静岡大学大学院自然科学系教育部（創造科学技術大学院）（後期３年博士課程）
学 生 募 集 要 項
APPLICATION GUIDELINESDOCTORAL DEGREE PROGRAMSGRADUATE SCHOOL OFSCIENCE AND TECHNOLOGYSHIZUOKA UNIVERSITY

AY 2024 (April Entrance)
AY 2023 (October Entrance)
一般入試
社会人入試
外国人留学生入試

GENERAL SELECTION
SELECTION FOR WORKING STUDENTS
SELECTION FOR INTERNATIONAL STUDENTS

静 岡 大 学GRADUATE SCHOOL OF SCIENCE AND TECHNOLOGYSHIZUOKA UNIVERSITYSHIZUOKA, JAPANShizuoka University’s Philosophy and Goals
Our Philosophy: Freedom and Enlightenment & Creation of the Future
Shizuoka University came into being after the integration of the former Shizuoka HighSchool, Shizuoka First Normal School and Shizuoka Second Normal School, Shizuoka Normal
School for Youth, and Hamamatsu Technical College (formerly Hamamatsu Technical HighSchool) in 1949, followed by the absorption of Shizuoka Prefectural College of Agriculture in
1951. Prior to their integration, the university’s predecessor institutions all had educational
policies that placed importance on students’ independence, reflecting the liberal social
atmosphere that prevailed in Japan under the “Taisho democracy” of the Taisho period (1912–1926). Of these institutions, the Hamamatsu School of Technology in particular espoused aphilosophy of “freedom and enlightenment”, conducting a form of education that avoided
restricting students through exams or rewards and punishments, and instead placed them in anenvironment that was as free as possible, aiming to give full rein to students’ talents by
respecting each person’s individuality.
This philosophy of freedom and enlightenment is essential not only for education, but also for
original research based on unfettered, free thinking and for mutually enlightening collaboration
with society; it should therefore be handed down from one era to the next. Shizuoka
University’s students and staff (faculty and administrators) recognize this, and continue touphold the philosophy of “freedom and enlightenment” as a mainstay of our education, ourresearch, and our collaboration with society, industry, and our peers overseas. Joining forces,
our students and staff will take determined action to tackle local issues, as well as global issues,
continually pursuing peace and happiness for humankind. In this way we will dedicate
ourselves to the creation of the future—a future filled with hope.
Guided by its philosophy of “freedom and enlightenment, and creation of the future”, asdefined above, Shizuoka University will continue contributing to the future of humankind andto the development of the local community by cultivating human resources through highquality education and creative research. Its endeavors will be bolstered by respect and affection
for the abundance of natural and cultural assets found in Shizuoka Prefecture, where theuniversity is located.
Please see below for more information.
https://www.shizuoka.ac.jp/english/outline/vision/mission/index.html

1Admissions Policy of the Graduate School of Science and Technology,
Educational Division
The individuals we cultivate
We train high-tech engineers and researchers who gain in-depth knowledge of specialized
disciplines and obtain a broad-based education that enables them to meet the needs andexpectations of the community and international society.

Educational goals
The graduate school provides a T-style of education in which specialized courses and courses
in relevant new emerging areas (the vertical bar of the T) are combined with broad-ranging
general courses that enable students to better contribute and meet the needs of society (the crossbar of the T), while nurturing individuals who exhibit creative energy, self-solving ability, andcommunication skills.

The students we seek
The graduate school is looking to admit students
who are passionately committed to the pursuit of new knowledge and truth in the naturalsciences, who never give up and are self-motivated and challenged to address tough issues, and who demonstrate leadership coupled with a cooperative spirit under a variety ofcircumstances.


Required basic skills before entry
Qualified candidates for the Education Division of the Graduate School of Science andTechnology have completed or are expected to complete a master’s degree or a professional
degree and have a scholastic aptitude equal to or higher than a master’s degree. In the selection
examination for general, working, and international students, applicants are given an
achievement test and an oral exam regarding their master’s thesis or research record, in addition
to basic subjects related to the applicant’s major in their previously completed graduate
curriculum.
Through this selection process, applicants are assessed for their ability to perform doctorallevel study and research. The graduate school looks to admit students (1) who are passionately
committed to the pursuit of new knowledge and truth in the natural sciences, (2) who never giveup and are self-motivated to address tough issues, and (3) who demonstrate leadership coupledwith a cooperative spirit under a variety of circumstances. The oral exams administered in theselection process are designed to evaluate the aforementioned personal qualities and aptitude, in
addition to the academic capabilities required for doctoral study.

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Student Admission Guide (AY 2024 April Entrance)
General Course, Course for Working Students, Course for International Students
1. Admission Policy

Department of Nanovision Technology
A new research field will be created by uniting image science engineers and nanoscience researchers.
The control of individual photons and electrons, a method based in nanoscience, will be introduced forthe first time to the image sciences and will be called "Nanovision Science." The objective of creating thisfield will be to develop students who can contribute significantly to the industry advancement as engineers
and researchers. Candidates will be assessed based on their abilities, academic achievement, andsuitability, among other factors.
Department of Optoelectronics and Nanostructure Science
The aim of this department is to develop students’ professional capabilities to innovate in futuretechnologies and to participate in initiatives geared towards controlling material functions and interactions
between photons and nanostructure materials, specifically relevant to expanding areas of industry such as
the communication, measurement and chemical industries. This goal will be achieved through cultivatingknowledge of fundamental sciences and practical applications. Applicants are required to demonstrate
their ability, scholarship and aptitude for achievement.
Department of Information Science and Technology
With a foundation in informatics, engineering and basic sciences, the Department of Information Scienceand Technology aims to educate specialized researchers to develop novel basic information technologies
and advanced engineers of information systems with outstanding skills in information techniques.
Applicants are assessed based on academic abilities.
Department of Environment and Energy Systems
This department specializes in applying basic principles and equations regarding water, air, and solid andhazardous wastes; material and energy balances; and chemical and biogeochemical cycles to solve
environmental issues. Topics include synthesis courses about water treatment, environmental change andbiogeochemical cycles, analysis of ecosystems, geomicrobiology, CO2 sequestration, and environmental
legislation. Our goal is to support innovative science and technology through lectures and discussions
that connect a broad range of scientific and engineering topics.
Department of Biosciences
This department provides education and training to students by conducting frontier research in bioscienceand biotechnology, including cell biology, developmental biology, integrative biology, biophysics,
microbiology, genomics, biotechnology, bioorganic chemistry, food science, and bioinformatics. Students
are expected to take initiative in academia and scientific research and to bring an entrepreneurial drive to
new bioindustrial fields.
2. Applicant Eligibility and Requirements
One of the following must be met:
(1) Earned a master’s degree or a professional degree.
(2) Expected to complete a master’s degree or a professional degree by March 31, 2024.
(3) Earned or expect to complete a master’s degree or professional degree outside of Japan.
(4) Earned or expect to complete a master’s degree or a degree equal to a professional degree froma correspondence program of a foreign school while living in Japan via distance learning
conducted by a school of said country by March 31, 2024.
(5) Earned or expect to complete a master’s degree or a degree equal to a professional degree inin Japan designed by the Ministry of Education, Culture, Sports, Science and Technology(MEXT), such as a postgraduate course in a foreign country by March 31, 2024.
The postgraduate course described above must be from an educational institution accredited by
the education system in the country where it is located.
3

(6) Have qualifications approved by the Ministry of Education, Culture, Sports, Science andTechnology of Japan (MEXT) (As determined in accordance with Notification No.118 of the
Ministry of Education of 1989. See Remark 2).
(7) Recognized through individual investigation by Shizuoka University Graduate School, as
holding academic standing equal to or higher than that of a master’s degree holder, and will be
at least 24 years of age by March 31, 2024 (born on or before April 1, 2000).
(8) Completed a United Nations University master’s degree program, established on December 11,
1972 per a UN General Assembly resolution that provides special measures law Article 1,
Clause 2 (No. 72 in 1976) outlining an agreement of association with Japan in reference to theUnited Nations university headquarters.
(9) Passed the qualifying examination, completed the curricula in a university abroad, or passed an
examination equivalent to the qualifying examination and possess a level of academic aptitude
equal to or above a master’s degree holder.
(Remark 1)

Applicants who intend to apply in accordance with Qualification (6) or (7) are required
to submit to an evaluation of qualifications before submitting application documents.
See 13. Evaluation of Applicant Qualifications on page 8(Remark 2) (The Ministry of Education Notification No. 118 of 1989)① Applicants who have graduated from a university in Japan and have more than two yearsof experience working in universities or research institutions and those who arerecognized by our graduate school as having scholastic aptitude equal to or above that ofa master’s holder through a qualification evaluation.
② Applicants who have more than two years of experience working in universities or
research institutions after completing 16 years of education in a foreign country or havecompleted the equivalent correspondence program in Japan and who are recognized byour graduate school as having scholastic aptitude equal to or above that of a master’sholder through a qualification evaluation.
If you have any questions, please contact the Educational Affairs Unit, Faculty of Engineering /Doctoral Course (see 16. Information).
3. Number of students to be admitted

Department
Nanovision Technology
Optoelectronics and Nanostructure Science
Information Science and Technology
Environment and Energy Systems
Bioscience

Admission
Capacity

10
9
11
7
8

General
Selection

10
9
11
7
8

A few positions

Selection forInternational
Students
A few positions

〃
〃
〃
〃

〃
〃
〃
〃

Selection for
Working Students

Total
45
45
〃
〃
※We will have additional recruitments if the number of successful applicants does not reach thecapacity of each department after having conducted the entrance examination.
Refer to the list of Supervising Professors and Research-and-Education Subjects in the Graduate
School of Science and Technology, Educational Division provided at the end of this booklet. For abetter understanding of our graduate school, we strongly recommend visiting our web page athttps://gsst.shizuoka.ac.jp/?lang=en
4. Selection Procedure
Applicants will be selected based on a presentation of the applicant’s research record/master’s thesis,
oral exam and application documents. Applicants are required to give a presentation regarding his/hermaster’s thesis or research record and to take an oral exam about the presentation and subjects thathave been studied. The duration of the presentation should be 30 minutes. Applicants who haveresearch experience after receiving a master’s degree may present this research. A liquid crystal display
projector is available; however, applicants should bring a personal computer, including any necessary
4software and hardware.
・General Selection:
Qualification based on achievement tests, oral examination, and application documents.
・Selection for Working Students and International Students:
Qualification based on achievement tests, oral examination, and application documents.
5. Date and Location of Examination
Date
Time
Any one day
between August
7 (Monday), 8(Tuesday) and 9(Wednesday)

