

選択／E

2

60

必修／R

2

99

59

選択／E

2

99

59

選択／E

2

99

59

選択／E

1

60

58

選択／E

1

99

59

選択／E

1

99

59

選択／E

1

99

59

1単位以上／
1 or more※修了要件に含まれるのは，どちらか１科目のみです。

6単位以上／
6 or more※修了要件に含まれるのは，どちらか１科目のみです。

必修
8単位以上／
8 or more in
required courses

計19単位以上（必修含め自コースの科目15単位以上，他コース科目4単位以上）
Total 19 credits or more (15 credits or more in the Course including required courses, 4 credits or more in other Courses)
３．授業科目履修の流れ（コースワーク）
セメスター
1期

（A）

（B）

(＊1)生物資源科学コース演習Ⅰ

2期
3期(＊1)生物資源科学コース演習Ⅱ

専門科目

4期
5期
6期
（*1）はコースワーク

（C）
選択・必修

選択

(＊1)生命・食料科学博
士特定研究Ⅰ

生命・食料科学博士セミナーⅠ
外国語論文解説・討論Ⅰ(＊1)生命・食料科学博
士特定研究Ⅱ

生命・食料科学博士セミナーⅡ
外国語論文解説・討論Ⅱ(＊1)生命・食料科学博
士特定研究Ⅲ

生命・食料科学博士セミナーⅢ
外国語論文解説・討論Ⅲ

４．ロシア連邦極東地域における高度農業人材育成プログラム
プログラムの詳細は，●ページを参照してください。

５．グローバル農力養成プログラム及びグローバル防災・復興プログラム
プログラムの詳細は，●ページを参照してください。

※2021年度から廃止した科目「食品産業経営論」，「経営戦略・マーケティング」，「地域食品産業特論」，「作物資源利用学」，「農業資源科学特論」，「Nutritional Regulation of Protein (Amino Acids) Metabolism in Monogastric Animals」

65

○環境科学専攻（博士後期課程）／Department of Environmental Science and Technology (Doctoral Programs)
自然システム科学コース（Ｄ）／Natural Environmental Science Course (D)１．コースの教育目標（人材育成）／Educational Objectives of the Course (Human Resource Development)(A) The ability to recognize one’s responsibilities with a broad perspective toward nature, society and humanity(B) The ability to discover problems and the ability to solve problems(C) The ability to effectively communicate(D) The ability to give presentations at international conferences, etc.
(E) The ability to write papers for academic journals

２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
Objective
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24

授業科目
Course Title

他コース専門科目／course(s) in other Courses
博士のためのキャリアマネジメントセミナー／Career Management Seminar for doctoral students(A)
博士のキャリア開発の実践／Practical career development for doctoral students
博士ジョブ型研究インターンシップ／Job-focused research internship for doctoral students
環境物理学特論Ⅰ／Environmental Physics I
環境物理学特論Ⅱ／Environmental Physics II
環境化学特論Ⅰ／Advanced Chemistry of the Environment I
環境化学特論Ⅱ／Advanced Chemistry of the Environment II
環境化学特論Ⅳ／Topics in Environmental Chemistry IV
環境化学特論Ⅴ／Advanced Chemistry of the Environment V
地球物理学特論Ⅰ／Advanced Cource in Geophysics I
地圏環境科学特論Ⅰ／Special Lecture of Earth Surface Environment I
機能形態学特論／Structure and Function(B)
多様性生物学特論Ⅰ／Biological Diversity I
多様性生物学特論Ⅱ／Biological Diversity II
多様性生物学特論Ⅲ／Biological Diversity III
保全生物学特論Ⅰ／Conservation Biology I
保全生物学特論Ⅲ／Conservation Biology III
環境科学特定研究／Project Research in Environmental Science and Technology
大気汚染影響評価学特論／Advanced impact assessment of air pollution
大気汚染物質科学特論／Advanced atmospheric pollutant sciences
環境科学演習Ⅰ／Seminar in Environmental Science and Technology I
海外研究プロジェクト特別演習(C)(D)(E)／Project Research Exercise on Abroad
ＩＳＩ誌投稿特別演習／ISI Journal Submission Exercise

選択・必修 単位数 分野 水準
Elective/Req
Credits Field Standard
選択必修／ 4以上／
ReqE
4 or more
選択／E

2

74

39

選択／E

1

74

39

選択／E

2

74

39

選択／E

2

43

48

選択／E

2

43

48

選択／E

2

46

48

選択／E

2

46

48

選択／E

2

46

48

選択／E

2

46

48

選択／E

2

43

48

選択／E

2

44

48

選択／E

2

57

48

選択／E

2

57

48

選択／E

2

57

48

選択／E

2

57

48

選択／E

2

57

48

選択／E

2

57

48

必修／R

4

77

59

選択／E

2

46

38

選択／E

2

46

38

必修／R

1

77

59

選択／E

1

99

58

選択／E

1

99

58

備考
Notes

修了認定単位
Credit Req for Degree

4単位以上／
4 or more

課程共通科目／Doctoral common course
2021年度新設／New course
課程共通科目／Doctoral common course
2021年度新設／New course
課程共通科目／Doctoral common course
2021年度新設／New course

10単位以上（4単位は特定研究）／
10 or more
(4 in Project
Research)

ただし，研究指導委員会が認めた他コースまたは他専攻の科目を，当該分野の専門科目として認定可とする。／
Courses in other Courses or Deptsthat are approved by the Kenkyu
Shido (Research Advising)Committee may count toward (B)

1単位以上／
1 or more

修得単位：必修5単位，選択必修10単位以上修得のうえ，合計19単位以上修得のこと。
Credits Required: Total 19 credits or more including 5 credits in required courses and 10 credits or more in required elective courses

３．必修授業科目履修の流れ（目安）
セメスター
1
2
3

（B）（C）（D）（E）（A）+（B）
所属コース専門科目（1科目）
他コース専門科目(1科目)所属コース専門科目（1科目）

環境科学演習Ⅰ

他コース専門科目(1科目)所属コース専門科目（1科目）

環境科学特定研究456※2021年度から廃止または削除した科目「環境科学特別講義」，「環境化学特論Ⅲ」，「地圏環境科学特論Ⅱ」,「多様性生物学特論Ⅳ」,「保全生物学特論Ⅱ」,「地球物理学特論Ⅱ」

66

流域環境学コース（Ｄ）／Environmental Science for Agriculture and Forestry Course (D)１．コースの教育目標（人材育成）／Educational Objectives of the Course (Human Resource Development)(A) The ability to recognize one’s responsibilities with a broad perspective toward nature, society and humanity(B) The ability to discover problems and the ability to solve problems(C) The ability to effectively communicate(D) The ability to give presentations at international conferences, etc.
(E) The ability to write papers for academic journals
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
授業科目
選択・必修 単位数 分野
Objective
Course Title
Elective/Req Credits Field
選択必修／ 4以上／
1
他コース専門科目／course(s) in other Courses
ReqE
4 or more

博士のためのインターンシップ／Internship for doctoral courses

2
3

(A)

4
5

博士のためのキャリアマネジメントセミナー／Career Management Seminar for doctoral students
博士のキャリア開発の実践／Practical career development for doctoral students
博士ジョブ型研究インターンシップ／Job-focused research internship for doctoral students

水準

修了認定単位

Standard

Credit Req for Degree

-

1

74

49

選択／E

2

74

39

選択／E

1

74

39

課程共通科目／Doctoral common course
2021年度新設／New course

選択／E

2

74

39

課程共通科目／Doctoral common course
2021年度新設／New course

森林生態系管理学Ⅰ／Forest Ecosystem Management I

選択／E

2

62

58

7

森林生態系管理学Ⅱ／Forest Ecosystem Management II

選択／E

2

62

58

8

森林環境物理学／Environmental Biophysics

選択／E

2

62

58

9

森林空間情報学／Forest Geoinfomatics

選択／E

2

62

58

10

農地・農村計画学Ⅰ／Design and Management of Agricultural Land and Rural Community I

選択／E

2

65

58

11

施設機能工学／Design of Hydraulic Structures

選択／E

2

65

58

12

生産システム工学／Systems Engineering for Agricultural Production

選択／E

2

65

58

13

食品・農業情報学特論／Topics in Food Engineering & Agroinformatics

選択／E

2

65

48

14

応用雪水文学／Applied Snow Hydrology

選択／E

2

62

58

15

農業水利調整学／Advanced Agricultural Water Management

選択／E

2

65

58

生態系機能学／Ecosystem Function

選択／E

2

62

58

選択／E

2

46

38

選択／E

2

46

38

(B)

大気汚染影響評価学特論／Advanced impact assessment of air pollution
大気汚染物質科学特論／Advanced atmospheric pollutant sciences

17
18
19

農業環境システム論／Agricultural Environmental Systems

選択／E

2

65

58

20

生態遺伝管理学特論Ⅰ／Advanced Ecological Genetics I

選択／E

2

57

58

21

生態遺伝管理学特論Ⅱ／Advanced Ecological Genetics II

選択／E

2

57

58

22

島嶼生物地理学／ Island Biogeography

選択／E

2

57

58

23

淡水生物学特論／Freshwater Biology

選択／E

2

57

58

選択／E

2

38

38

必修／R

4

77

59

必修／R

1

99

59

選択／E

1

99

58

選択／E

1

99

58

24
25
26
27
28

環境保全の合意形成論／Consensus Building for Watershed Management
環境科学特定研究／Project Research in Environmental Science and Technology
環境科学演習Ⅱ／Seminar in Environmental Science and Technology II
海外研究プロジェクト特別演習(C)(D)(E)／Project Research Exercise on Abroad
ＩＳＩ誌投稿特別演習／ISI Journal Submission Exercise* 課程共通科目／Doctral common course

選択／E

6

16

備考
Notes

4単位以上／
4 or more

課程共通科目／Doctoral common course
2021年度新設／New course

ただし，研究指導委員会が認めた他コースまたは他専攻の科目を，当該分野の専門科目として認定可とする。／
Courses in other Courses or Deptsthat are approved by the Kenkyu
Shido (Research Advising)Committee may count as courses in
the Course.