Subject

Location◇Hamamatsu Campus

Achievement
Details will be
tests
provided to eachapplicant.
Oralexamination

3-5-1 Johoku,
Shizuoka

Naka-ku,

Hamamatsu,◇Shizuoka Campus

836 Ohya, Suruga-ku, Shizuoka*The examination will be held on the campus where the intended supervisor works.
Details regarding the time and location will be announced when mailing the Exam Admission
Tickets.
Transportation◇Hamamatsu Campus:
From Bus Terminal at JR Hamamatsu Station's North Exit, take any bus at Bus Stop No15 or 16
and get off at the Shizuoka Daigaku Bus Stop (approx. 20 minutes)◇Shizuoka Campus:
From Bus Stop 8B at JR Shizuoka Station's North Exit, take the Miwa Oya Line (route 35) to"Shizuoka University" or routes 34, 36 bound for "Higashi Ohya"(via Shizuoka Univ.) or routes 37,
38 bound for "Museum of Natural and Environmental History, Shizuoka"(via Shizuoka Univ.). Get
off at the Shizuokadaigaku or Shizudaikatayama Bus Stop (approx. 25 minutes)
6. Application Documents(1) Application form (use the designated form)(2) Examination card and photograph Form. Use the designated form and attach one photo taken
within 3 months of your application date.
(3) Research plan (use the designated form)(4) Official Certificate of Achievement for undergraduate studies issued by the applicant’s
undergraduate university(5) Official Certificate of Achievement for graduate studies issued by the applicant’s graduate
school(6) Official Certificate of Graduation issued by the applicant’s graduate school or an official letterof certification from the graduate school at which the applicant is currently enrolled that states
the expected graduation date. Applicants intending to apply in accordance with Qualifications(6) or (7) must submit academic records certified by the university from which the applicant
most recently graduated. (See 13. Evaluation of Applicant Qualifications on page 8.)(7) Applicants intending to apply in accordance with Qualifications (1), (3), (4), (5) or (8) and who
have a master’s or professional degree must submit a copy or summary of their master’s thesis
in English on 2-pages of A4-size paper. Applicants who have a record of research should append
a Summary of Research and Technological Achievements in English. Use the designated form
(maximum 1,200 words). Applicants intending to apply in accordance with Qualifications (2) or(4) and who are expected to complete a master’s or professional degree must submit a report on
the progress of their master’s thesis in English on 2 pages of A4-size paper. Copies of any
academic research publications, academic conference presentations, patents, and similar
documents, if any, should also be submitted.
(8) Permission for examination issued by the chief (or other responsible person) of the applicant’s
5place of employment if he/she works for a public office or company. Use the designated form.
(9) A self-addressed stamped return envelope for results notification. Write clearly the applicant’s
name, address/place of receipt, and postal code on a Size No. 3 long envelope (12.0 cm x 23.5cm) with 344 yen stamp affixed ( for overseas addresses/place of receipt, enclose a sufficientInternational Reply Coupon (IRC) to cover the required return postage with the submission.)(10) Application fee: 30,000 yen.
Transfer 30,000 yen to the Shizuoka University bank account. Applicants must contact the
Educational Affairs Unit, Faculty of Engineering/Doctoral Course for the account number (see16. Information). Please retain the transfer certificate until you receive a Certificate ofApplication Fee Payment from Shizuoka University.
Paid application fees will not be refunded except under the some circumstances, regardless ofreason. (see 15. Application Fee Refund Policy). Applicants expected to complete a master’s
program or professional degree course at the Graduate School of Shizuoka University in March2024 are not required to pay the application fee.
An application fee is not required for those applying in accordance with Qualifications (6) or(7). Evaluation results will be sent to the applicant on Thursday, June 29, 2023. Applicants
deemed eligible by the qualification evaluation are required to pay the fee upon selection.
Instructions for paying the fee will be included with the results notification.
(11) Return Address Seal. Provide an address at which to receive the Examination Card and theresults notification on the form provided.
(12) Working student applicants are required to submit a Record of Research and TechnologicalAchievements. Use the designated form.
A letter of recommendation written by the boss (or other responsible person) of the applicant’s
place of employment, if any.
(13) A copy of the applicant’s passport clearly showing the applicant’s name, photo, birth date,sex, and signature (INTERNATIONAL STUDENTS only).
7. Application Period
Application materials must be submitted by registered mail. All documents must arrive before theapplication deadline.
Application documents must be sent early enough to arrive by the deadline. Applications will not be
accepted after the application period has passed and incomplete documents will not be accepted. Be
careful to avoid omissions or errors in writing.
(1) Applicants who intend to apply in accordance with Qualifications (1), (2) or (9) and those whohave met Qualifications (6) or (7) according to the qualification evaluation:
Application period: Tuesday, July 4, 2023 to Monday, July 10, 2023.
(2) Applicants who intend to apply in accordance with Qualifications (3), (4), (5) or (8):Application period: Monday, June 19, 2023 to Friday, June 23, 2023.
Early submission is required for qualifications to be evaluated. If you have any questions, please contact
the Educational Affairs Unit, Faculty of Engineering/Doctoral Course (see 16. Information).
8. Address for Submission of Application Documents
Educational Affairs Unit, Faculty of Engineering/Doctoral Course, Shizuoka University,
3-5-1 Johoku, Naka-ku, Hamamatsu 432-8561, JapanTEL (+81)53-478-1010 FAX (+81)53-471-0249
E-MAIL: eng-kyoumu@adb.shizuoka.ac.jp
9. Submission Procedure
Applicants must collect the documents listed above and send them by REGISTERED MAIL (suchas EMS) or bring them to the Educational Affairs Unit, Faculty of Engineering/Doctoral Course at theaddress above.
On the front of the envelope, please write clearly in red ink: Application Documents for the
Graduate School of Science and Technology, Education Division.

610. Notification of Results
At 10:00 am on September 5 (Tuesday), 2023 the successful applicants’ exam numbers will be
posted on the Graduate School of Science and Technology, Shizuoka University Website (Admission).
https://gsst.shizuoka.ac.jp/?page_id=5204&lang=en
11. Admission Procedures
Successful applicants should complete the admission procedure in accordance with the dates below.
Notification of enrollment procedures will be sent individually after confirmation of acceptance.
(1) Registration Period and Payment:
Registration Period: Middle to late March 2024. Details will be provided.
(2) Method of Registration: Mail to the Educational Affairs Unit, Faculty of Engineering/Doctoral
Course (see 8. Address for Submission). Notice of Payment:a. Admission fee must be paid while completing the admission procedures.
b. Students expected to complete a master’s program or professional degree course of the Graduate
School of Shizuoka University in March 2024 are not required to pay the admission fee.
(3) Admission Fee and Tuition
Admission Fee: ¥282,000 (Scheduled Amount, actual for 2023).
Tuition: ¥535,800 for one year (¥267,900 for one semester) (Scheduled Amount, actual for 2023).
Note:
a. If tuition for the previous term has not been paid by admission day, it must be paid between
April 1 and April 30, 2024.
b. If you need to withdraw from the school after enrolling at any time until March 31, 2024, thetuition shall be refunded in full upon request by the person who paid the tuition. Note that theadmission fee shall not be refunded under any circumstances.
c. Tuition and other fees assessed by Shizuoka University are standardized and determined by the
Ministry of Education, Culture, Sports, Science and Technology (MEXT).
d. If the tuition fee is increased at the time of admission or while school is in session, the new fee
shall apply from the date that it goes into effect.
e. If MEXT raises the "Standard Tuition Rate for 2024" prior to March 31, 2024, the additionalamount (the difference between what you have already paid and the increased rate) shall bewithdrawn from your designated account in October 2024.
(4) Exception from Payment of Admission and Tuition Fees and System for the Prolonged Course
Perioda. Exception from Payment of Admission and Tuition Fees
An exception for admission payment and tuition fees may be made for low-income students.
The details of this system will be provided prior to the admission process. If there are any
questions, please contact the Educational Affairs Unit, Faculty of Engineering/Doctoral Course(see 16. Information).
b. System for the Prolonged Course Period
This system is applicable to a working student who feels that he/she may not be able to finish
the course in three years due to work commitments. Based on the student’s application, he/she
may study for a period of six years. Tuition fees may be specially considered when the systemis accepted. Applications to the system are evaluated by the university. The details of thissystem will be provided prior to the admission process. If there are any questions, pleasecontact the Educational Affairs Unit, Faculty of Engineering/Doctoral Course (see 16.
Information).

12. Important Remarks(1) Students expected to complete a master’s program or professional degree course of the Graduate
School of Shizuoka University in March 2024 must complete the admissions procedures in spiteof Notice of Payment 11. (3).
(2) Documents must be submitted via registered mail. Late applications will not be accepted.
Documents must arrive before the application deadline.
(3) Incomplete applications will not be accepted. Submitted documents will not be returned. Be careful
to avoid any omissions or errors in writing. Any changes after document submission will not be
accepted; however, the Educational Affairs Unit, Faculty of Engineering/Doctoral Course should
be informed of any change of address.
7(4) Requests for an Application Form by mail should be sent to the Educational Affairs Unit, Facultyof Engineering/Doctoral Course (see 8. Address for Submission of Application Documents).
“Application Form for the Graduate School of Science and Technology, Education Division”
should be written clearly in red on the envelope. A self-addressed No. 2 envelope (33.2 cm×24.0cm) should be enclosed with the request.
(5) Applicants who intended to apply in accordance with Qualifications (3), (4), (5), or (8) must submit
the required documents prior to the application period as mentioned above, for qualifying andchecking the application documents (see 7. Application Period (2)).
13. Evaluation of Applicant Qualifications
Candidates applying in accordance with Qualifications (6) or (7) are required to submit to an
evaluation of their scientific capabilities. The evaluation is conducted to assess an applicant’s scholastic
aptitude based on his/her application documents. If you have any questions, please contact the
Educational Affairs Unit, Faculty of Engineering/Doctoral Course (see 8. Address for Submission ofApplication Documents).
(1) Application Documents
a. Application Form for Individual Evaluation. Complete the form provided.
b. Official Certificate of Graduation from undergraduate school issued by the most recently
attended university.
c. Official Certificate of Achievement from graduate school issued by the most recently attended
university.
d. Summary of Research and Technological Achievements. Complete the form provided.
e. Record of Research and Technological Achievements. Complete the provided form.
f. Copies of any academic research publications, academic presentations, patents, and similar
documents, if any, should also be submitted.
g. A self-addressed stamped envelope for notification of results. Write the applicant’s name,address and ZIP code on a No. 3 envelope (12.0 cm x 23.5 cm).
(2) Application Period
Monday, June 19, 2023 to Friday, June 23, 2023.
Applications must be submitted by the deadline by registered mail to the Educational Affairs Unit,
Faculty of Engineering/Doctoral Course (see 8. Address for Submission of Application
Documents).
Applications will not be accepted after the application period has passed and incomplete
applications will not be accepted. Be careful to avoid omissions or errors in writing.
(3) Notification of Results
Results will be sent by mail to all applicants on Thursday, June 29, 2023
(4) Application Period and Application Documents
Applicants who satisfy application requirements according to the qualification evaluation mustcomplete the submission procedures described in sections 6. Application Documents through 9.
Submission Procedure. The following materials are required and must be submitted by mail.
Instructions for submission will be included with the results notification. Note that the application
period is open from Tuesday, July 4, 2023 to Monday, July 10, 2023

a. Application Form for Entrance Examination. Use the designated form .
b. Examination card and photograph Form. Use the designated form and attach one photo taken
within 3 months of your application date.
c. Research Plan. Use the designated form.
d. Permission for examination written by the boss (or other responsible person) of theapplicant’s place of employment if he/she works for a public office or company. Use thedesignated form.
e. A letter of recommendation written by the boss (or other responsible person) of theapplicant’s place of employment, if any.
f. Application Fee: 30,000 yen.
g. Return Seal. Provide an address to receive results notification on the form provided.
h. A copy of the applicant’s passport that clearly shows the applicants’ name, photo, birth date,sex, and signature (INTERNATIONAL STUDENTS only).
i. A self-addressed envelope to receive results: provide a return address (the applicant’s name,8address and ZIP code) on a No. 3 envelope (12.0 cm x 23.5 cm).
14. Applicants with Special Needs
Applicants with disabilities or other special needs who requires special accommodations at the exam
location and attending school must meet with the school for an interview prior to applying for admission. The
applicant will be contacted once a determination is made based on the interview. We recommend that all new
student applicants with special needs visit the campus before applying to examine the school facilities andcampus in person.

15. Application Fee Refund Policy
Under no circumstances will the application fee be returned or refunded following receipt of theapplication document at the Graduate School.
(1) However, received application fees will be returned or refunded if one of the situations described
below apply:① If, after paying the application fee, no application is submitted.
② If the application fee is paid twice by mistake.
③ If the application is not accepted for submission.
(2) Amount to be refunded:
The amount overpaid or the total amount will be refunded to the applicant per the applicant’s
request.
(3) Requesting a refund
Applicant must submit written refund requests by mail.
In the case of ① or ② in section (1) above, please clearly fill out 1-8 of the following refund
request form. All information must be printed clearly. You MUST attach EITHER the
Confirmation of Postal Transfer (郵便振替払込受付証明書 yuubin furikae haraikomi uketsuke
shoumeisho）/ Confirmation of Entrance Exam Fee Payment (入学検定料受付証明書 nyuugaku
kenteiryou uketsuke shoumeisho ) OR the Receipt of Payment (払込金受領証 haraikomikinjyuryoushou).
Refund requests MUST BE RECEIVED by the Shizuoka University Graduate School of
Science and Technology no later than Thursday, February 29, 2024.
In the case of ③, a copy of the refund request form will be included with your returned
documents. Please complete and return by mail.
Applicants are responsible for all bank handling fees.

9Request for Refund of Shizuoka University Entrance Examination Fees
Year

Month

Day

To the President of Shizuoka University
1. Reason for Refund Request
2. Type of Test (General Entrance Exam, Entrance Exam for the General Public, Entrance Exam forInternational Students)
3. Desired Major
4. Name5. Current Address
6. Telephone Number
7. Amount to be Refunded (30,000 yen)
8. Bank Account Transfer Details*Bank Name *Branch Name
*Type of Account*Account Number*Name on Account*If name on account differs from applicant’s, write account holder’s relationship to applicant:(4) Regarding Applicants Affected by large-scale disasters. We are taking special measures forapplicants who were affected by large-scale disasters in order to lessen their financial burden andencourage chances for university attendance. These applicants can receive special consideration forrefunds. Please refer to the following URL for information (Japanese only).
大規模災害で被災した入学志願者に対する入学検定料の特別措置について

https://www.shizuoka.ac.jp/nyushi/guide/tokubetsusochi/
16. Information
Educational Affairs Unit, Faculty of Engineering/Doctral Course, Shizuoka University,
3-5-1 Johoku, Naka-ku, Hamamatsu 432-8561, JapanTEL (+81)53-478-1010 FAX (+81)53-471-0249
E-MAIL: eng-kyoumu@adb.shizuoka.ac.jp
General information regarding the Graduate School of Science and Technology, Shizuoka University, Japan,
is available at https://gsst.shizuoka.ac.jp/?lang=en
Applicants who have not been accepted can request examination results from Wednesday, November 15,
2023 through Friday, December 15, 2023.
17. Handling of Personal Information
Personal information shall be managed appropriately in accordance with the “Act on the Protection of
Personal Information” and the “Shizuoka University Rules on the Protection of Personal Information”.
Personal information obtained during the application process such as the applicant’s name, address, birthdate,etc. shall be used only for the purpose of admissions selection, notification of results, and other admission
procedure related affairs.
Personal information obtained from applications and test results used for admission selection will be used
to create reference materials towards future admissions selection method.
For admitted students only, said information will also be used for 1) Education related affairs (School register,academic guidance etc.), 2) Student support related affairs (Health management, career support, applications
10

for tuitions exemption or scholarship etc.), 3) Affairs related to tuition fee collection.
18. Security Export Control
Shizuoka University has established “Shizuoka University Security Export Control regulations” inaccordance with “Foreign Exchange and Foreign Trade Act”, and rigorously screens potential
international students on the basis of these regulations. International applicants who fall under any of
the conditions set out in said regulations may be unable to enter their desired course or program.

[Reference]“Shizuoka University Security Export Control regulations”
https://reiki.adb.shizuoka.ac.jp/act/frame/frame110000032.htm (Japanese)
Ministry of Economy, Trade and Industry “Security Export Control”
https://www.meti.go.jp/policy/anpo/gaiyou.html (Japanese)
https://www.meti.go.jp/policy/anpo/englishpage.html (English)

11

Student Admission Guide (AY 2023 October Entrance)
General Course, Course for Working Students, Course for International Students
1. Admission Policy

Department of Nanovision Technology
A new research field will be created by uniting image science engineers and nanoscience researchers. The
control of individual photons and electrons, a method based in nanoscience, will be introduced for the
first time to the image sciences and will be called "Nanovision Science." The objective of creating thisfield will be to develop students who can contribute significantly to the industry advancement as engineers
and researchers. Candidates will be assessed based on their abilities, academic achievement, andsuitability, among other factors.
Department of Optoelectronics and Nanostructure Science
The aim of the department is to develop students’ professional capabilities to innovate in futuretechnologies and to participate in initiatives geared towards controlling material functions and interaction
between photons and nanostructure materials, specifically relevant to expanding areas of industry such as
the communication, measurement and chemical industries. This goal will be achieved through cultivatingknowledge of fundamental sciences and practical application. Applicants are required to demonstrate theirability, scholarship and aptitude for achievement.
Department of Information Science and Technology
With a foundation in informatics, engineering and basic sciences, the Department of Information Scienceand Technology aims to educate specialized researchers to develop novel basic information technologies
and advanced engineers of information systems with outstanding skills in information techniques.
Applicants are assessed based on their academic ability.
Department of Environment and Energy Systems
This department specializes in applying basic principles and equations regarding water, air, and solid andhazardous wastes; material and energy balances; and chemical and biogeochemical cycles to solve
environmental issues. Topics include synthesis courses about water treatment, environmental change andbiogeochemical cycles, analysis of ecosystems, geomicrobiology, CO2 sequestration, and environmental
legislation. Our goal is to support innovative science and technology through lectures and discussions
that connect a broad range of scientific and engineering topics.
Department of Biosciences
The department provides education and training to the students by conducting frontier studies in basic
bioscience and biotechnology, including cell biology, developmental biology, integrative biology,
biophysics, microbiology, genomics, biotechnology, bioorganic chemistry, food science, andbioinformatics. Students are expected to take initiative in academia and scientific research and to bringan entrepreneurial drive to new bioindustrial fields.
2. Environmental Leaders Program (special doctoral program) (see 20. for more information)
The special doctoral program “Shizuoka University Corporation Environmental Leaders Program(ELSU) OCT 2023” offers highly qualified international students the opportunity to pursue doctoral study
and research regarding environmental issues. It aims to develop ‘strategy-oriented leaders’ on diverse
topics ranging from natural conservation to sustainable development. Students selected for ELSU OCT
2023 will receive a waiver for the entrance fee and tuition for up to three years (note: disqualified students
are no longer eligible to receive a tuition waiver).
Eligibility: International students planning to enroll in October 2023 (any department).
Number of students selected: 4 (for October 2023admission).
Duties: Specified course requirements and fieldwork.
The selection results for ELSU OCT 2023will be posted by the end of September 2023.
12

3. Applicant Eligibility and Requirements
One of the following must be satisfied:(1) Earned a master’s degree or a professional degree.
(2) Expected to complete a master’s degree or a professional degree by September 30, 2023.
(3) Earned or expect to complete a master’s degree or professional degree outside of Japan by
September 30, 2023.
(4) Earned or expect to complete a master’s degree or a degree equal to a professional degree froma correspondence program of a foreign school while living in Japan via distance learning
conducted by a school of said country by September 30, 2023.
(5) Earned or expect to complete a master’s degree or a degree equal to a professional degree inJapan designed by the Ministry of Education, Culture, Sports, Science and Technology of Japan(MEXT), such as a postgraduate course in a foreign country, by September 30, 2023.
The postgraduate course described above must be from an educational institution accredited by
the education system in the country where it is located.
(6) Have qualifications approved by the Ministry of Education, Culture, Sports, Science andTechnology of Japan(MEXT) (As determined in accordance with Notification No.118 of the
Ministry of Education of 1989. See Remark 2).
(7) Recognized through individual investigation by Shizuoka University Graduate School, as
holding academic standing equal to or higher than that of a master’s degree holder, and will
be at least 24 years of age by September 30, 2023 (born on or before October 1, 1999).
(8) Completed a United Nations University master’s degree program, established on December 11,
1972 per a UN General Assembly resolution that provides special measures law Article 1,
Clause 2 (No. 72 in 1976) outlining an agreement of association with Japan in reference to theUnited Nations university headquarters.
(9) Passed the qualifying examination, completed the curricula in a university abroad, or passed an
examination equivalent to the qualifying examination and possess a level of academic aptitude
equal to or above a master’s degree holder.

(Remark 1)

Applicants who intend to apply in accordance with Qualifications (6) or (7) are required
to submit to an evaluation of qualifications before submitting application documents.
See “14. Evaluation of Applicant Qualifications” on page 16.
(Remark 2) (Ministry of Education Notification No. 118 of 1989)① Applicants who have graduated from a university in Japan, have more than two years ofexperience working in universities or research institutions, and are recognized by our
graduate school as having scholastic aptitude equal to or above that of a master’s holder
through an evaluation of qualifications.
② Applicants who have more than two years of experience working in universities or
research institutions after completing 16 years of education in a foreign country or havecompleted the equivalent correspondence program in Japan and are recognized by our
graduate school as having scholastic aptitude equal to or above than that of a master’sholder through an evaluation of qualifications.
If you have any questions, please contact the Educational Affairs Unit, Faculty ofEngineering/Doctoral Course (see 17. Information).
4. Number of students to be admitted

Department
Nanovision Technology
Optoelectronics and Nanostructure Science
Information Science and Technology
Environment and Energy Systems
Bioscience

Admission
Capacity

General
Selection

Selection for
Working Students

A few positions

A few positions

A few positions

Selection forInternational
Students
A few positions

〃
〃
〃
〃

〃
〃
〃
〃

〃
〃
〃
〃

〃
〃
〃
〃

Total
〃
〃
〃
〃
Refer to the list of Supervising Professors and Research-and-Education Subject in the Graduate Schoolof Science and Technology, Educational Division provided at the end of this booklet. For a better
13

understanding of our graduate school, we strongly recommend visiting our website:
https://gsst.shizuoka.ac.jp/?lang=en
5. Selection Procedure
Applicants will be selected based on a presentation of the applicant’s research record/master’s thesis,
oral exam and application documents. Applicants are required to give a presentation about his/hermaster’s thesis or research record and to take an oral exam about the presentation and the subjects thathave been studied. The duration of the presentation should be 30 minutes. Applicants who haveresearch experience after receiving a master’s degree may present this research. A liquid crystal display
projector is available; however, applicants should bring a personal computer, including any necessary
software and hardware.