2021年名称変更／New title
10単位以上（4単位は特定研究）／
10 or more (4 inProject Research)

1単位以上／
1 or more

修得単位：必修5単位，選択必修10単位以上修得のうえ，合計19単位以上修得のこと。
Credits Required: Total 19 credits or more including 5 credits in required courses and 10 credits or more in required elective courses

３．必修授業科目履修の流れ（目安）
セメスター（B）（C）（D）（E）（A）+（B）
所属コース専門科目（1科目）1
他コース専門科目(1科目)所属コース専門科目（1科目）
環境科学演習Ⅱ

2
他コース専門科目(1科目)3

所属コース専門科目（1科目）4
環境科学特定研究56

４．ロシア連邦極東地域における高度農業人材育成プログラム
プログラムの詳細は，●ページを参照してください。
５．グローバル農力養成プログラム及びグローバル防災・復興プログラム
プログラムの詳細は，●ページを参照してください。

※2021年度から廃止または名称変更した科目「環境科学特別講義」，「森林生態系管理学Ⅲ」，「農業情報学特論」

67

社会基盤・建築学コース（社会基盤系）（Ｄ）／Architecture and Civil Engineering Course (Civil Engineering Kei ) (D)１．コースの教育目標（人材育成）／Educational Objectives of the Course (Human Resource Development)(A) The ability to recognize one’s responsibilities with a broad perspective toward nature, society and humanity(B) The ability to discover problems and the ability to solve problems(C) The ability to effectively communicate(D) The ability to give presentations at international conferences, etc.
(E) The ability to write papers for academic journals
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
授業科目
選択・必修 単位数 分野
Objective
Course Title
Elective/Req Credits Field
他コース専門科目／
選択必修／ 4以上／
1
course(s) in other Courses
ReqE
4 or more
博士のためのキャリアマネジメントセミナー
2
選択／E
2
74
／Career Management Seminar for doctoral students(A)
博士のキャリア開発の実践
3
選択／E
1
74
／Practical career development for doctoral students

水準

修了認定単位

Standard

Credit Req for Degree39

博士ジョブ型研究インターンシップ／Job-focused research internship for doctoral students

選択／E

2

74

39

5

構造システム論Ⅰ／Structural systems I

選択／E

2

53

59

6

構造システム論Ⅱ／Structural systems II

選択／E

2

53

59

7

構造システム論Ⅲ／Structural systems III

選択／E

2

53

59

8

建設構造材料論Ⅰ／Structural Mechanics and Computational Methods I

選択／E

2

52

59

建設構造材料論Ⅱ／Structural Mechanics and Computational Methods II

選択／E

2

52

59

地盤防災論／Geotechnical disaster management

選択／E

2

52

59

11

都市水質リスク学／Risk Management of Urban Water Quality

選択／E

2

52

59

12

沿岸環境防災論／Nearshore Dynamics and Disaster Mitigation

選択／E

2

52

59

13

環境材料論／Materials for Construction and Environment

選択／E

2

52

59

14

環境・災害モデリング／Numerical modeling for civil and environmental engineering

選択／E

2

52

59

15

環境科学特定研究／Project Research in Environmental Science and Technology

必修／R

4

77

59

16

環境科学演習Ⅲ／Seminar in Environmental Science and Technology III

必修／R

1

77

59

海外研究プロジェクト特別演習／Project Research Exercise on Abroad

選択／E

1

99

58

ＩＳＩ誌投稿特別演習／ISI Journal Submission Exercise

選択／E

1

99

58

9

17

(B)

(C)(D)(E)

18

4単位以上／
4 or more

39

4

10

備考
Notes

課程共通科目／Doctoral common course
2021年度新設／New course
課程共通科目／Doctoral common course
2021年度新設／New course
課程共通科目／Doctoral common course
2021年度新設／New course

ただし，研究指導委員会が認めた他コース(※)または他
専攻の科目を，当該分野の10単位以上
専門科目として認定可とす（4単位はる。／Courses in other特定研究）／
Courses(※) or Depts that are
10 or more
(4 in Project Research) approved by the Kenkyu Shido(Research Advising) Committee
may count toward (B).

1単位以上／
1 or more

修得単位：必修5単位，選択必修10単位以上修得のうえ，合計19単位以上修得のこと。
Credits Required: Total 19 credits or more including 5 credits in required courses and 10 credits or more in required elective courses※「他コースの科目」には，社会基盤・建築学コースの他分野で開設する科目も含む。
※ "Course(s) in other Courses" include those in the other section, kei , in the Architecture and Civil Engineering Course.
３．必修授業科目履修の流れ（目安）セメスター
1（B）（C）（D）（E）（A）+（B）
所属コース専門科目（1科目）
他コース専門科目(1科目)2

所属コース専門科目（1科目）

環境科学演習Ⅲ

他コース専門科目(1科目)3

所属コース専門科目（1科目）4

環境科学特定研究56※2021年度から廃止した科目「環境科学特別講義」

68

社会基盤・建築学コース（建築系）（Ｄ）／Architecture and Civil Engineering Course (Architecture Kei ) (D)１．コースの教育目標（人材育成）／Educational Objectives of the Course (Human Resource Development)(A) The ability to recognize one’s responsibilities with a broad perspective toward nature, society and humanity(B) The ability to discover problems and the ability to solve problems(C) The ability to effectively communicate(D) The ability to give presentations at international conferences, etc.
(E) The ability to write papers for academic journals
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
Objective
1

(A)

授業科目
Course Title

選択・必修 単位数 分野 水準
Elective/Req Credits Field Standard
選択必修／
4以上
ReqE

他コース専門科目／course(s) in other Courses

修了認定単位
Credit Req for Degree

備考
Notes

4単位以上／
4 or more

2構造システム論Ⅰ／Structural systems I

選択／E

2

53

59

3

構造システム論Ⅱ／Structural systems II

選択／E

2

53

59

4

構造システム論Ⅲ／Structural systems III

選択／E

2

53

59

5

建設構造材料論Ⅰ／Structural Mechanics and Computational Methods I

選択／E

2

52

59

6

建設構造材料論Ⅱ／Structural Mechanics and Computational Methods II

選択／E

2

52

59

7

地盤防災論／Geotechnical disaster management

選択／E

2

52

59

8

居住環境論／Design theories for dwelling place

選択／E

2

53

59

9

建築環境制御論Ⅰ／Control of Architectural and Urban Environment I

選択／E

2

53

59

10

建築環境制御論Ⅱ／Control of Architectural and Urban Environment II

選択／E

2

53

59

11

景観計画論／Landscape Planning Theory

選択／E

2

53

59

12

都市保全計画論／Urban Conservation Planning

選択／E

2

53

59

13

環境科学特定研究／Project Research in Environmental Science and Technology

必修／R

4

77

59

14

環境科学演習Ⅲ／Seminar in Environmental Science and Technology III

必修／R

1

77

59

15

海外研究プロジェクト特別演習／Project Research Exercise on Abroad

選択／E

1

99

58

16

ＩＳＩ誌投稿特別演習／ISI Journal Submission Exercise

選択／E

1

99

58

(C)(D)(E) 博士のためのキャリアマネジメントセミナー
17／Career Management Seminar for doctoral students

選択／E

2

74

39

18

博士のキャリア開発の実践／Practical career development for doctoral students

選択／E

1

74

39

課程共通科目／Doctoral common course
2021年度新設／New course

19

博士ジョブ型研究インターンシップ／Job-focused research internship for doctoral students

選択／E

2

74

39

課程共通科目／Doctoral common course
2021年度新設／New course(B)

10単位以上（4単位は特定研究）／
10 or more
(4 in Project
Research)

ただし，研究指導委員会が認めた他コース(※)または他専攻の科目を，当該分野の専門科目として認定可とする。
／Courses in other Courses (※) or
Depts that are approved by the
Kenkyu Shido (Research Advising)Committee may count toward (B).
2021年名称変更／New title