・General Selection:
Qualification based on achievement tests, oral examination, and application documents
・Selection for Working Students and International Students:
Qualification based on achievement tests, oral examination, and application documents
6. Date and Location of Examination
Date
Time
Any
one
day between
August7 Details will be(Monday), 8
provided to each
(Tuesday)and9 applicant.
(Wednesday)

Subject

Location◇Hamamatsu Campus

Achievementtest

3-5-1 Johoku, Naka-ku, Hamamatsu, Shizuoka

Oral
examination◇Shizuoka Campus

836 Ohya, Suruga-ku, Shizuoka*The examination will be held on the campus where the intended supervisor works.
Details regarding the time and location will be announced when mailing the Exam Admission
Tickets.
Transportation◇Hamamatsu Campus:
From the North Exit of JR Hamamatsu Station, take a bus from stop No. 15 and get off at
The Shizuoka Daigaku (静岡大学) (approx. 20 minutes). Note that all line buses from stop No.
15 go to Shizuoka University.
◇Shizuoka Campus:
From the North Exit of JR Shizuoka Station, take the No. 8B Miwa-Ohya line and get off at the
final stop, Shizuoka Daigaku (静岡大学), or get off at the Shizudai-Katayama (静大片山)(approx. 25 minutes).
7. Application Documents(1) Application Form. Use the designated form.
(2) Examination card and photograph Form. Use the designated form and attach one photo taken
within 3 months of your application date.
(3) Research Plan. Use the designated form.
(4) Official Certificate of Achievement for undergraduate studies issued by the applicant’s
undergraduate university.
(5) Official Certificate of Achievement for graduate studies issued by the applicant’s graduate
school.
(6) Official Certificate of Graduation issued by the applicant’s graduate school or an official letterof certification from the graduate school at which the applicant is currently enrolled that states
the expected graduation date. Applicants intending to apply in accordance with Qualifications(6) or (7) must submit Academic Records certified by the university from which the applicant
graduated most recently. (See 14. Evaluation of Applicant Qualifications on page 16.)14

(7) Applicants intending to apply in accordance with Qualifications (1), (3), (4), (5) or (8) and who
have a master’s degree or professional degree must submit a copy or summary of their master’s
thesis in English on 2 pages of A4-size paper. Applicants who have a record of research should
append a Summary of Research and Technological Achievements in English. Use the designatedform (maximum 1,200 words). Applicants intending to apply in accordance with Qualifications(2) or (4) and who expect to complete a master’s degree or professional degree must submit areport on the progress of their master’s thesis in English on 2 pages of A4-size paper. Copies ofany academic research publications, academic conference presentations, patents, and similar
documents, if any, should also be submitted.
(8) Permission for examination issued by the boss (or other responsible person) of the applicant’s
place of employment if he/she works for a public office or company. Use the designated form.
(9) A self-addressed stamped return envelope to receive results notification. Write clearly theapplicant’s name, address/place of receipt, and postal code on a Size No. 3 long envelope (12.0
cm x 23.5 cm) with 344 yen stamp affixed (for overseas addresses/place of receipt, enclose asufficient International Reply Coupon (IRC) to cover the required return postage with thesubmission.).
(10) Application fee: 30,000 yen.
Transfer 30,000 yen to the Shizuoka University bank account. Applicants must contact the
Educational Affairs Unit, Faculty of Engineering/Doctoral Course for the account number (see16. Information). Please retain the transfer certificate until you receive a Certificate ofApplication Fee Payment from Shizuoka University.
Paid application fees will not be refunded except under the some circumstances, regardless ofreason. (see 15. Application Fee Refund Policy). Applicants expected to complete a master’s
program or professional degree course at the Graduate School of Shizuoka University in
September 2024 are not required to pay the application fee.
An application fee is not required for those applying in accordance with Qualifications (6) or(7). Evaluation results will be sent to the applicant on Thursday, June 29, 2023. Applicants
deemed eligible by the qualification evaluation are required to pay the fee upon selection.
Instructions for paying the fee will be included with the results notification.
(11) Return Address Seal. Provide an address at which to receive the Examination Card and theresults notification on the form provided.
(12) Working student applicants are required to submit a Record of Research and TechnologicalAchievements. Use the designated form.
A letter of recommendation written by the boss (or other responsible person) of the applicant’s
place of employment, if any.
(13) A copy of the applicant’s passport that clearly shows the applicants’ name, photo, birth date,sex, and signature (INTERNATIONAL STUDENTS only).
8. Application Period
Application materials must be submitted by registered mail. All documents must arrive before theapplication deadline.
Application documents must be sent early enough to arrive by the deadline. Applications will not be
accepted after the application period has passed and incomplete documents will not be accepted. Be
careful to avoid omissions or errors in writing.
(1) Applicants who intend to apply in accordance with Qualifications (1), (2) or (9) and those whohave met Qualifications (6) or (7) according to the qualification evaluation:
Application period: Tuesday, July 4, 2023 to Monday, July 10, 2023.
(2) Applicants who intend to apply in accordance with Qualifications (3), (4), (5) or (8):Application period: Monday, June 19, 2023 to Friday, June 23, 2023.
Early submission is required for qualifications to be evaluated. If you have any questions, please contact
the Educational Affairs Unit, Faculty of Engineering/Doctoral Course (see 17. Information).

15

9. Address for Submission of Application Documents
Educational Affairs Unit, Faculty of Engineering/Doctoral Course, Shizuoka University,
3-5-1 Johoku, Naka-ku, Hamamatsu 432-8561, JapanTEL (+81)53-478-1010 FAX (+81)53-471-0249
E-MAIL: eng-kyoumu@adb.shizuoka.ac.jp
10. Submission Procedure
Applicants must collect the documents listed above and send them by REGISTERED MAIL (suchas EMS) or bring them to the Educational Affairs Unit, Faculty of Engineering/Doctoral Course at theaddress provided above.
On the front of the envelope, please write clearly in red ink: Application Documents for the Graduate
School of Science and Technology, Education Division.
11. Notification of Results
At 10:00 am on September 5 (Tuesday), 2023 the successful applicants’ exam numbers will be
posted on the Graduate School of Science and Technology, Shizuoka University Website (Admission).
https://gsst.shizuoka.ac.jp/?page_id=5204&lang=en
12. Admission Procedures
Successful applicants should complete the admission procedure in accordance with the dates listed
below. Notification of enrollment procedures will be sent individually after confirmation of
acceptance.
(1) Registration Period and Payment:
Registration Period: Late September 2023. Details will be provided.
(2) Method of Registration: Mail to the Educational Affairs Unit, Faculty of Engineering/Doctoral
Course (see 9. Address for Submission of Application Documents). Notice of Payment:a. Admission fee must be paid when completing the admission procedures.
b. Students expected to complete a master’s program or professional degree course at the Graduate
School of Shizuoka University in September 2023 are not required to pay the admission fee.
(3) Admission Fee and Tuition
Admission Fee: ¥282,000 (Scheduled Amount, actual for 2023).
Tuition: ¥535,800 for one year (¥267,900 for one semester) (Scheduled Amount, actual for 2021).
Note:
a. If tuition for the previous term has not been paid by admission day, it must be paid between
October 1 and October 31, 2023.
b. If you need to withdraw from school after enrolling any time up to September 30, 2023, thetuition shall be refunded in full upon request by the person who paid the tuition. Note that theadmission fee shall not be refunded under any circumstances.
c. Tuition and other fees assessed by Shizuoka University are standardized and determined by
the Ministry of Education, Culture, Sports, Science and Technology (MEXT).
d. If the tuition fee is increased at the time of admission or while school is in session, the new fee
shall apply from the date that it goes into effect.
(4) Exception from Payment of Admission and Tuition Fees and System for the Prolonged Course
Perioda. Exception from Payment of Admission and Tuition Fees
An exception for admission payment and tuition fees may be made for low-income students.
The details of this system will be provided prior to the admission process. If there are any
questions, please contact to the Educational Affairs Unit, Faculty of Engineering/Doctoral Course(see 17. Information).
b. System for the Prolonged Course Period
This system is applicable to a working student who feels that he/she may not be able to finish
the course in three years due to work commitments. Based on the student’s application, he/she
may study for a period of six years. Tuition fees may be specially considered when the systemis accepted. Applications to the system are evaluated by the university. The details of thissystem will be provided prior to the admission process. If there are any questions, pleasecontact the Educational Affairs Unit, Faculty of Engineering/Doctoral Course (see 17.
Information).
1613. Important Remarks(1) Students expected to complete a master’s program or professional degree course at the Graduate
School of Shizuoka University in September 2023 must complete Admission Procedures in spiteof Notice of Payment 12. (3).
(2) Documents must be submitted via registered mail. Late applications will not be accepted.
Documents must arrive before the application deadline.
(3) Incomplete applications will not be accepted. Submitted documents will not be returned. Be careful
to avoid any omissions or errors in writing. Any changes after document submission will not be
accepted; however, the Educational Affairs Unit, Faculty of Engineering/Doctoral Course should
be informed of any change of address.
(4) Requests for an Application Form by mail should be sent to the Educational Affairs Unit, Facultyof Engineering/Doctoral Course (see 9. Address for Submission of Application Documents).
“Application Form for the Graduate School of Science and Technology, Education Division”
should be written clearly in red on the envelope. A self-addressed No. 2 envelope (33.2 cm×24.0cm) should be enclosed with the request.
(5) Applicants who intended to apply in accordance with Qualifications (3), (4), (5), or (8) must submit
the required documentation prior to the application period (see 8. Application Period forevaluation of the application documents.
14. Evaluation of Applicant Qualifications
Candidates applying in accordance with Qualifications (6) or (7) are required to submit to an
evaluation of their scientific capabilities. The evaluation is conducted to assess the applicant’s
scholastic aptitude based on his/her documents. If you have any questions, please contact the
Educational Affairs Unit, Faculty of Engineering/Doctoral Course (see 9. Address for Submissionof Application Documents).
(1) Application Documents
a. Application Form for Individual Evaluation. Complete the form provided.
b. Official Certificate of Graduation from undergraduate school issued by the most recently
attended the university.
c. Official Certificate of Achievement from graduate school issued by the most recently attended
the university.
d. Summary of Research and Technological Achievements. Complete the form provided.
e. Record of Research and Technological Achievements. Complete the provided format.
f. Copies of any academic research publications, academic presentations, patents, and similar
documents, if any, should also be submitted.
g. A self-addressed stamped envelope for results notification. Write the applicant’s name, address
and ZIP code on a No. 3 envelope (12.0 cm x 23.5 cm)(2) Application Period
Monday, June 19, 2023 to Friday, June 23, 2023.
Applications must be submitted by the deadline by registered mail to the Educational Affairs Unit,
Faculty of Engineering/Doctoral Course (see 9. Address for Submission of Application
Documents).
Applications will not be accepted after the application period has passed and incomplete
documents will not be accepted. Be careful to avoid omissions or errors in writing(3) Notification of Results
Results will be sent by mail to all applicants on Thursday, June 29, 2023.
(4) Application Period and Application Documents
Applicants who satisfy application requirements according to the qualification evaluation mustcomplete the submission procedures described in sections 7. Application Documents through 10.
Submission Procedure. The following materials are required and must be submitted by mail.
Instructions for submission will be included with the results notification. Note that the application
period is open from Tuesday, July 4 to Monday, July 10, 2023.

a. Application Form for Entrance Examination. Use the designated form.
b. Examination Card and photograph Form. Use the designated form and attach one photo taken
within 3 months of your application date.
c. Research Plan. Use the designated form.
17

d. Permission for examination written by the boss (or other responsible person) of theapplicant’s place of employment if he/she works for a public office or company. Use thedesignated form.
e. A letter of recommendation written by the boss (or other responsible person) of theapplicant’s place of employment, if any.
f. Application Fee: 30,000 yen.
g. Return Seal. Provide an address to receive results notification on the form provided.
h. A passport copy clearly showing the applicants’ name, photo, birth date, sex, and signature(INTERNATIONAL STUDENTS only).
i. A self-addressed envelope to receive results: Provide a return address (the applicant’s name,address and ZIP code) on a No. 3 envelope (12.0 cm x 23.5 cm).
15. Applicants with special Needs
Applicants with disabilities or other special needs who requires special accommodations at theexam location and attending school must meet with the school for an interview prior to applying foradmission. The applicant will be contacted once a determination is made based on the interview. We
recommend that all new student applicants with special needs visit the campus before applying to
examine the school facilities and campus in person.
16. Application Fee Refund Policy
Under no circumstances will the application fee be returned or refunded following receipt of theapplication documents at the Graduate School.
(1) However, received application fees will be returned or refunded if one of the situations described
below apply:① If, after paying the application fee, no application is submitted.
② If the application fee is paid twice by mistake.
③ If the application is not accepted for submission.
(2) Amount to be refunded:
The amount overpaid or the total amount will be refunded to the applicant per the applicant’s
requests.
(3) Requesting a refund:Applicant must submit written refund requests by mail.
In the case of ① or ② in section (1) above, please clearly fill out 1-8 of the following refund
request form. All information must be printed clearly. You MUST attach EITHER the
Confirmation of Postal Transfer (郵便振替払込受付証明書 yuubin furikae haraikomi uketsuke
shoumeisho）/ Confirmation of Entrance Exam Fee Payment (入学検定料受付証明書 nyuugaku
kenteiryou uketsuke shoumeisho) OR the “Receipt of Payment” (払込金受領証 haraikomikinjyuryoushou).
Refund requests MUST BE RECEIVED by the Shizuoka University Graduate School of
Science and Technology no later than Thursday, February 29, 2024.
In the case of ③, a copy of the refund request form will be included with your returned
documents. Please complete and return by mail.
Applicants are responsible for all bank handling fees.