2021年度新設／New course

1単位以上／
1 or more

課程共通科目／Doctoral common course
2021年度新設／New course

修得単位：必修5単位，選択必修10単位以上修得のうえ，合計19単位以上修得のこと。
Credits Required: Total 19 credits or more including 5 credits in required courses and 10 credits or more in required elective courses※「他コースの科目」には，社会基盤・建築学コースの他分野で開設する科目も含む。
※ "Course(s) in other Courses" include those in the other section, kei, in the Architecture and Civil Engineering Course.
３．必修授業科目履修の流れ（目安）
セメスター
1

2
3

（B）（C）（D）（E）（A）+（B）
所属コース専門科目（1科目）
他コース専門科目(1科目)所属コース専門科目（1科目）

環境科学演習Ⅲ

他コース専門科目(1科目)所属コース専門科目（1科目）4

環境科学特定研究56※2021年度から廃止および名称変更した科目「環境科学特別講義」，「居住空間論Ⅱ」69

地球科学コース（Ｄ）／Earth Science Course (D)１．コースの教育目標（人材育成）／Educational Objectives of the Course (Human Resource Development)(A) The ability to recognize one’s responsibilities with a broad perspective toward nature, ethics and humanity(B) The ability to understand and apply advanced theories and technologies(B-1) The ability to elucidate the formative processes of earth substances using isotope petrology and chronological methods(B-2) The ability to elucidate the properties of crust and mantle substances as well as their formations, changes, and interrelations(B-3) The ability to elucidate global environmental changes since the creation of the Earth at various time scales(C) The ability to discover problems and the ability to solve problems(D) The ability to effectively communicate(E) The ability to give presentations at international conferences, etc.
(F) The ability to write papers for academic journals

２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
授業科目
達成目標
選択・必修 単位数 分野 水準
Objective
Elective/Req Credits Field Standard
Course Title
自然科学総論Ⅰ・Ⅱ・Ⅲ・Ⅳ(いずれか１科目）
1
選択／E
1
99
56
(A)
／General Natural Sciences I ・ II ・ III ・ IV(Choose one)
2

岩圏物質変遷論／Lithospheric Dinamics

選択／E

2

44

59

3

鉱物科学特論／Advanced Mineralogical Sciences

選択／E

2

44

59

4

同位体地質学／Isotope Geology

選択／E

2

44

59

5

島弧火山学／Arc volcanology

選択／E

2

44

59

6

岩圏変形論／Deformation of Lithosphere

選択／E

2

44

59

地球深部物質論／Theory of Deep Materials in the Earth

選択／E

2

44

59

8

断層物質科学／Fault Material Science

選択／E

2

44

59

9

古生物地理論／Paleobiogeography

選択／E

2

44

59

10

表層物質堆積論／Sedimentology of Clastic Materials

選択／E

2

44

59

地圏環境進化学／Geosphere environment evolutionary

選択／E

2

44

59

12

地球－生命共進化論／Co-evolution of Earth and Life

選択／E

2

44

59

13

微化石層序論／MicrofossiI biostratigraphy

選択／E

2

44

59

(他コース科目／course(s) in other Courses)

必修／R

4

-

-

15

中間発表Ｄ／Presentation of Research Progress Report D

必修／R

1

77

59

16

学術発表演習Ｄ／Presentation Exercise D

44

59

地球科学演習Ｄ／Seminar in Earth Science D

選択必修／
ReqE

1

17

1

44

59

18

論文作成演習Ｄ／Academic Writing Exercise D

選択必修／
ReqE

4

44

59

4

77

59

選択／E

2

44

59

7

11

14

(B-1)

(B-2)

(B-3)

(A)

(A)(C)(D)(E)(F) 地球科学特定研究Dc／Project Research in Earth Science Dc
20
地質エンジニアリング実習Ｄ／Geological Engineering Exercise D
19

21

サイエンスコミュニケーション実習Ｄ／Science Communication Exercise D

選択／E

2

44

59

22

地球科学特定研究Da／Project Research in Earth Science Da

必修／R

4

77

59

23

地球科学特定研究Db／Project Research in Earth Science Db

必修／R

4

77

59

備考
Notes

修了認定単位
Credit Req for Degree(注）参照／(*）footnote

他専攻／in other Depts

2単位以上／2 or more

18単位以上(他コースまたは他専攻で開設する科目より4単位以上を含む)＊1:選択必修「学術発表演習Ｄ」又は「地球科学演習Ｄ」の *1
いずれか＊2:選択必修「論文作成演習Ｄ」又は「地球科学特定研究*2
Ｄc」のいずれか
18 or more (incl 4 or more in other Courses or
Depts)＊1:Required Elective - Presentation Exercise D or
Seminar in Earth Science D＊2:Required Elective - Academic Writing Exercise
D or Project Research in Earth Science Dc

合計19単位以上／Total: 19 credits or more
（注）修士課程で「自然科学総論」を履修していない学生は，履修することが望ましい。
（*） It is desirable for students who did not have General Natural Sciences in their Master's program to take the course.

３．必修授業科目履修の流れ（コースワーク＋リサーチワーク）
セメスター(A) (C) (D) (E) (F)

(B)

1期

専門科目

地球科学特定研究Ｄa

地球科学演習Ｄ

2期

専門科目

地球科学特定研究Ｄa

地球科学演習Ｄ

3期

専門科目

地球科学特定研究Ｄb

地球科学演習Ｄ，中間発表Ｄ

4期

専門科目

地球科学特定研究Ｄb

地球科学演習Ｄ

5期

専門科目

地球科学特定研究Ｄc

地球科学演習Ｄ

6期

専門科目

地球科学特定研究Ｄc

地球科学演習Ｄ

４．キャリアパス形成に関連した科目群（紹介）キャリアパス形成に関連し，下記の課程共通科目が開設されています。（修了要件対象外）
博士のためのキャリアマネジメントセミナー（２単位）
博士のキャリア開発の実践（１単位）
博士ジョブ型研究インターンシップ（２単位）※2021年度から廃止した科目「環境科学特別講義」

70

災害環境科学コース（Ｄ）／Natural Disaster and Environmental Science Course (D)１．コースの教育目標（人材育成）／Educational Objectives of the Course (Human Resource Development)(A) The ability to recognize one’s responsibilities with a broad perspective toward nature, society and humanity(B) The ability to discover problems and the ability to solve problems(C) The ability to effectively communicate(D) The ability to give presentations at international conferences, etc.
(E) The ability to write papers for academic journals
２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
Objective

授業科目
Course Title

選択・必修Elective/Req

単位数
Credits

分野
Field

水準
Standard--

選択必修／ 4以上／4
ReqE
or more1

他コース専門科目／course(s) in other Depts2

大気汚染影響評価学特論／
Advanced impact assessment of air pollution

選択／E

2

46

38

3

大気汚染物質科学特論／
Advanced atmospheric pollutant sciences

選択／E

2

46

38

4

博士のためのインターンシップ／
Internship for doctoral courses

選択／E

1

74

49

5

雪氷災害特論／Topics in Snow and Ice Disasters

選択必修／
ReqE

2

44

58

6

地盤変動特論／Active Geological Processes

選択必修／
ReqE

2

44

58

7

斜面災害特論Ⅰ／Disasters by Slope Movements

選択必修／
ReqE

2

44,52,62

58

斜面災害特論Ⅱ／Hazards by Slope Movement II

選択必修／
ReqE

2

44,52

58

9

火山土砂災害特論／
Advanced topics in volcano-hydrologic hazards

選択必修／
ReqE

2

44

58

10

数値河川水理学特論／Numerical Hydrodynamics

選択必修／
ReqE

2

52

58

11

環境科学特定研究／
Project Research in Environmental Science and Technology

必修／R

4

77

59

12

環境科学演習Ⅰ／
Seminar in Environmental Science and Technology I

必修／R

1

77

59

13 (C)(D)(E)

海外研究プロジェクト特別演習／
Project Research Exercise on Abroad

選択／E

1

99

58

14

ISI誌投稿特別演習／ISI Journal Submission Exercise

選択／E

1

99

58

(A)

8

(B)

備考
Notes

修了認定単位
Credit Req for Degree

4単位以上／
4 or more

専攻共通科目／
Dept common course
専攻共通科目／
Dept common course
課程共通科目／
Doctoral common course

10単位以上（4単位は特定研究）／
10 or more
(4 in Project
Research)

ただし，研究指導委員会
が認めた他コースまたは他専攻の科目を，当該分
野の専門科目として認定可とする。／Courses inother Courses or Depts thatare approved by the Kenkyu
Shido (Research Advising)Committee may count toward(B).

1単位以上／
1 or more

修得単位：必修5単位，選択必修10単位以上修得のうえ，合計19単位以上修得のこと。
Credits Required: Total 19 credits or more including 5 credits or more in required courses and 10 or more in required elective courses

３．必修授業科目履修の流れ（目安）（A）+（B）

セメスター（B）（C）（D）（E）

1

所属コース専門科目（1科目）

他コース専門科目(1科目)2

所属コース専門科目（1科目）所属コース専門科目（1科目）

他コース専門科目(1科目)

3

環境科学演習Ⅰ環境科学特定研究45
6

４．グローバル農力養成プログラム及びグローバル防災・復興プログラム
プログラムの詳細は，●ページを参照してください。

※2021年度から廃止した科目「環境科学特別講義」

71フィールド科学コース（Ｄ）／Field Research in the Environmental Sciences Course (D)１．コースの教育目標（人材育成）／Educational Objectives of the Course (Human Resource Development)(A) The ability to recognize one’s responsibilities and make ethical judgements, at a higher level, regarding nature, society and humanity(B) The ability to discover and solve problems at a high level through the state-of-the-art, field-specific knowledge and understanding(C) The ability to coordinate solutions to various issues from a neutral standpoint(D) The ability to communicate effectively, including international conference presentations(E) The ability to write papers for academic, refereed journals

２．達成目標に対応した授業科目と分野・水準／Courses, Fields, and Standards Corresponding to the Objectives
達成目標
Objective

授業科目
Course Title

選択・必修 単位数
Elective/Req Credits

博士のためのインターンシップ／Internship for doctoral courses

1

博士のキャリア開発の実践／Practical career development for doctoral students
博士ジョブ型研究インターンシップ
3 (A)（B)（C）／Job-focused research internship for doctoral students
4
環境ファシリテーター論及び演習／Environmental Facilitaror Theory
博士のためのキャリアマネジメントセミナー
5／Career Management Seminar for doctoral students
6
他コース専門科目／course(s) in other Courses
7
森林生態系管理学Ⅰ／Forest Ecosystem Management I
8森林生態系管理学Ⅱ／Forest Ecosystem Management II
9生態遺伝管理学特論Ⅰ／Advanced Ecological Genetics I
10
適応統合生物学／Integrative adaptation biology
水圏生物環境学特論
11／Advanced Lectures in Environmental Aquatic Biology
12
生態遺伝管理学特論Ⅱ／Advanced Ecological Genetics II13
多様性生物学特論Ⅲ／Biological Diversity III
14
多様性生物学特論Ⅳ／Biological Diversity IV
15
保全生物学特論Ⅱ／Conservation Biology II
16
淡水生物学特論／Freshwater Biology
17
島嶼生物地理学／ Island Biogeography
18
環境保全の合意形成論／Consensus Building for Watershed Management
19
森林空間情報学／Forest Geoinfomatics
20
応用雪水文学／Applied Snow Hydrology
21
生態系機能学／Ecosystem Function(B)
22
大気汚染影響評価学特論／Advanced impact assessment of air pollution
23
大気汚染物質科学特論／Advanced atmospheric pollutant sciences
24
地球物理学特論Ⅰ／Advanced Cource in Geophysics I
25
環境化学特論Ⅱ／Advanced Chemistry of the Environment II
26
環境化学特論Ⅳ／Topics in Environmental Chemistry IV
27
地圏環境科学特論Ⅰ／Special Lecture of Earth Surface Environment I
28
雪氷災害特論／Topics in Snow and Ice Disasters
29
地盤変動特論／Active Geological Processes
30
斜面災害特論Ⅰ／Disasters by Slope Movements
31
斜面災害特論Ⅱ／Hazards by Slope Movement II
32
火山土砂災害特論／Advanced topics in volcano-hydrologic hazards
33
数値河川水理学特論／Numerical Hydrodynamics
34
森林環境物理学／Environmental Biophysics
35
農業水利調整学／Advanced Agricultural Water Management
環境科学特定研究
36／Project Research in Environmental Science and Technology
37
環境科学演習Ⅳ／Seminar in Environmental Science and Technology IV
38
海外研究プロジェクト特別演習／Project Research Exercise on Abroad（C)(D)(E)39
中間発表／Presentation of Research Progress Report40
ＩＳＩ誌投稿特別演習／ISI Journal Submission Exercise
2

所属専攻科目／Department course(s)

分野
Field

Standard

水準

備考
Notes

修了認定単位
Credit Req for Degree

選択／E

1

74

49

課程共通科目／

選択／E

1

74

39

課程共通科目／39

4単位以上／ 課程共通科目／
Doctral common course
4 or more

選択／E

2

74

必修／R

2

99

58

選択必修／
ReqE

2

74

39

2

-

-

選択／E

2

62

58

選択／E

2

62

58

選択／E

2

57

58

選択／E

2

57

58

選択／E

2

57

58

選択／E

2

57

58

選択／E

2

57

48

選択／E

2

57

48

選択／E

2

57

48

選択／E

2

57

58

選択／E

2

57

58

選択／E

2

99

38

選択／E

2

62

58

選択／E

2

62

58

選択／E

2

62

58

選択／E

2

46

38

選択／E

2

46

38

選択／E

2

43

48

選択／E

2

46

48

選択／E

2

46

48

選択／E

2

44

48

選択／E

2

44

58

選択／E

2

44

58

選択／E

2

44,52,62

58

選択／E

2

44,52

58

選択／E

2

44

58

選択／E

2

77

59

選択／E

2

62

58

選択／E

2

65

58

必修／R

4

77

59

必修／R

1

99

59

選択／E

1

99

58

選択／E

1

99

59

選択／E

1

99

58

Doctral common course
Doctral common course

課程共通科目／
Doctral common course

ただし，研究指導委員会が認めた他
コースまたは他専
攻の科目を，当該10単位以上 分野の専門科目と（4単位は して認定可とす
特定研究）／ る。／
10 or more
Courses in other(4 in Project Courses or Depts that
Research)
are approved by the
Kenkyu Shido(Research Advising)Committee may counttoward (B)

1単位以上／
1 or more

選択／E
修得単位：必修7単位，選択必修2単位以上修得のうえ，合計19単位以上修得のこと。
Credits Required: Total 19 credits or more including 7 credits in required courses and 2 credits or more in required elective courses

３．必修授業科目履修の流れ（目安）セメスター
1（A）+（B）（A）（B）（C）（D）（E）

所属コース専門科目（1科目）

環境ファシリテーター論及び演習

他コース専門科目(1科目)所属コース専門科目（1科目）

2

他コース専門科目(1科目)

環境科学演習Ⅳ

所属コース専門科目（1科目）3
4

環境科学特定研究56

４．グローバル農力養成プログラム及びグローバル防災・復興プログラム
プログラムの詳細は，●ページを参照してください。

72

(3) Important study-related notes(1) Standard term of study and completion requirements
The standard term of study for Doctoral Programs at the Graduate School is three years.
Completion requires students to be enrolled for at least three years, earn either at least 19 or 23
credits depending on the course standards stipulated in Appended Table 5 of the Niigata
University Graduate School of Science and Technology Regulations and the educational programin the course concerned, submit a dissertation as an application for degree conferral after
receiving the necessary research supervision, and finally pass dissertation review and final
examination.
It is not possible for a student to remain enrolled for longer than six years.
(2) Research supervision
In regard to research supervision at graduate schools, Article 12 of the Standards for
Establishment of Graduate Schools stipulates that “Graduate school education shall be provided
via classes on course subjects and research supervision.”
Research-related supervision is not to be based on a credit system, and is required to beprovided in a variety of formats. As it has a significant impact on graduate school education,
research supervision has also become a course completion requirement at the Graduate School.
Research supervision provided at the Graduate School is provided broadly and effectively bya main supervisor and two sub-supervisors (collectively referred to as “supervisors”) assigned toeach enrolled student.
As a general rule, students must decide on a research topic within one month of enrollment
after consulting with their supervisors.
(3) Class subjects
a. Class subjects
Class subjects at the Graduate School are stipulated in the Niigata University Graduate
School of Science and Technology Regulations and are classified as follows.
Lectures are class subjects taught by full-time faculty members, faculty members holding
more than one post, and part-time lecturers.
Seminars and specified research are class subjects established under common themes within
the course as well as under specified topics for each student. Contents and formats are
stipulated within each department or course.
Each subject offered at the graduate school is represented by a two-digit code combination.
It consists of 3, 4, or 5 as the tens digit, and 6, 7, 8, or 9 as the unit digit.
3 Subjects open to all graduate school students
4 Subjects only open to students in the Graduate School of Science and Technology
5 Subjects only open to students who belong to a specific department
6 Master’s Program basic level
7 Master’s Program core level
8 Doctoral Program basic level
9 Doctoral Program core levelb. Study requirements

73

Students must select class subjects in the course concerned as well as class subjects in othercourses or departments after first consulting with the aforementioned supervising committee(main supervisor and two sub-supervisors), and must earn at least either 19 or 23 credits as
stipulated in Appended Table 5 of the Niigata University Graduate School of Science andTechnology Regulations and educational objectives of the course to which the student belongs.
c. Registration procedures
As a general rule, students must decide on class subjects and prepare a study plan within
one month of enrollment after first consulting with their supervising committee.
In addition, at the beginning of each semester, students must determine which class subjects
to take that semester and submit a registration notification using the designated format.
d. Recognition of credits
Recognition of credits for students deemed to have a sufficient number of hours ofattendance in lectures and other activities shall be conducted via written or oral examinations
and research reports.
e. Make-up examinations
Make-up examinations may be held for students unable to take a regularly-scheduled test
due to illness or other unavoidable circumstances. The faculty member in charge of the classconcerned will indicated date, times, locations, etc. for make-up examinations.
f. Grade assessments and standards
Class subjects are assessed on a 100-point scale with 60 points or higher passing and 59
points or lower failing. Passing students are awarded the designated credits.
Letter grades are assigned as follows: 80 points or higher = A; 70 to 79 points = B; 60 to 69
points = C; and 59 points or lower = D.
Grade assessment standards are as follows.
PointsLetter gradeStandard

80 to 100 points

A

The student has fully achieved the learning objectives of
the class subject.