18Request for Refund of Shizuoka University Entrance Examination Fees
Year

Month

Day

To the President of Shizuoka University
1. Reason for Refund Request
2. Type of Test (General Entrance Exam, Entrance Exam for the General Public, Entrance Exam forInternational Students)
3. Desired Major
4. Name5. Current Address
6. Telephone Number
7. Amount to be Refunded (30,000 yen)
8. Bank Account Transfer Details*Bank Name
*Branch Name
*Type of Account*Account Number *Name on Account*If name on account differs from applicant’s, write account holder’s relationship to applicant:(4) Regarding Applicants Affected by large-scale disasters.
We are taking special measures for applicants who were affected by large-scale disasters in order tolessen their financial burden and encourage chances for university attendance. These applicants canreceive special consideration for refunds. Please refer to the following URL for information (Japaneseonly).
大規模災害で被災した入学志願者に対する入学検定料の特別措置について

https://www.shizuoka.ac.jp/nyushi/guide/tokubetsusochi/
17. Information
Educational Affairs Unit, Faculty of Engineering/Doctral Course, Shizuoka University,
3-5-1 Johoku, Naka-ku, Hamamatsu 432-8561, JapanTEL (+81)53-478-1010 FAX (+81)53-471-0249
E-MAIL: eng-kyoumu@adb.shizuoka.ac.jp
General information regarding the Graduate School of Science and Technology, Shizuoka University, Japan,
is available at https://gsst.shizuoka.ac.jp/?lang=en
Applicants who have not been accepted can request examination results from Wednesday, November 15,
2023 through Friday, December 15, 2023.
18. Handling of Personal Information
Personal information shall be managed appropriately in accordance with the “Act on the Protection of
Personal Information” and the “Shizuoka University Rules on the Protection of Personal Information”.
Personal information obtained during the application process such as the applicant’s name, address, birthdate,etc. shall be used only for the purpose of admissions selection, notification of results, and other admission
procedure related affairs.
Personal information obtained from applications and test results used for admission selection will be used
to create reference materials towards future admissions selection method.
For admitted students only, said information will also be used for 1) Education related affairs (School
register, academic guidance etc.), 2) Student support related affairs (Health management, career support,
applications for tuitions exemption or scholarship etc.), 3) Affairs related to tuition fee collection.
1919. Security Export Control
Shizuoka University has established “Shizuoka University Security Export Control regulations” inaccordance with “Foreign Exchange and Foreign Trade Act”, and rigorously screens potential
international students on the basis of these regulations. International applicants who fall under any of
the conditions set out in said regulations may be unable to enter their desired course or program.

[Reference]“Shizuoka University Security Export Control regulations”
https://reiki.adb.shizuoka.ac.jp/act/frame/frame110000032.htm (Japanese)
Ministry of Economy, Trade and Industry “Security Export Control”
https://www.meti.go.jp/policy/anpo/gaiyou.html (Japanese)
https://www.meti.go.jp/policy/anpo/englishpage.html (English)
20. Environmental Leaders Program (ELSU) OCT 2023
1. Program Description
The “Shizuoka University Corporation Environmental Leaders Program (ELSU) OCT 2023” is a
special doctoral program that offers highly qualified foreign students the opportunity to pursue doctoral
study and research regarding environmental issues. It aims to develop ‘strategy-oriented leaders’ withexpertise in a diverse range of topics - from natural conservation to sustainable development. Students
selected for ELSU OCT 2023 will receive an entrance fee waiver in addition to a tuition waiver for up to
three years. (Note: disqualified students will not be eligible to receive the tuition waiver.)Eligibility: Foreign students planning to enroll in OCT 2023.
Number of students selected: 4 (OCT 2023 admission)
2. Application ProceduresThose who are interested in applying for ELSU OCT 2023 should submit the following documents by
the deadline, pending approval from the prospective advisor.
・Additional application materials to be submitted:(1) Description of research title and plan;(2) Records and summaries of field surveys/activities;(3) Recommendation from previous advisor or another person who is familiar with the applicant’s
work (one recommendation, no formal template).
・Program requirements:(1) 6 credits from the selected courses.
(2) 45 hours of fieldwork(3) One presentation (in English) at an international conference

Specialized
Subjects

CommonSubjects

Courses
Environmental Process Engineering
Manufacturing Systems
Biological Diversity
Global Environmental Systems Engineering
New Genetic and Cellular Engineering
Integrative Bioregulation
Environmental Analysis
Climate Change and Biogeochemical Cycles
Marine Biology
Remote Sensing
An Essay on Natural Environment
Energy and Environment
20

Credits
２
２
２
２
２
２
１
１
１
１
１
２

Notes
Courses must be taken as
follows:(1) 3 credits from left table
as a part of Ph.D.
requirements.
(2) Additional 3 credits
from the left table apartfrom Ph.D.
requirements.
(3) Environmental Ethics
or Bioethics are
required.

Life, Environment and Science
Environmental Ethics
Bioethics
Practical Use Technology English ConversationⅠ
Practical Use Technology English ConversationⅡ

２
１
１
１
１

3. Announcement of Successful Applicants
The selection results for ELSU OCT 2023 will be posted by end of September 2023.

21令和５（2023）年度静岡大学大学院自然科学系教育部(後期３年博士課程)概要
Graduate School of Science and Technology, Educational Division

ナノビジョン工学専攻
Department of Nanovision Technology※１：令和６年３月退職予定/Scheduled to retire in March 2024
※２：令和７年３月退職予定/Scheduled to retire in March 2025
※３：令和８年３月退職予定/Scheduled to retire in March 2026
担 当 教 員Academic Staff※１

教 育 研 究 分 野
Research Area

所
属
キャンパス

教 授
Prof.

青 木
徹
Toru Aoki

不可視光イメージング，エネルギー弁別高エネルギー電磁波（X線・ガンマ線）イメージング
Unvisible Light Imaging, Energy Discriminated High-energy
Radiation (X-ray, Gamma-ray) Imaging

浜松
Hamamatsu

教 授
Prof.

池 田 浩 也
Hiroya Ikeda

赤外線センサ・生体センサのためのナノ構造熱電変換材料の開発
Thermoelectric Nanomaterials for Infrared Photodetector andPhysiological Sensor

浜松
Hamamatsu

教 授

石 田 明 広Akihiro Ishida

量子井戸物性・デバイス
Physics and Device Applications of Semiconductor Quantum Wells

浜松
Hamamatsu

居 波
渉
Wataru Inami

先端光計測, 顕微鏡手法に関する研究
Advanced optical measurement and microscopy

浜松
Hamamatsu

Prof.

井 上
翼
Yoku Inoue

半導体およびカーボン材料によるナノマテリアルテクノロジー
Semiconductor and Carbon Nanomaterial Technology

浜松
Hamamatsu

教 授
Prof.

海老澤 嘉 伸Yoshinobu Ebisawa

イメージング技術に基づく視覚工学，視覚-眼球運動系の心理物理
Vision Engineering Based on Imaging Technology and Psychophysics
of Visuo-oculomotor System

浜松
Hamamatsu

教 授
Prof.

小 野 篤 史Atsushi Ono

近接場光学，プラズモニクス
Near-field Optics, Plasmonics

浜松
Hamamatsu

教 授

小 野 行 徳Yukinori Ono

CMOS技術を基盤とした量子ナノエレクトロニクス
Quantum Nanoelectronics based on CMOS Technologies

浜松
Hamamatsu

香 川 景一郎
Keiichiro Kagawa

情報光学，高機能CMOSイメージセンサ，光学・撮像・処理融合
Information photonics, functional CMOS image sensor, opticssensing-processing fusion

浜松
Hamamatsu

表面情報伝達担体に関する研究とその応用
Research on Surface Communication Carriers and Its Application(Surface Based Interactions)浜松
Hamamatsu

Prof.

教 授
Prof.

教 授

Prof.

教 授
Prof.

※１

教 授
Prof.

金 武 佳 明Kamen Kanev

※３

教 授
Prof.

川 人 祥 二Shoji Kawahito

機能集積イメージングデバイスとシステム
Imaging Devices and Systems Integrating Advanced Functions

浜松
Hamamatsu

教 授
Prof.

越 水 正 典Masanori Koshimizu

放射線計測に資する光学材料開発、光物性
Development of optical materials for radiation detection, Opticalproperties of materials

浜松
Hamamatsu

教 授
Prof.

佐々木 哲 朗
Tetsuo Sasaki

医薬品の結晶成長とテラヘルツレーザー分光による評価
浜松
Crystal Evaluation by THz Laser Spectroscopy and Crystal Growth ofHamamatsu
Pharmaceuticals

担 当 教 員
Academic Staff

教 育 研 究 分 野
Research Area

所
属
キャンパス

Prof.

橋 口
原
Gen Hashiguti

集積化微小電気機械システム
Integrated Micro-Electro-Mechanical System

浜松
Hamamatsu

教 授
Prof.

原
和 彦
Kazuhiko Hara

ナノビジョン光材料・デバイスの開発
Development of the Optoelectronic Materials and Devices for the
Nanovision systems

浜松
Hamamatsu

教 授
Prof.

Mizeikis Vygantas

フェムト秒レーザーリソグラフィによるフォトニック結晶の作製とその光学
特性評価
浜松
Fabrication and optical characterization of of photonic crystal
Hamamatsu
structures by femtosecond laser lithography

准教授
Assoc.Prof.

荻 野 明 久Akihisa Ogino

熱電子発電，プラズマ応用
Thermionic Energy Conversion, Plasma Application

浜松
Hamamatsu

准教授
Assoc.Prof.

光 野 徹 也Tetsuya Kono

ナノ-マイクロ構造, ナノ-マイクロフォトニクス
Nano-micro structures, Nano-micro photonics

浜松
Hamamatsu

准教授
Assoc.Prof.

小 南 裕 子Hiroko Kominami

光物性，光デバイス
Optical properties of materials, Opto-electronic devices

浜松
Hamamatsu

准教授
Assoc.Prof.

武 田 正 典Masanori Takeda

テラヘルツ帯における分光及び高感度超伝導検出器技術に関する研究Research on Spectroscopy and High-Sensitivity Superconducting
Detector Technologies in the Terahertz Band浜松
Hamamatsu

准教授
Assoc.Prof.

Tripathi Saroj Raman

テラヘルツフォトニクス、テラヘルツ波の産業応用
Terahertz photonics, Industrial application of terahertz wave

浜松
Hamamatsu

准教授
Assoc.Prof.

中 野 貴 之Takayuki Nakano

III族窒化物半導体結晶成長、光機能デバイス、熱中性子半導体検出器
Epitaxial growth of group-III nitride semiconductor, Optical fanctional
devices, Thermal neutron semiconductor detector

浜松
Hamamatsu

准教授
Assoc.Prof.

根 尾 陽一郎
Yoichiro Neo

スミスパーセル超放射, 高感度撮像管，高輝度電子源，有機高分子
ファイバーデバイス
Ｓuperradiant in tera-hertz, high sensitive imaging tube, hightbrightness cathode, organic polymer fibrous devices

浜松
Hamamatsu

准教授
Assoc.Prof.

二 川 雅 登Masato Futagawa

農業や環境分野のための水分量, pH, イオン濃度計測が可能な多機
能型センサデバイス・センサ計測回路に関する研究
Multimodal Sensor Devices and Sensor Measureent Circuits to
Monitor Water Content, pH, and Ion Concentration for Agriculture
and Environmental fields

浜松
Hamamatsu

准教授
Assoc.Prof.