70 to 79 points

B

The student has achieved the learning objectives of theclass subject to a certain degree.

60 to 69 points

C

The student has achieved the minimum learning objectivesof the class subject.

0 to 59 points

D

The student has failed to achieve the minimum learning
objectives of the class subject.

(4) Taking class subjects at other graduate schools
Students may take class subjects at other graduate schools if deemed educationally beneficial
by their supervising committee.

74

Taking class subjects at another graduate school requires approval from the faculty council aswell as discussion between this university and the graduate school concerned. Obtaining
approval from other graduate schools requires a considerable period of time, so interested
students must inform their main supervisor as early as possible.
Up to fifteen credits earned via class subjects taken at the other graduate school will betreated as having been earned at this Graduate School, and these may be certified as a portion of
the credits required for course completion.
(5) When receiving research supervision at other graduate schools
Students may become a special visiting research student receiving research supervision atother graduate schools or research institutes if deemed educationally beneficial by theirsupervising committee.
Becoming a special visiting research student requires approval from the faculty council aswell as discussion between Niigata University and the graduate school concerned. Obtaining
approval from other graduate schools requires a considerable period of time, so interested
students must inform their main supervisor as early as possible.

75

(4) Degrees
1) Degree conferral
Students completing a Doctoral Program at the Graduate School shall be awarded adoctoral degree.
2) Handling of dissertations
For information beyond the stipulations of the Niigata University Degree Regulations on
how the Graduate School of Science and Technology handles dissertation submission
qualifications, application procedures, dissertation review, etc., please carefully read thefollowing “Procedures, etc. relating to degree conferral” and “Guidelines on writing
dissertations as applications for degree conferral.”Degree Conferral Procedures
Please note the following matters regarding procedures, etc. relating to degree conferral in
Doctoral Programs.
1. Dissertation submission eligibility
Students deemed capable of meeting the Doctoral Program completion requirements shownin Items (1) or (2) below shall be considered eligible.
(1) Students who have earned the credits stipulated in Article 9-3 of the Graduate School of
Science and Technology Regulations while enrolled in the Graduate School and received
the necessary research supervision(2) Students deemed to have outstanding research performance by the faculty council
pursuant to the proviso in Article 32-2 of the Niigata University Graduate School
Regulations, and have earned the credits stipulated in Article 9-3 of the Graduate Schoolof Science and Technology Regulations and received the necessary research supervision(For reference)• Article 9-3 of the Graduate School of Science and Technology Regulations: “Regarding theclass subjects stipulated in Paragraph 1, students in Doctoral Programs must earn either at
least 19 or 23 credits depending on the standard credit requirements for the department
concerned, as shown in Appended Table 5.”• Article 32-2 of the Niigata University Graduate School Regulations: “In order to complete athree-year, doctoral (hakase koki) program or a doctoral program, students are required to
be enrolled in the graduate school concerned for a minimum of three years, earn at least 12
credits in class subjects stipulated by the graduate school concerned, and pass doctoral
dissertation review and the final examination after receiving the necessary researchsupervision.”
2. Dissertation submission
Students applying for dissertation review after being deemed eligible for dissertation
submission by their supervising committee must submit the following designated documents to
the Graduate School of Science and Technology Academic Affairs Division.
(1) Documents to submit
1)
Dissertation Review Application (Form 1)
1 copy2)
Dissertation (on A4-size paper, in either Japanese or English)
5 copies
3)
Dissertation Register (Form 2)
5 copies
4)
Dissertation Abstract (approx. 2,000 Japanese characters in
5 copies
length) (Form 3)
5)
Dissertation Abstract (In English, no longer than one sheet of the
5 copies76

designated form) (Form 4)
Reference papers (Academic papers that form the foundation of
5 copies eachthe dissertation)
7)
Letter of Consent (For co-authored reference papers) (Form 5,
1 copy eachspecified elsewhere)
8)
Curriculum Vitae (Form 6)
5 copies
9)
Letter of Approval from Research Supervising Committee (Form
1 copy7)• Dissertations must be unique papers written based on contents that have been published or
are to be published in an academic journal with a peer review system.
• The term reference paper refers to papers that broadly served as a foundation when writinga dissertation and that either have been published or are scheduled to be published in an
academic paper with a peer review system.
(2) Dissertation submission periods1 ) For degree conferral in March: From February 1 to February 72 ) For degree conferral in September: From July 15 to July 21
3. Final examination
Final examinations are held orally during dissertation presentations with a focus on thecontents of the dissertation under review.
4. Dissertation review
Dissertations are reviewed to determine worthiness as a doctoral dissertation, and approval of
the field in which the degree is to be granted is also provided during the review process.
Dissertation review standards at the Graduate School of Science and Technology of Niigata
University
Doctoral Programs
1. Research contents: Whether or not the research contents are academically novel and original
2. Understanding of research trends: Whether or not the student has surveyed the prior researchthrough searching the literature, participating in academic conferences, etc. and fully
understands the background, significance, and importance of one’s own research
3. Research plan and method: Whether or not the research plan and method are appropriate
4. Analysis of research findings: Whether or not the analysis of research findings is appropriate,
and whether or not the student was able to obtain novel findings
5. Dissertation writing ability: Whether or not the format and contents of the paper are at thelevel of a doctoral dissertation
6. Dissertation presentation ability: Whether or not the student is able to present the researchcontents at graduate school presentations, academic conferences, etc. and able toappropriately answer questions
7. Publication of papers in academic journals: Whether or not the student has published or isscheduled to publish papers in an academic journal on the topic of the doctoral dissertation
5. Open dissertation presentation
Deadlines and venues for holding paper presentations are announced separately.
6. Degree conferral
Students who pass dissertation review and the final examination will receive a doctoral
degree.
7. Publication of dissertation (See Article 19 of the Niigata University Degree Regulations)
The recipient of a doctoral degree must publish the paper within one year from the date of
6)77degree conferral.
Guidelines on writing dissertations as applications for degree conferral
Students applying for doctoral dissertation review at the Graduate School must create
documents in accordance with these guidelines.
Documents will not be accepted until they are in order, so students must have them inspectedby a supervisor, etc.
In addition, the designated forms necessary in dissertation review procedures must be
requested and obtained from the Graduate School of Science and Technology Academic Affairs
Division.
1. Creating dissertation documents(1) Dissertation Review Application [Form 1](2) Dissertation (on A4-size paper; in either Japanese or English)
Dissertations must be organized as follows.
1) Dissertations must display a title, the name of the department, and the name of thestudent.
2) As a general rule, dissertations must be submitted on white, high-quality paper.
3) The paper must be portrait-oriented, and text must be horizontal.
4) While it is preferable for dissertations to be printed in a long-lasting format, they may
also be written on word processors or by hand, or copied.
When writing by hand, it is necessary to use black ink or a black ballpoint pen andwrite horizontally and carefully. When writing in English, it is necessary to use a
typewriter or word processor.
5) All dissertations in English must be created using a typewriter or word processor.
6) It is not possible to correct or replace dissertations once submitted, so students mustensure that there are no typographical errors, omissions, etc.
(3) Dissertation Register [Form 2]
1) Dissertation registers must be created as shown in the example provided.
2) A title (including subtitle) must be displayed in the same manner as for dissertation
submission.
3) Dissertations titled in a foreign language (English) must display the Japanesetranslation in parentheses under the title.
4) Unpublished papers (reference papers) must be accompanied by Proof of Acceptancefor Publication from an academic society, etc.
(4) Dissertation Abstract [Form 3]
1) Abstracts must use Form 3 as the cover page.
2) The text must be approx. 2,000 Japanese characters in length and in accordance withthe designated format.
(5) Dissertation Abstract (in English) [Form 4])
1) Abstracts must use Form 4 as the cover page. Covers must also be written in English.
2) Dissertation Abstracts must be written in English and no longer than one sheet of thedesignated form.
3) Dissertation Abstracts must be written using a word processor.
(6) Reference papers
1) The rules stipulated by each department must be followed.

782) All papers listed on the Dissertation Register must be submitted.
Letter of Consent [Form]5)
Letters of Consent must be submitted for co-authored reference papers.
(8) Curriculum Vitae [Form 6]
1) Curriculum Vitae must be created as shown in the example provided.
2) The name of the student must be displayed exactly as it appears on his/her family
register, and no nicknames, alias, pseudonyms, etc. may be used whatsoever. Names
must also feature furigana.
3) The student’s legal domicile must display the name of the prefecture only. Foreign
nationals must display the name of the country.
4) The current address must display the address where the student is currently residing,including “in care of xxx” if applicable.
5) Academic history must list university graduation, scheduled completion of graduate
school, and other matters relating to educational background in chronological order.
Students must also list all changes in status, including admission, leave of absence,
re-admission, etc. Changes to school names during the period of enrollment and othersuch changes must also be listed.
6) If the student was enrolled as a research student prior to enrolling at the Graduate
School, then research history must list its details in chronological order.
Students with no research history must write “None.”7) Employment history must list the place of employment, occupational title, etc. for eachfull-time position held in chronological order. It is also preferable to list any
part-time positions particularly related to education or research.
Students with no employment history must write “None.”(9) Letter of Approval from Research Supervising Committee [Form 7]
Seals of approval must be received from both the main supervisor and the chairpersonof the department.
2. Other(1) Regarding the aforementioned documents to submit, other than the document stipulated
in Item 1-(1), one of the copies submitted must be the original document. The other four
may be duplicates. However, when using photographs, etc. in the original copy of adissertation, the same items used in the original must be used in the duplicates.
(2) If you have any questions about these creation guidelines, please contact the Graduate
School of Science and Technology Academic Affairs Division.
(7)79

課博様式２

（記載例）

（Ａ４縦）

論

文

目

録
／

報告番号

第
専攻

号
コ ー

頁

在籍番号
ス

氏

名

学位申請論文題名の研究
又はResearch of（
参考論文は以下のとおりの研究）※和訳を付すこと編である。

著者名および題名
１．○○○○他○名：の研究
令和
年月発行 ○○○雑誌 第○巻第○号○○～○○頁に発表（又は掲載決定）
２．○○○○他○名：Research of（の研究）※和訳を付すこと
令和年月発行 Journal of ○○○Vol.○○,no.○○,pp○○～○○に発表（又は掲載決定）
３．
（以下上記と同じように記載する。
）（注）１．参考論文の雑誌掲載の場合は、上記記載例のように記入する。
２．論文題名が外国語の場合は、題目の下に日本語の訳文をかっこ書きで記入すること。
３．参考論文は、著者名、論文名、雑誌等の発行年月日、雑誌名、巻、号、掲載頁の順に記入すること（上記例を参照のこと）。
著者が複数の場合は、当該雑誌等に記載された著者名の順に全員記入すること。
ただし、多数の場合には、主な共著者５名程度を記入し、その後に「他○名」と表示すること。
掲載頁は、初めと終わりの頁を記入すること。
なお、論文が未発表で掲載決定の場合は、頁を記入する必要はないが、学会等からの「掲載決定証明書の写し」を添付すること。

80

課博様式６

（記載例）

（Ａ４縦）

履

歴

書
／

報告番号

第

号
にいがた

たろう

氏

新

太

潟

性別

ふりがな
名

郎

男・女

昭和・平成
生年月日

○○年 ○○月 ○○日 生
西暦（留学生）本

籍○○※戸籍の所在地

現 住 所
電話番号

都道
府県

在籍番号

Ｆ○○Ａ○○○Ａ（留学生は国籍）新潟県新潟市西区五十嵐二の町８０５０番地（下宿等は～方まで）
（

）

－

最終学歴
令和○年○月○日○○大学○○学部○○学科卒業

令和○年○月○日○○大学大学院○○研究科○○○○専攻修士課程（又は博士前期課程等）入学

令和○年○月○日○○大学大学院○○研究科○○○○専攻修士課程（又は博士前期課程等）修了

令和○年○月○日

新潟大学大学院自然科学研究科○○○○専攻博士後期課程入学（又は進学）

令和○年○月○日

新潟大学大学院自然科学研究科○○○○専攻博士後期課程修了予定

研究歴
令和○年○月○日～令和○年○月○日
令和○年○月○日～令和○年○月○日○○大学○○学部○○学科○○教授の下で，研究生として○○○○についての研究に従事○○○株式会社○○研究所において，○○○○○に関する研究に従事※研究歴がない場合は「なし」と記入願います。
職頁

歴
令和○年○月○日○○株式会社○○研究所研究員

令和○年○月○日

同上退職※職歴がない場合は「なし」と記入願います。

81学位申請論文の表紙〔作成例〕●日本語の場合

○
○
○
の
研
究

○ ○ ○ ○ ○ ○ の研究― 副 題 ―

氏 名 ○ ○ ○ ○副題

新潟大学大学院自然科学研究科博士後期課程○ ○ ○ ○ 専攻

氏
名

●英語の場合Ｓｔｕｄｙ ｏｎ ○ ○ ○ ○ ○― Ｓｕｂｔｉｔｌｅ ―○○○○Ｎａｍｅ ○ ○ ○ ○Doctoral Program in ○ ○ ○ ○Graduate School of Science and Technology
Niigata University（博士後期課程専攻名）
数理物質科学専攻
材料生産システム専攻
電気情報工学専攻
生命・食料科学専攻
環境科学専攻Doctoral Program in
Doctoral Program in
Doctoral Program in
Doctoral Program in
Doctoral Program in

82

Fundamental Sciences
Advanced Materials Science and Technology
Electrical and Information Engineering
Life and Food Sciences
Environmental Science and Technology

Degree Conferral Guidelines via Completion of Doctoral Program
Graduate School of Science and Technology of Niigata University
April 1, 2004
Steering Committee(Purpose)
1. These guidelines stipulate necessary matters concerning conferral of doctoral degrees via
completion of a Doctoral Program at the Graduate School of Science and Technology of Niigata
University (hereinafter the “Graduate School”).
(Eligibility, etc. for dissertation submission)
2. Only students who have received the necessary research supervision and fall into either of thefollowing categories are eligible to apply for dissertation review.
(1) Students who have earned a designated number of credits by the end of the second program
year (or, for students registered pursuant to Article 8 of the Niigata University Graduate
School of Science and Technology Regulations (2004 GSSTR Ver. 1) (hereinafter “long-term
students”), one year prior to the end of the semester in which the student wishes to receive a
degree) and are expected to have been enrolled for the designated minimum term of study asof the end of the semester in which the student concerned wishes to receive a degree(2) Students deemed by the faculty council to have outstanding research achievements (excluding
long-term students), and are expected to have been enrolled for the period stipulated in theproviso in Article 32-2 of the Niigata University Graduate School Regulations (2004 GSSTR
Ver. 1)) and earn the designated number of credits as of the end of the semester in which thestudent concerned wishes to receive a degree(Research supervising committee approval)
3. Students wishing to apply for dissertation review must perform the procedures stipulated in No. 4
after obtaining approval from their research supervising committee.
(Procedures, etc. for dissertation submission)
4. Students who have obtained the approval stipulated in No. 3 must submit the following documents(hereinafter “dissertation, etc. as application for degree”) to the dean. In addition, the dean may
ask students to provide additional documents when necessary for review purposes.
(1) Dissertation Review Application (Form 1 specified elsewhere)

1 copy(2) Dissertation (on A4-size paper; in either Japanese or English)

5 copies(3) Dissertation Register (Form 2 specified elsewhere)

5 copies(4) Dissertation Abstract (approx. 2,000 Japanese characters in length)

5 copies(Form 3 specified elsewhere)(5) Dissertation Abstract

5 copies(In English, no longer than one sheet of the designated form)

83

(Form 4 specified elsewhere)

5 copies each(6) Reference papers(Academic papers that form the foundation of the dissertation)(7) Letter of Consent

1 copy each

(For reference papers with co-authors) (Form 5 specified elsewhere)(8) Curriculum Vitae (Form 6 specified elsewhere)

5 copies(9) Letter of Approval from Research Supervising Committee

1 copy(Form 7 specified elsewhere)
4-2. Dissertations must be unique papers written based on contents that either have been published or
could be published in an academic journal with a peer review system.
4-3. Reference papers shall be limited to papers that served as a foundation when writing a dissertationand that either have been published or are scheduled to be published in an academic journal with apeer review system (limited to those with Proof of Acceptance for Publication).
4-4. Dissertation submission periods are as follows.
(1) Students wishing degree conferral in March
From February 1 to February 7(2) Students wishing degree conferral in September
From July 15 to July 21(Acceptance of dissertations, etc.)
5. Once a dissertation has been accepted, the dean must entrust its review to the faculty council.
(Recommendations, etc. for review committee candidates)
6. The dean shall entrust chairpersons of departments with the following matters.
(1) Recommendations for review committee candidates(2) Selection of name of field to be added to the doctoral degree
6-2. Upon being entrusted with review as stipulated in the preceding section, the chairperson of thedepartment shall select the following individuals as review committee candidates for eachdissertation via discussion with the departmental committee.
(1) Main supervisor(2) One or more professors or associate professors in academic fields closely related to thedissertation(3) One or more professors or associate professors in other academic fields
6-3. The review committee candidates stipulated in the preceding section must be the faculty members
who are eligible to provide research supervision and lectures at the Graduate School.
6-4. When necessary for review purposes, the chairperson of the department may include among thereview committee candidates other faculty members from the Graduate School, faculty members
from other graduate schools or research institutions at Niigata University, or faculty members from84