堀匡 寛
Masahiro Hori

シリコン中の単一電荷、単一スピン操作
Manipulation of Single Charge and Spin in Silicon

浜松
Hamamatsu

准教授
Assoc.Prof.

Daniel Moraru

ナノスケール及び原子レベルエレクトロニクス、ナノ材料科学
Nanoscale and Atomic-Scale Electronics, Nano-Materials Science

浜松
Hamamatsu

教 授

光・ナノ物質機能専攻
Department of Optoelectronics and Nanostructure Science※１：令和６年３月退職予定/Scheduled to retire in March 2024
※２：令和７年３月退職予定/Scheduled to retire in March 2025
※３：令和８年３月退職予定/Scheduled to retire in March 2026
担 当 教 員Academic Staff

教 育 研 究 分 野
Research Area

所
属
キャンパス

教 授
Prof.

岩 田
太
Futoshi Iwata

ナノスケール表面計測・加工および光精密機器開発
Nano-scale Measurement，Fabrication and Optical Precision
Instruments

浜松
Hamamatsu

教 授
Prof.

江 上
力
Chikara Egami

超高密度光メモリ，非線形レーザ顕微鏡，光情報処理
High Dense Optical Storage System, Nonlinear Optical Microscope,
Optical Information Processing

浜松
Hamamatsu

教 授
Prof.

海老原 孝 雄Takao Ebihara

希土類および3d遷移金属間化合物の純良単結晶育成および磁性と伝導・超伝導についての電子輸送論的研究
Investigation of electrotransport properties in high quality single
crystals of rare earth and 3d-transition intermetallic compounds.

静岡
Shizuoka

教 授
Prof.

岡 林 利 明Toshiaki Okabayashi

高分解能分光法による短寿命分子種とクラスターの物理化学的研究
Physico-chemical Studies on the Transient Molecules and Clusters
Using the High Resolution Spectroscopic Method

静岡
Shizuoka

教 授
Prof.

久保野 敦 史Atsushi Kubono

有機凝集体（液晶、高分子薄膜）の構造と物性
Structures and Physical Properties of Organic Condensed Matter Liquid Crystals and Polymeric Thin Films

浜松
Hamamatsu

教 授
Prof.

小 林 健 二Kenji Kobayashi

超分子化学に基づく物質創製と機能化
Construction and Function of New Materials Based on
Supramolecular Chemistry

静岡
Shizuoka

教 授
Prof.

近 藤
淳
Jun Kondoh

表面波素子の化学センサ，バイオセンサ，およびワイヤレスセンサへの応用とマイクロ流体素子開発
浜松
Application of surface wave devises for chemical, bio- and wirelessHamamatsu
sensors, and development of microfluidic system

教 授
Prof.

近 藤
満
Mitsuru Kondo

新機能発現へ向けた新しい金属錯体の合成
Synthetic Sｔｕdies of Coordination Materials for Creations of New
Functional Solids

静岡Shizuoka

教 授
Prof.

昆 野 昭 則Akinori Konno

ナノマテリアルの光電気化学および光電変換への応用
Photoelectrochemistry of Nanomaterials and Their Applications to
Photoelectric Energy Conversion

浜松
Hamamatsu

教 授
Prof.

下 村 勝
Masaru Shimomura

原子スケールで制御された表面界面構造の研究
Research on atomically controlled surface and interface structures

浜松
Hamamatsu

教 授
Prof.

関 根 理 香Rika Sekine

計算・理論化学を用いた無機化合物の構造・物性・反応性の解明
Computational and Theoretical Chemistry for Analysis of Structure,
Properties, and Reactivity of Inorganic Compounds.

静岡
Shizuoka

※３

教 授
Prof.

立 岡 浩 一Hirokazu Tatsuoka

ナノ光電及び熱電変換材料の作製と評価
Syntheses and Characterizations of Nano-optoelectronic & Nanothermoelectric Materials

浜松
Hamamatsu

※１

教 授
Prof.

冨 田
誠
Makoto Tomita

ナノ構造媒質中での光の伝播，放射などの量子光学，量子エレクトロニクス
Quantum Optics, Quantum Electronic, Including Light Propagationand Emission in Nanostructured Media静岡
Shizuoka※３※３

担 当 教 員
Academic Staff

教 育 研 究 分 野
Research Area

所
属
キャンパス

液体系と生体分子系のダイナミクス・機能と相互作用の理論的解析
Theoretical Analysis of the Dynamics, Functions, and Interactions ofLiquids and Biomolecular Systems

浜松
Hamamatsu

光線力学的療法の基礎研究、ナノ粒子の光・物理化学
Fundamental Study on Photodynamic Therapy, Photo- Physical
Chemistry of Nanoparticles

浜松
Hamamatsu

新規グリーンな多機能性（誘電・圧電・焦電・光電）酸化物の開発，固体物性
Searching for novel green multi-functional oxides(dielectrics/piezoelectrics/pyroelectrics/electro-optics),solid statephysics.

浜松
Hamamatsu

Prof.

藤 間 信 久Nobuhisa Fujima

第一原理計算による物質中のナノスケール原子構造・電子構造
Nano Scale Atomic and Electronic Structures inMaterials by First Principles Calculation

浜松
Hamamatsu

教 授
Prof.

間瀬 暢之
Nobuyuki Mase

グリーン有機化学とキラルテクノロジー
Green Organic Chemistry and Chiral Technology

浜松
Hamamatsu

教 授
Prof.

李
洪 譜
Hongpu Li

光ファイバ工学，光ファイバセンサー，非線形ファイバ光学，光情報処理
Fiber Optics、 Fiber Sensors、Nonlinear Fiber Optics, Optical
Information Processing

浜松
Hamamatsu

教 授
Prof.

脇 谷 尚 樹Naoki Wakiya

気相法による新規機能性セラミックス薄膜の作製と物性
Preparation and properties of novel functinal ceramics thin films
through physical vapor deposition

浜松
Hamamatsu

准教授
Assoc.Prof.

奥 谷 昌 之Masayuki Okuya

光機能性薄膜の作製と応用
Film formation and application to opt-electronic devices

浜松
Hamamatsu

准教授
Assoc.Prof.

坂 元 尚 紀Naonori Sakamoto

透過型電子顕微鏡によるナノマテリアルの構造解析
Structure analysis for nanomaterials using transmission electron microscopy
低環境負荷プロセスによる無機ナノ構造の構築と物性に関する研究
Research about fabrication and function of inorganic nano structured materials
by low energy consuming process浜松
Hamamatsu

准教授
Assoc.Prof.

清 水 一 男
Kazuo Shimizu

マイクロプラズマの医療分野、環境分野への応用研究（プラズマドラッ
グデリバリー、プラズマアクチュエータ、室内空気浄化）
Microplasma applications to medical and environmental field (Plasma
drug delivery, plasma actuator, indoor air treatment)

浜松
Hamamatsu

准教授
Assoc.Prof.

田 中 康 隆Yasutaka Tanaka

有機合成と超分子化学を基本とする不斉情報転写や光分子デバイス
Chiral Information Transfer and Photo-molecular Devices Based on
Synthetic Organic and Supramolecular Chemistry浜松
Hamamatsu

准教授
Assoc.Prof.

冨 田 靖 正Yasumasa Tomita

無機固体イオニクス材料の合成および物性評価
Synthesis and Characterization of Inorganic Materials for Solid State
Ionics浜松
Hamamatsu

准教授
Assoc.Prof.

中 村 篤 志Atsushi Nakamura

2次元層状物質の結晶成長および物性評価
Synthesis and Characterization of 2D materials

浜松
Hamamatsu

准教授
Assoc.Prof.

鳴海 哲夫
Tetsuo Narumi

創薬を指向した有機化学的手法の開発、生命現象を有機化学で理解浜松するための機能性分子の創製
Hamamatsu
Organic Chemistry-Driven Drug Discovery and Chemical Biology

准教授
Assoc.Prof.

松田 靖弘
Yasuhiro Matsuda

溶液中およびゲル中の高分子構造の解析
Characterization of Polymer Structure in Solution and Gel

Prof.

鳥 居
肇
Hajime Torii

教 授
Prof.

平川 和貴
Kazutaka Hirakawa

教 授

教 授
Prof.

教 授

符 徳 勝
Desheng Fu

浜松Hamamatsu

担 当 教 員
Academic Staff

教 育 研 究 分 野
Research Area

所
属
キャンパス

准教授
Assoc.Prof.

守 谷
誠
Makoto Moriya

超分子の規則的な配列を利用した分子イオニクスに関する研究
Molecular Ionics Using Supramolecular Assemblies

静岡
Shizuoka

講 師
Lecturer

田 代 陽 介
Yosuke Tashiro

生体微粒子に関連したナノバイオサイエンスとナノバイオテクノロジー
Nanobioscience and Nanobiotechnology Related to Biological Fine
Particles

浜松
Hamamatsu

助 教
Assist.Prof.

佐 藤 浩 平Sato Kohei

ペプチド・タンパク質化学を基盤とするケミカルバイオロジー研究
Peptide/Protein-Based Chemical Biology

浜松
Hamamatsu

情報科学専攻
Department of Information Science and Technology※１：令和６年３月退職予定/Scheduled to retire in March 2024
※２：令和７年３月退職予定/Scheduled to retire in March 2025
※３：令和８年３月退職予定/Scheduled to retire in March 2026
担 当 教 員Academic Staff

教 育 研 究 分 野
Research Area

所
属
キャンパス

モバイルコンピューティング， コンピュータネットワーク，モバイル
ネットワーク
Mobile Computing，Computer Networks，Mobile Networks

浜松
Hamamatsu

大島 純
Jun Oshima

学習科学，教育工学
Learning Sciences, Educational Technology

浜松
Hamamatsu

教 授
Prof.

大島 律子
Ritsuko Oshima

学習科学，教育工学
Learning Sciences, Educational Technology

浜松
Hamamatsu

教 授
Prof.

大 橋 剛 介Gosuke Ohashi

画像センシング，画像処理
Sensing via Image Information, Image Processing

浜松
Hamamatsu

教 授
Prof.

桐 山 伸 也
Shinya Kiriyama

音声言語情報処理，知的情報処理，ヒューマンインタフェース
Spoken Language Processing, Intelligent Information Processing,
Human Interface

浜松
Hamamatsu

教 授
Prof.

高 口 鉄 平Teppei Koguchi

情報通信経済学，パーソナルデータの経済分析
ICT Economics, Economic Analysis of Personal Data

浜松
Hamamatsu

教 授
Prof.

小 西 達 裕Tatsuhiro Konishi

知的教育システム，知的インタフェース
Intelligent Educational Systems，Intelligent Human Interfaces

浜松
Hamamatsu

教 授
Prof.

佐 治
斉
Hitoshi Saji

ヘリテレシステム
Helitele system

浜松
Hamamatsu

教 授
Prof.

塩 見 彰 睦Akichika Shiomi

画像処理, 組込み用画像処理システム
Image Processing, Embeded Image Processing System

浜松
Hamamatsu

教 授

杉 浦 彰 彦Akihiko Sugiura

超高精細画像の高能率符号化，ワイヤレスネットワーク通信の応用
High Efficiency Encoding of Ultra High Definition
Television,Application of Wireless Network Communication

浜松
Hamamatsu

Prof.

杉 山 岳 弘Takahiro Sugiyama

画像処理と応用
Image Processing and Application

浜松
Hamamatsu

教 授
Prof.

鈴 木 信 行
Nobuｙuki Suzuki

非古典述語論理，Kripke意味論
Non-classical Predicate Logics, Kripke Semantics

静岡
Shizuoka

教 授
Prof.