graduate schools or research institutions at other universities.
6-5. The chairperson of the department must promptly report the results of No. 6-1 to the dean using
Form 8 specified elsewhere.
(Establishment of a review committee)
7. The faculty council shall establish a review committee for each dissertation, and shall selectreview committee members (one main reviewer and two or more sub-reviewers) from among thereview committee candidates recommended by the chairperson of the department pursuant to No.
6-5.
(Dissertation review and final examination)
8. The review committee shall review the contents of the dissertation and hold the final examination,and must complete these by a date to be stipulated separately.
8-2. The main reviewer shall have the student present the contents of the dissertation at a publicdissertation presentation, decide its date and venue via discussion with the chairperson of thedepartment, and report these to the dean using Form 9 specified elsewhere.
8-3. The dean shall make an announcement of the dissertation presentation based on the reportmentioned in the preceding section.
8-4. Once finished with the review, the review committee shall issue a report to the faculty council
together with the Dissertation Abstract, Summary of Review Results (Form 10 specified
elsewhere), and Summary of Final Examination Results (Form 11 specified elsewhere).
(Deliberation on course completion)
9. The faculty council shall deliberate on whether or not the student has satisfactorily completed theprogram based on the review committee’s report.
Supplementary provision
These guidelines are effective as of April 1, 2004.
Supplementary provision
These guidelines are effective as of September 10, 2007.
Supplementary provisions
1.These guidelines are effective as of April 1, 2010.
2.Degree conferral for students who enrolled during or prior to AY2010 shall be governed inaccordance with provisions then in effect.
Supplementary provision
These guidelines are effective as of April 1, 2015.
Supplementary provision
These guidelines are effective as of April 1, 2016.

85

Degree Conferral Flowchart via Completion of Doctoral Program
Student enrolled in the Graduate School (GSST) (GSST Guideline No. 4)
Research supervising committee
Degrees are conferred twice a year (March and September).
approval
Only the following students (those meeting the requirements
for Doctoral Program completion) are eligible to submit a
dissertation as an application for degree conferral.
• Students who have earned the designated number ofcredits or more and received research supervision• Students who have earned the designated number ofcredits or more, received research supervision, and with
Submission of Dissertation (GSST Guideline No. 4)
outstanding achievements pursuant to the provisionary
Students wishing to apply for degreeclause in Article 32-2 of the Niigata University Graduate
conferral must obtain approval from
School Regulations
their main supervisor and thechairperson of the department, and submit the designated documents to the dean. (Forms 1, 2, 3, 4, 5, 6, 7,
etc.)
Submission periods• Students wishing degree conferral in March: From February 1 to February 7• Students wishing degree conferral in September: From July 15 to July 21
Dean (GSST Guideline No. 6)
After a dissertation has been accepted, the dean shall entrust the chairperson of the department concernedwith the following matters.
(1) Recommendations for review committee candidates• Main supervisor• One or more professors or associate professors in academic fields closely related to the dissertation• One or more professors or associate professors in other academic fields• Other faculty members of the Graduate School that are deemed necessary, etc.
(2) Consideration of name of the field to be added to the doctoral degree
Departmental Committee (GSST Guideline No. 6)
The chairperson of the department reports the results of the departmental committee’s deliberation to the dean.
(Form 8)
Faculty Council (GSST Guideline No. 7)
Establishment of a review committee
Review Committee (GSST Guideline No. 8)
The main reviewer reports the schedule of the public dissertation presentation to the dean after discussing anddeciding the matter with the chairperson of the department. (Form 9)
The dean announces the schedule, etc.
The review committee reports to the faculty council using the designated documents after reviewing thecontents of the dissertation and conducting the final examination.
(Forms 10 and 11)
Faculty Council (GSST Guideline No. 9)
After receiving the review committee report, the faculty council deliberates on whether or not the student has
satisfactorily completed the program.
Report to University President (Niigata University Degree Regulations Article 16)
The dean reports the results of the faculty council’s deliberation to the president of the university.
Determination of Degree Conferral (Niigata University Degree Regulations Article 16)
The president of the university shall confer the designated diploma based on the dean’s report.
Note 1: Detailed schedules shall be determined by the faculty council.
Note 2: Research presentation (Articles 1, 2 and 3 of the Terms of Agreement on Degree Conferral Guidelines)• Research presentations shall be held publicly.
• Research supervising committees shall discuss and determine after presentations whether or not students
possess the academic and research abilities necessary to write a dissertation and approve degree conferral.
• Implementation methods, etc. shall be stipulated by each department.

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Terms of Agreements on Degree Conferral via Completion of Doctoral Program at theGraduate School of Science and Technology of Niigata University
April 1, 2004
Steering Committee(Partially revised on October 12, 2005)(Partially revised on September 10, 2007)(Partially revised on February 13, 2008)(Partially revised on March 25, 2015)
Article 1. Research supervising committee approval for students wishing to undergo dissertation
review pursuant to Article 3 of the Degree Conferral Guidelines via Completion of Doctoral
Program at the Graduate School of Science and Technology of Niigata University (hereinafter
the “Guidelines”) shall in principle be handled as follows.
(1) The research supervising committee shall determine whether the student concerned
possesses the academic capabilities and achievements necessary to write a dissertation as
an application for degree conferral via a research presentation, and shall determine
whether or not to approve submission of application based on the results.
(2) The method by which the interim research presentation is held shall be determined by thedepartment of the student concerned.
Article 2. The number of reference papers, as provided for in Guideline No. 4-3, shall be stipulated by
the department to which the student concerned belongs.
Article 3. Regarding the stipulations of Guideline No. 4-4, departmental committees shall deliberate
individually on cases of research conducted using national and public joint research
institutions, etc. as well as on any other cases deemed necessary.
3-2. National and public joint research institutions, etc. as mentioned in the preceding paragraph shallrefer to institutions that have been examined and approved by the departmental committee.
Article 4. Pursuant to Guideline No. 9 and Article 16 of the Niigata University Degree Regulations, inthe event that the applicant is not deemed worthy of doctoral degree conferral, the applicant
may request the university president to explain the reason.
4-2. In the event that the applicant is not deemed worthy of doctoral degree conferral, this shall notprevent the applicant from re-applying using a dissertation on the same research topic.

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Guidelines on Special Provisions for Terms of Study in Doctoral Programs
Graduate School of Science and Technology of Niigata University
April 1, 2004
Steering Committee(Partially revised on June 14, 2006)(Partially revised on November 14, 2017)
Regarding special provisions for terms of study, as they pertain to completion requirements forDoctoral Programs at the Graduate School pursuant to Article 32-2 of the Niigata University Graduate
School Regulations, the following guidelines shall be used when applying the designation of “students
with outstanding research achievements.”
1.

Application requirements (Students must meet all the conditions provided for in the following
items (1) to (4). However, this shall not apply to students registered in accordance with Article 8of the Niigata University Graduate School of Science and Technology Regulations.)(1) Must have multiple papers published in prestigious academic journals (including papers
scheduled for publication), and the contents must be of high academic value. However, thenumber of papers required of students admitted via special selective examinations forworking adults and double degree program shall be stipulated by each department.
(2) Must be expected to be enrolled in the Doctoral Program at the Graduate School for theperiod stipulated in the proviso in Paragraph 2 of Article 32 of the Niigata University
Graduate School Regulations, and must have earned (or be expected to earn) the designatedcredits(3) Must be capable of submitting a dissertation by the designated deadline(4) Must meet all conditions separately stipulated by the department concerned

2.

Documents to submit
Students wishing to apply for these special provisions must submit the following documents tothe dean via the chairperson of the research supervising committee.
(1) Letter of Recommendation (Form prescribed separately)(2) Dissertation Draft Abstract(3) Reference Papers (Either published or scheduled for publication)(4) Dissertation Register(5) Curriculum Vitae(6) Proof of Acceptance for Publication (for papers scheduled for publication)

3.

Method of determining application of special provisions88If the student’s research committee chairperson deems the student to be with “outstanding
research achievements” and recommends application of the special provisions for term of study,
the decision on whether to apply the special provisions shall be made in consultation with thefaculty council prior to applying for dissertation review.
In addition, when making said decision, a subcommittee on special provisions for terms ofstudy (the details of which are to be stipulated separately in advance) shall review whether the
research achievements, etc. of the student concerned meet the application requirements provided
for in Section 1.
4.

Review within the course concerned
If the student’s research committee chairperson deems the student to have had “outstanding
research achievements” based on the research presentation and wishes to recommend to the deanthat the special provisions for term of study be applied, a review shall be conducted in advancewithin the course concerned to determine whether the student concerned meet the application
requirements provided for in Section 1.

5.

Subcommittee on special provisions for terms of study(1) Regarding completion requirements for Doctoral Programs at the Graduate School,
subcommittees on special provisions for terms of study (hereinafter “subcommittees on
special provisions”) shall be established under the jurisdiction of the faculty council in orderto review whether to apply the special provisions for terms of study to students deemed to be“outstanding.”(2) Subcommittees on special provisions shall be composed of faculty council members
belonging to the same department as the student applying for the special provisions.
However, it shall be possible to include one faculty council member from each of the otherdepartments.
(3) Establishment of subcommittees on special provisions and selection of committee members
shall be entrusted to the steering committee by the faculty council.
(4) Matters relating to the organization and administration of subcommittees on special
provisions shall be stipulated separately.
Supplementary notes
1.

Conditions separately stipulated by departments, as provided for in Section 1-(4), shall beestablished by each department.

2.

Although the Graduate School intends to implement the special provisions for terms ofstudy in accordance with these guidelines for the time being, the contents are subject torevision at any time in order to better reflect actual conditions.
Supplementary provisions
These regulations are effective as of April 1, 2010.

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Review Procedures Relating to Eligible Applicants of Special Provisions
For Terms of Study in Doctoral Programs(“Outstanding students” pursuant to the proviso in Article 32-2of the Graduate School Regulations of Niigata University)
Research supervisingcommittee• The research supervising committee determines whether the student has
outstanding achievements and possesses academic and research abilities to write adissertation as an application for degree conferral.

(Research presentated)
Course meeting(Approves)• The main supervisor must obtain approval from the course before recommending
the student to the dean.

Main supervisor(Recommends)
Dean• The dean entrusts the review process to the chairperson of the department in orer
to determine whether the student has “outstanding achievements.”

Department chair• When entrusted by the dean to conduct a review, the chairperson of thedepartment establishes a subcommittee on special provisions for terms of study(hereinafter “subcommittee on special provisions”) within the department, andconducts the review.
• The deprtmental chairperson selects the members of the subcommittee on special
provisions.

Steering committee• The steering committee approves the establishment of the subcommittee on
special provisions and its members.

Subcommittee on
special provisions• As a general rule, the committee must consist of three members from thedepartment and the course concerned and one member from each of other courses.
However, it is possible to also include faculty members from other deprtments.
• The chairperson of the subcommittee on special provisions reports the results of
the review to the chairperson of the department.

(Entrusts)(Reports)
Department chair• The chairperson of the department reports the results of the review to thedean.

(Reports)
Dean• The dean requests the faculty council (steering committee) to discuss the resultsof the review conducted by the subcommittee on special provisions.

Faculty council(Steering committee)• The faculty council determines whether to apply special provisions to the student’s term of study.

Dissertation review• If the student is deemed eligible for application of special provisions relating tohis/her term of study, procedures relating to degree conferral via course completion
shall henceforth apply to the student.

90Student Life
学生生活

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(1) Academic affairs (Reception)
Academic affairs (reception) for both master’s and doctoral students are handled by the
Academic Affairs Division of the Graduate School of Science and Technology (GSST)(hereinafter the “Academic Affairs Division”) (located on the first floor of the GSST
Administration Building).
Walk-in hours: Weekdays from 8:30 to 17:15(2) Contact
As a rule, students are notified via postings.
Notifications and messages for students in the Graduate School are posted at the following
location. Please check postings often and ensure that no information is overlooked or misread.
Students failing to do so could be put at an unexpected disadvantage, so please be sure to checkthe bulletin board when arriving at and leaving campus.
•
GSST Main Entrance Bulletin Board (first floor of the GSST Administration Building)(3) Procedures
Procedures include those stipulated by regulations, etc., those notified via postings, and those
conducted by students when necessary. Failing to perform or insufficiently performing theseprocedures, or failing to meet deadlines, not only puts students at a disadvantage, but could alsointerfere with their studies.
Please pay particular attention to the following matters.
1) Withdrawals and leaves of absence
Even if a student has no intention of returning to school, if the student does not apply forwithdrawal or leave of absence, procedures to collect tuition fees* for the semester
concerned will proceed automatically, which could have a serious impact on the student’s
enrollment status including expulsion, so please be sure to perform the application
procedures in advance.
* Procedures to collect tuition fees from enrolled students are conducted on April 1 for the
first semester (April to September) and on October 1 for the second semester (October toMarch the following year).
2) Withdrawal at completion of term
It is necessary to apply for withdrawal even when withdrawing at the completion of term(meaning withdrawal after being enrolled in a Doctoral Program for the designated term ofstudy and earning the designated number of credits), so please be sure to perform theapplication procedure in advance.
If you have any questions, please contact the Academic Affairs Division (TEL:025-262-7387).
(4) Use of GSST buildings
GSST buildings: GSST Administration Building, Science of Matter and Industrial Science
University Institute Center, Information Science and Technology University Institute Center, Life
Science and Environmental Science University Institute Center, and Environmental Science andEnergy Science University Institute Center
1) Notifications
Usage of the bulletin board is permitted when there is room. Please apply at the Academic
Affairs Division.
It is forbidden to post information in locations other than the bulletin board (such as on
fire doors, walls, etc.).

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2)

Use of seminar rooms, etc.
Seminar rooms, etc. require reservations to use. Please apply in advance at the Academic
Affairs Division.
When finished, please be sure to clean and tidy the room for the next user.
3) Mail
When necessary to address mail to the Graduate School, please be specific, e.g., “ATTN:
xxx Lab.”4) Energy conservation• Please turn off all unnecessary lighting and be sure not to forget to turn off the lights
when leaving a room, etc.
• Air-conditioning is set to 28°C during summer and 20°C during winter. Please be sure notto forget to turn off the air-conditioning when leaving a room, etc.
5) Fire and theft prevention
When finished using a room, please take great care to extinguish all flames, lock thedoors, and manage any valuables.
6) Use of parking lots
• Automobiles, motorbikes, etc. may not enter campus without a parking permit. Please be
sure to have a parking permit issued if you wish to park on campus.
• For automobiles, please use the parking lot next to the Information Science andTechnology University Institute Center.
(Please do not use the parking lot in front of the GSST Administration Building main
entrance as it is reserved for guests.)• For motorbikes and mopeds, please be sure to park in the designated motorbike parking
area and walk the rest of the way from there.
• Automobiles that do not display a parking permit as well as motorbikes, etc. parked
anywhere other than the motorbike parking area will have a sticker applied as a warning.
(5) Entering and exiting GSST buildings
1) As a rule, the main entrances and service entrances to GSST buildings are open as follows.
• Open hours: Weekdays from 7:45 to 19:00 (applicable to all GSST buildings)
2) At other times, including at night and on holidays, locks can be opened by swiping a Student
ID Card through the card reader.
(6) Garbage disposal rules
Garbage separation follows different rules at universities (offices) than at generalhouseholds. It is extremely dangerous to mismanage experimental waste, etc., so please use
the utmost care.
1) General garbage
Please separate and dispose of garbage as follows at the designated garbage collection
site located next to the Information Science and Technology University Institute Center.
• Burnable garbage• Plastic garbage (Plastic, vinyl, rubber, etc.)• PET bottles• Bottles• Cans• Unburnable garbage (Metal scraps, glass, ceramics, etc.)
2) Waste paper

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3)

4)

5)

Recyclable waste paper may not be disposed of as burnable garbage. Please set out waste
paper for collection as follows.
• Applicable types of waste paper: Newspapers, magazines, cardboard, OA (copy) paper,
pamphlets, catalogs, and shredder waste• Collection days: During the morning on the 2nd and 4th Friday of each month• Collection sites:
In front of the administration office on the first floor of the GSST Administration
Building
Next to the presentation space on the first floor of the Science of Matter and Industrial
Science University Institute CenterIn the entrance hall on the first floor of the Life Science and Environmental Science
University Institute Center
The garbage collection site next to the Information Science and Technology University
Institute Center
Miscellaneous recyclable waste paper
Types of recyclable waste paper other than those stipulated in Item 2) are recycled as“miscellaneous recyclable waste paper (zatsugami).”Applicable types of waste paper• Tissue boxes, confectionery boxes and bags
• Office paper, memo paper, construction paper, paper folders• Paper bags, paper boxes, packaging paper, envelopes, plastic wrap and toilet paper
cores• Paper towels (except highly soiled sheets), etc.
* For details, please see the notification.
* Collection days and sites are the same as indicated in Item 2) Waste paper.
Large garbage (including computers, etc.)• Collection: Three time per year in July, November, and March
Time: Specified separately• Collection sites* North of the Science of Matter and Industrial Science University Institute Center* South of GSST Administration Building• Important matters
When disposing of computers, please erase all data or destroy the hard disk in order toprevent information leaks.
It is forbidden to dispose of items used personally such as automobile tires, televisions,refrigerators, computers, etc.
Experimental waste• Please differentiate experimental waste from general garbage and dispose of it inaccordance with the designated methods. For details, please visit the website of the Officefor Environment and Safety homepage (http://www.esc.niigata-u.ac.jp/).
• Syringe needles used in experiments are classified as “infectious waste.” Due to thedanger such needles present, please be sure to put them into a dedicated container andbring them to the Accounting Office in the General Affairs Section of the Graduate
School of Science and Technology (on the second floor of the Graduate School of Scienceand Technology Administration Building).

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