竹 内 勇 剛Yugo Takeuchi

認知科学，対話コミュニケーション, HAI
Cognitive Science, Verval Communication, Human-Agent Interaction

浜松
Hamamatsu

教 授

田中 直樹
Naoki Tanaka

作用素半群と発展方程式
Semigroups of Operators and Evolution Equations

静岡
Shizuoka

教 授
Prof.

石 原
進
Susumu Ishihara

教 授
Prof.

Prof.

教 授

Prof.

担 当 教 員
Academic Staff

教 育 研 究 分 野
Research Area

所
属
キャンパス

素粒子論、場の量子論、弦理論、宇宙論
Theoretical Particle Physics, Quantum Field Theory, String Theory,
Cosmology

静岡
Shizuoka

永 吉 実 武Sanetake Nagayoshi

経営情報システム、技術経営、企業工学
Management Information Systems, Management of Technology,
Enterprise Engineering

浜松
Hamamatsu

西 垣 正 勝
Masakatsu Nishigaki

要素技術・運用技術・ユーザ特性を統合したヒューマニクス情報セキュ
リティ
Humanics Information Security with Consideration of Optimization
through Technological, Management and User Aspects

浜松
Hamamatsu

庭 山 雅 嗣Masatsugu Niwayama

生体計測、医用光学、近赤外分光法
Biomedical Measurement, Biomedical Optics, Near-infrared
Spectroscopy

浜松
Hamamatsu

能 見 公 博Masahiro Nohmi

超小型衛星開発，衛星協調制御，宇宙ロボット，月惑星探査
Nano-satelllite development, Satellites cooperative control, Space
robotics, Lunar and planetary exploration

浜松
Hamamatsu

Prof.

長谷川 孝 博Takahiro Hasegawa

情報基盤、情報システム、情報セキュリティ
Information Infrastructure, Information System, Information Security

浜松
Hamamatsu

教 授
Prof.

福 田 直 樹Naoki Fukuta

マルチエージェントシステム, モバイルエージェント, セマンティックウェ
ブ
Multi-Agent Systems, Mobile Agents, Semantic Web

浜松
Hamamatsu

※３

教 授
Prof.

前 田 恭 伸Yasunobu Maeda

リスクマネジメント，リスクコミュニケーション、リスク情報システム
Risk management, Risk communication, Risk information system

浜松
Hamamatsu

※１

教 授
Prof.

三 浦 憲二郎
Kenjiro T. Miura

形状処理工学, コンピュータグラフィクス，画像処理，知的光計測
Computer Aided Geometric Design，Computer Graphics，
Image Processing, Intteligent Optical Measurement

浜松
Hamamatsu

教 授
Prof.

道 下 幸 志Koji Michishita

高度情報化システムの雷害対策
Lightning Protection for Information-oriented and Computerized
System浜松
Hamamatsu

教 授
Prof.

峰 野 博 史Hiroshi Mineno

マルチモーダルAI/IoT，コンシューマデバイス＆システム，農業情報学
Multimodal AI/IoT, Consumer Device & System, Agricultural
Informatics

浜松
Hamamatsu

教 授

宮 崎 真
Makoto Miyazaki

認知・脳科学、心理物理学、スポーツ科学
Congnitive and Brain Sciences, Psychophysics, Sport Sciences

浜松
Hamamatsu

宮 崎 佳 典Yoshinori Miyazaki

数値シミュレーション, e-Learning, 数学&英語教育に応用したソフト
ウェア制作
Numerical Simulation, e-Learning, Software Development on Math &English Education

浜松
Hamamatsu

教 授
Prof.

教 授
Prof.

教 授
Prof.

教 授
Prof.

教 授
Prof.

教 授

Prof.

教 授
Prof.

土 屋 麻 人Asato TsuchiyaProf.

宮 崎 倫 子Rinko Miyazaki

遅れを持つ微分方程式の定性論
Qualitative theory of delay differential equations

浜松
Hamamatsu

教 授
Prof.

毛 利 出
Izuru Mori

非可換代数幾何学
Noncommutative Algebraic Geometry

静岡
Shizuoka教 授

担 当 教 員
Academic Staff

教 育 研 究 分 野
Research Area

所
属
キャンパス

教 授
Prof.

森 田 純 哉Junya Morita

認知モデリング, インタラクティブシステム, 知的認知支援, 生理／行動
データ分析
浜松
Cognitive Modeling, Interactive System, Intelligent Cognitive Support, Hamamatsu
Physio-Behaivoral data analysis

教 授
Prof.

和 田 忠 浩Tadahiro Wada

無線通信システム、無線ネットワーク、 誤り訂正符号
Wireless Communication Systems, Wireless Networks, Error
Correction Codes

浜松
Hamamatsu

准教授
Assoc.Prof.

一ノ瀬 元 喜Genki Ichinose

複雑系，ネットワーク科学，進化ゲーム
Complex System, Network Science, Evolutionary Games浜松
Hamamatsu

准教授
Assoc.Prof.

伊 藤 友 孝Tomotaka Ito

ロボット制御，制御工学，福祉工学，人間支援
Robotics, Control Engineering, Welfare technology, Human support

浜松
Hamamatsu

准教授
Assoc.Prof.

臼 杵 深Shin Usuki

ナノ・マイクロ領域における3Dインプロセス計測とモデル化
Three dimensional in-process measurement and geometric modelingfor the nano-micro manufacturing industry

浜松
Hamamatsu

准教授
Assoc.Prof.

大 木 哲 史Tetsushi Oki

情報セキュリティ、監視社会とプライバシー、情報社会における本人性
Information Security，Privacy and Surveillance society, Identity
Science浜松
Hamamatsu

准教授
Assoc.Prof.

大 本 義 正Yoshimasa Ohmoto

ヒューマンエージェントインタラクション、インタラクションデザイン、人間の内部状態推定Human-Agent Interaction, Interaction Design, Human State
Estimation

浜松
Hamamatsu

准教授
Assoc.Prof.

尾 張 正 樹Masaki Owari

量子情報、量子制御、量子計算
Quantum Information, Quantum Control, Quantum Computation

浜松
Hamamatsu

准教授
Assoc.Prof.

甲 斐 充 彦Atsuhiko Kai

音声情報処理（音声認識，音声言語インタフェース），パターン情報処
理Speech Information Processing (Speech Recognition System, Spoken
Language Interface), Pattern Information Processing

浜松
Hamamatsu

准教授
Assoc.Prof.

狩 野 芳 伸Yoshinobu Ｋａｎｏ

自然言語処理, テキストマイニング, 人工知能, 対話システム
Natural Language Processing, Text Mining, Artificial Intelligence,
Dialog System

浜松
Hamamatsu

准教授
Assoc.Prof.

木 谷 友 哉Tomoya Kitani

コンピュータネットワーク，高度交通システム，二輪車情報学
Computer Networks, Intelligent Transport Systems, Bikeinformatics

浜松
Hamamatsu

准教授
Assoc.Prof.

小 林 祐 一Yuichi Kobayashi

ロボット制御・行動計画，センサ情報処理，画像処理, 無人車両
Robotics, Control and Motion Planning of Robot, Senor Information
Processing, Image Processing, Unmanned Vehicle

浜松
Hamamatsu

准教授
Assoc.Prof.

立 蔵 洋 介
Yosuke Tatekura

音情報処理（音場制御・再生，音声強調，音源分離）
浜松
Speech and Acoustic Information Processing (Sound Field Control andHamamatsu
Reproduction, Speech Enhancement, Sound Source Separation)

准教授
Assoc.Prof.

西 田 昌 史Masafumi Nishida

音声情報処理，福祉情報工学，行動信号処理
Speech Information Processing, Well-being Information Technology,
Behavior Signal Processing

浜松
Hamamatsu

准教授
Assoc.Prof.

保 坂 哲 也Tetsuya Hosaka

幾何学的群論
Geometric Group Theory

静岡
Shizuoka

准教授
Assoc.Prof.

MEJIA Diego

数理論理学、強制法理論および実数直線上の組合せ論
Mathematical Logic, Forcing theory and combinatorics of the real line

静岡
Shizuoka担 当 教 員
Academic Staff

教 育 研 究 分 野
Research Area

所
属
キャンパス

准教授
Assoc.Prof.

森 田
健
Takeshi Morita

素粒子論、超弦理論、重力理論、理論物理
Theoretical Particle Physics, Superstring, Gravity, Theoretical
Physics

静岡
Shizuoka

准教授
Assoc.Prof.

山 本 泰 生
Yamamoto Yoshitaka

データマイニング，ビッグデータ処理，人工知能基礎
Data Mining, Big Data Processing，Foundations of Artificial
Intelligence

浜松
Hamamatsu

准教授
Assoc.Prof.

依 岡 輝 幸Yorioka Teruyuki

数理論理学、強制法理論およびアレフ1上の組合せ論
Mathematical Logic, Forcing theory and combinatorics on the first
uncountable cardinal

静岡
Shizuoka

講 師
Lecturer

石 川 翔 吾Shogo Ishikawa

認知症情報学，人工知能，高齢社会デザイン
Computer science and technology for human cognitive disorder,
Artificial intelligence, Aging society design

浜松
Hamamatsu

講 師
Lecturer

沖 田 善 光Yoshimitsu Okita

機能性食品によるヒトの生理機能の計測・解析, 健康科学
浜松
Physiological Measurement and Analysis for the Functional Foods andHamamatsu
Drinks, Health Science

講 師
Lecturer

綱 川 隆 司Takashi Tsunakawa

自然言語処理, 機械翻訳，多言語処理，オーラル・テキストコミュニ
ケーション
Natural Language Processing, Machine Translation, Multilingual
Processing, Oral and Text Communication

浜松
Hamamatsu

講 師
Lecturer

遠 山 紗矢香
Sayaka Tohyama

認知科学，協調学習，プログラミング教育，STEM/STEAM教育
Cognitive science, Collaborative learning, Programming/Coding
education, STEM/STEAM education

浜松
Hamamatsu

環境・エネルギーシステム専攻
Department of Environment and Energy System※１：令和６年３月退職予定/Scheduled to retire in March 2024
※２：令和７年３月退職予定/Scheduled to retire in March 2025
※３：令和８年３月退職予定/Scheduled to retire in March 2026
担 当 教 員Academic Staff

※２

教 授
Prof.

大 岩 孝 彰Takaaki Oiwa

教 育 研 究 分 野
Research Area

所
属
キャンパス

精密機械システム，精密機構，精密計測
Precision Machine System, Precision Mechanism and Precision
Measurement

浜松
Hamamatsu

静岡
ShizuokaProf.

川 本 竜 彦Tatsuhiko Kawamoto

沈み込み帯流体学, 地質学, 鉱物科学
fluids, Geology, Mineralogocal Science

教 授
Prof.

北 村 晃 寿Akihisa Kitamura

古海洋学，古生物学，第四紀学
Paleoceanography, Paleontology, Quaternary Research

静岡
Shizuoka

教 授
Prof.

木 村 浩 之Hiroyuki Kimura

地球微生物学、環境ジェノミクス、新エネルギー創成
Geomicrobiology, Environmental Genomics, Novel Energy Production

静岡
Shizuoka

教 授

金 原 和 秀Kazuhide Kimbara

環境生物工学、微生物利用学
Environmental Biotechnology, Applied Microbiology

浜松
Hamamatsu

桑原 不二朗Fujio Kuwabara

熱流動における輸送現象
Transport Phenomena Associated with Heat and Fluid Flow浜松
Hamamatsu

Prof.

孔 昌 一
Chang Yi Kong

超臨界流体工学, 熱物性, ナノ炭素材料
Supercritical Fluids, Thermophysical Properties, Carbon
Nanomaterials

浜松
Hamamatsu

教 授
Prof.

佐 藤 慎 一Shinichi Sato

現生古生態学，保全古生物学
Actuopaleoecology, Conservation Paleobiology

静岡Shizuoka

教 授
Prof.

真 田 俊 之Toshiyuki Sanada

流体工学, 混相流，洗浄
Fluids Engineering, Multiphase Flow, Cleaning

浜松
Hamamatsu

教 授
Prof.

島 村 佳 伸Yoshinobu Shimamura

材料力学, 複合材料工学
Mechanics of Materials, Composite Materials

浜松
Hamamatsu

※３

教 授

塚 越
哲
Akira Tsukagoshi

多様性生物学，進化古生物学
Biodiversity, Paleobiology

静岡Shizuoka※２

教 授

野 口 敏 彦Toshihiko Noguchi

パワーエレクトロニクス
Power Electronics

浜松
Hamamatsu

Prof.

早 川 邦 夫
Kunio Hayakawa

塑性加工学，損傷力学，塑性加工プロセスシミュレーション，プロセス・
トライボロジー
浜松
Material Forming Processing, Damage Mechanics，Numerical analysis Hamamatsu
on forming process，Tribology on forming process

教 授
Prof.

福 原 長 寿Choji Fukuhara

反応工学, 触媒化学, 物理化学
Reaction Engineering, Catalysis Chemistry, Physical Chemistry

教 授

※１

Prof.

教 授
Prof.

教 授

Prof.

Prof.

教 授

※３

Theory of subduction-zone

浜松
Hamamatsu

担 当 教 員
Academic Staff

教 育 研 究 分 野
Research Area

所
属
キャンパス

Prof.

藤 原 健 智Taketomo Fujiwara

微生物生化学，環境微生物学
Microbial Biochemistry, Environmental Microbiology

静岡Shizuoka

教 授
Prof.

二 又 裕 之Hiroyuki Futamata

応用環境微生物学、微生物生態学
Applied Environmental Microbiology, Microbial Ecology,

浜松
Hamamatsu

教 授
Prof.

Mobedi Moghtada

数値伝熱学、伝熱促進、蓄熱,Numerical heat transfer, heat transfer
promotion, heat storage

浜松
Hamamatsu

教 授
Prof.

守 田
智
Satoru Morita

非線形動力学、数理生物学、複雑ネットワーク
Nonlinear Dynamics, Mathematical Biology, Complex Networks

浜松
Hamamatsu

教 授
Prof.

王
権
Wang Quan

リモートセンシング学、生態モデル、環境変動
Remote Sensing, Ecological Modeling, Environmental Change

静岡
Shizuoka

准教授
Assoc.Prof.

朝 間 淳 一Junich Asama

磁気軸受，ベアリングレスモータ，パワーメカトロニクス
Magnetic Bearing, Bearingless Motor, Power Mechatronics

浜松
Hamamatsu

准教授
Assoc.Prof.

石 橋 秀 巳
Hidemi Ishibashi

火成岩岩石学，マグマ物性，火山学
Igneous petrology, Physical properties of magma, Volcanology

静岡Shizuoka

准教授
Assoc.Prof.

大 矢 恭 久Yasuhisa Oya

核融合炉化学、核エネルギーシステムの化学、β放射体の化学
Chemistry for nuclear fusion and nuclear energy system, Chemistry
for beta-emission nuclides

静岡
Shizuoka

准教授
Assoc.Prof.

岡 島 いづみ
Idzumi Okajima

超臨界流体工学, 化学工学
Supercritical Fluids, Chemical Engineering

浜松
Hamamatsu

准教授
Assoc.Prof.

菊 池 将 一Shoichi Kikuchi

材料強度学，金属疲労
Strength and Fracture of Materials, Fatigue of Metals

浜松
Hamamatsu

准教授
Assoc.Prof.

新 谷 政 己Masaki Shintani

複合微生物集団における可動性遺伝因子の挙動に関する研究
Analyses of behaviors of mobile genetic elements in microbialconsortia.

浜松
Hamamatsu

准教授
Assoc.Prof.

薗 部
礼Sonobe Rei

リモートセンシング
Remote Sensing

静岡
Shizuoka

准教授
Assoc.Prof.

近 田 拓 未Takumi Chikada

核融合炉材料化学、先進エネルギーシステムの化学、水素同位体の化学
Fusion reactor material chemistry, Chemistry for advanced energy
systems, Chemistry for hydrogen isotopes

静岡
Shizuoka

准教授
Assoc.Prof.

Dur Gaël

zooplankton, response, global change, pollution

静岡
Shizuoka

准教授
Assoc.Prof.

平 内 健 一Kenichi Hirauchi

数物系科学 - 地球惑星科学 - 地質学
Mathematical and physical sciences - Earth and planetary science Geology

静岡Shizuoka

准教授
Assoc.Prof.

藤 井 朋 之Fujii Tomoyuki

材料強度学Strength and Fracture of Materials

浜松
Hamamatsu

教 授

担 当 教 員
Academic Staff

教 育 研 究 分 野
Research Area

所
属
キャンパス

准教授
Assoc.Prof.

松 井信
Makoto Matsui

高温気体力学, プラズマ分光学, 宇宙推進工学, Space Propuslcion
SystemHigh Temperature Gas Dynamics, Plasma Spectroscpy

浜松
Hamamatsu

准教授
Assoc.Prof.

三 井 雄 太Yuta Mitsui

固体地球変動の物理、地震・火山性地殻変動
Solid Earth Geophysics, Seismological and Volcanological deformation

静岡
Shizuoka

准教授
Assoc.Prof.

本 澤 政 明Motozawa Masaaki

流体工学, 非ニュートン流体，流体機能，流動制御
Fluid engineering, Non-Newtonian fluid, Fluid function, Flow control

浜松
Hamamatsu※３ Assoc.Prof.

准教授

矢 永 誠 人
Makoto Yanaga

放射性核種の環境動態，放射線・化学物質影響科学
Dynamics of Radionuclides，Risk Sciences of Radiation and Chemicals

静岡
Shizuoka

准教授
Assoc.Prof.

渡 部
綾
Watanabe Ryo

触媒化学, 反応工学, 物理化学
Catalysis Chemistry, Reaction Engineering, Physical Chemistry浜松
Hamamatsu

バイオサイエンス専攻
Department of Bioscience※１：令和６年３月退職予定/Scheduled to retire in March 2024
※２：令和７年３月退職予定/Scheduled to retire in March 2025
※３：令和８年３月退職予定/Scheduled to retire in March 2026
担 当 教 員Academic Staff

教 育 研 究 分 野
Research Area

所
属
キャンパス

教 授
Prof.

粟 井 光 一 郎
Koichiro Awai

光合成生物の脂質生理学
Physiological functions of lipids in photosynthetic organisms

静岡
Shizuoka

教 授
Prof.

丑 丸 敬 史Takashi Ushimaru

細胞周期，細胞成長，ストレス応答，プロテオミクス
Cell Cycle, Cell Growth, Stress Response and Proteomics

静岡
Shizuoka

教 授
Prof.

加 藤 竜 也Tatsuya Kato

効率的組換えタンパク質生産を可能にするカイコバイオテクノロジー
Silkworm Biotechnology for efficient recombinant protein production

静岡
Shizuoka

教 授
Prof.

木 村 洋 子Yoko Kimuraタンパク質の品質管理機構の研究
Analyses of Protein Quality Control

静岡
Shizuoka

教 授
Prof.

木 嵜 暁 子Akiko Kozaki

植物環境応答の分子メカニズム
Molecular mechanism of plant responsed to environmental factors.

静岡
Shizuoka

教 授
Prof.

小 谷 真 也
Shinya Kodani

抗生物質生産の研究
Research on antibiotic production

静岡
ShizuokaProf.

鈴 木 雅 一Masakazu Suzuki

脊椎動物の生理機構および環境適応機構，内分泌器官の形態形成と機能
Physiology of vertebrates: molecular and environmenatal
considerations,
Morphogenesis and function of endocrine glands

静岡
Shizuoka

教 授
Prof.

竹之内 裕 文Hirobumi Takenouchi

哲学，倫理学，死生学
philosophy, ethics, thanatology

静岡Shizuoka

教 授
Prof.

徳 元 俊 伸Toshinobu Tokumoto

卵成熟・排卵の分子メカニズムの解明
Molecular Mechanism of Oocyte Maturation and Ovulation

静岡
Shizuoka

教 授
Prof.

轟
泰 司
Yasushi Todoroki

タンパク質の機能を制御する小分子の創製
Development of Small Molecule Modulators of Protein Function

静岡
Shizuoka

※２

教 授
Prof.

富 田 因 則Motonori Tomita

ゲノムワイド関連解析による米麦の遺伝子探索と遺伝的改変
Gene Identification and Genetic Modification of Rice and Wheat by
Genome-Wide Association Study

静岡
Shizuoka

※１

教 授
Prof.

朴
龍 洙
Enoch Y. Park

生物機能の革新的応用によるナノマテリアルの創製
Development of Nanomaterials by Application of Inovatative Biological
Function

静岡
Shizuoka

教 授
Prof.

原
正 和
Masakazu Hara

植物における環境ストレスタンパク質
Study on Environmental Stress Protein in Plants

静岡
Shizuoka教 授

担 当 教 員
Academic Staff

教 育 研 究 分 野
Research Area

所
属
キャンパス

教 授
Prof.

平 井 浩 文Hirofumi Hirai

白色腐朽担子菌の有するリグニン分解能及び環境汚染物質分解能に関する生化学及び分子生物学的研究
Biochemical and Molecular Biological Studies on Degradation of Lignin
and Xenobiotics by White-rot Fungi

静岡
Shizuoka

教 授
Prof.

本 橋 令 子Reiko Motohashi

植物のプラスチドの機能解明、分子育種
Functional analyses of plastids in plants, Molecular breeding

静岡
Shizuoka

教 授
Prof.

山 崎 昌 一Masahito Yamazaki

生体膜および膜タンパク質・細胞骨格の生物物理学
Biophysics of Biomembranes, Membrane Proteins, and Cytoskeleton

静岡
Shizuoka

教 授
Prof.

山 本
歩
Ayumu Yamamoto

ゲノム動態の分子メカニズム
Molecular mechanism of genome dynamics

静岡
Shizuoka

准教授
Assoc.Prof.

大 吉 崇 文Takanori Oyoshi

疾患に関係するDNAやRNAが形成する局所構造の機能解明
Functions of DNA and RNA local conformations related with disease静岡
Shizuoka※２ Assoc.Prof.

准教授

茶 山 和 敏Kazutoshi Sayama

新生児の免疫機能に対する母乳中の免疫関連物質の役割に関する研究，種々の疾病に対する食品成分の生理学的機能性
Role of immunochemical components in milk on immune function inneonates, Physiological function of food constituents to various
diseases

静岡
Shizuoka

准教授
Assoc.Prof.

崔 宰熏
Jae-Hoon Choi

植物成長調節物質に関する化学生物学的研究
Chemical and biological studies on plant-growth regulators

静岡
Shizuoka

准教授
Assoc.Prof.

森 智夫
Toshio Mori

木材腐朽菌の機能、および木材腐朽菌と細菌間相互作用に関する基
礎的・応用的研究
Basic and application studies on function of wood rot fungi and woodrot fungal-bacterial interactions.

静岡
Shizuoka

准教授
Assoc.Prof.

宮 崎 剛 亜Takatsugu Miyazaki

糖質関連酵素の構造生物学的研究および応用研究
Structural Biology and Application of Carbohydrate-active Enzymes

静岡
Shizuoka

准教授
Assoc.Prof.

村 田 健 臣Takeomi Murata

生理活性糖鎖分子の構造と機能に関する化学生物学的研究
Chemical and Biological Studies on the Structure and Functions of
Phygiologically Active Glycans and Glycoconjugates

静岡
Shizuoka

助 教
Assist.Prof.

後 藤 寛 貴Hiroki Goto

昆虫類の多様な形態を創出する進化発生機構に関する研究
Evolution and developmental biology on diversity of insect morphology

静岡Shizuoka※１