Graduate School of Science and Engineering

Master’s Program
Application Guide for International Students【Engineering Division】

October 2021 Enrollment

June 2021
University of Toyama

Graduate School of Science and Engineering, Master's Program（Engineering Division）【Master of Engineering】
Admission Policy【Admission Policy】
This course seeks those who can promote technological innovation from the viewpoints of materials,
process and information, and those who have the makings as an engineer and a researcher to contribute to
the preservation and improvement of the welfare of humankind and ecosystem.

【Basic Policy of Selection（types of examinations and evaluation methods）】<General Admission>
Scholastic ability examination（oral and written）to know if a candidate has achieved basic scholastic
ability of undergraduate level and to know the reason of a student's application and the motivation oflearning.
<Special Admission for Adult Students>
Interview and submitted documents to know if a candidate has achieved basic scholastic ability ofundergraduate level and to know the reason of a student's application and the motivation of learning.

<Special Admission for International Students>
Oral and written examination to know if a candidate has achieved basic scholastic ability ofundergraduate level and to know the reason of a student's application and the motivation of learning, andto know if the candidate has linguistic ability appropriate for the education of master's course.

【Required Attributes and Abilities】

・Fundamental Abilities
To be willing to learn science in general centering around engineering and to have obtained the powerof understanding, logical thinking and expressing oneself, that are necessary for the master's degree levelof education.
・Expert Knowledge
To have obtained basic knowledge on engineering as readiness for acquiring expert knowledge in themaster's degree level of education.
・Ethical Perspective
To have social ethical perspective and willingness to contribute to a society.
・Creativity
To have willingness to voluntarily grapple with problems in the field of engineering, in cooperation
with others.

Contents
Application Guide for International Students (October 2021 Enrollment)
1 . Admission quota………………………………………………………………………………

1

2 . Eligibility requirments ………………………………………………………………………

1

3 . Selection methods ……………………………………………………………………………

2

4 . Application period ……………………………………………………………………………

2

5 . Application procedures ………………………………………………………………………

3

6 . Payment for entrance examination fee ………………………………………………………

4

7 . Approval of eligibility for application ………………………………………………………

6

8 . Announcement of successful applicants ………………………………………………………

6

9 . Admission procedures for successful applicants………………………………………………

6

10. Policy on personal information protection ……………………………………………………

7

11. IMPORTANT …………………………………………………………………………………

7

12. Applicants with special needs …………………………………………………………………

8

13. Corresponding about  novel coronavirus infection (COVID-19) ……………………………

8

Overview of Master’s Programs of Graduate School of Science and Engineering,
University of Toyama ……………………………………………………………………………………

9

1. Admission quota
Major
Electric and Electronic EngineeringIntellectual Information Engineering
Mechanical and Intellectual Systems Engineering
Life Sciences and Bioengineering
Environmental Applied Chemistry
Materials Science and Engineering

Admission quota
A few
A few
A few
A few
A few
A few

（Note）An applicant must consult the school of his/her major of interest in advance about his/her research plan.

2. Eligibility requirements
Applicants must have non-Japanese citizenship and hold the residence status of ‘Student’ at the time of admission
as stipulated by the Immigration Control and Refugee Recognition Act, and meet one of the following qualif ications.
Those who are expected to obtain the residence status of ‘Student’ may also apply.
(1) Those who have graduated from a Japanese university, or are expected to graduate by September 30, 2021.
(2) Those who have received, or are expected to receive a bachelor’s degree from a Japanese university by September
30, 2021 according to the provisions of Article 104, Paragraph 7, Section 1 of the School Education Law.
(3) Those who have completed, or are expected to complete 16 years of education in foreign countries by September   
30, 2021.
(4) Those who live in Japan and completed, or are expected to complete 16 years of education in correspondence
courses from a foreign-aff iliated educational institution by September 30, 2021.
(5) Those who have been designated by the Minister of Education, Culture, Sports, Science and Technology (Ministryof Education Notif ication No.5, 1953).
(6) Those who have completed, or are expected to complete 15 years of education outside Japan and who have beenrecognized by the Graduates School of Science and Engineering for Education, University of Toyama as having theprescribed credits with excellent academic results by September 30, 2021.
(7) Those who are from counties where it does not take 16 years to graduate from university, and meet the following
two conditions and have been recognized by the Graduates School of Science and Engineering for Education,
University of Toyama as having academic abilities equivalent or superior to those of university graduates.
a) Those who, after completing university education, have been engaged or are expected to be engaged in research
as research students or researchers for at least one year at university or research institutes equivalent to interuniversity research institute by September 30, 2021.
b) Those who will reach the age of 22 by September 30, 2021.
(8) Those who will reach the age of 22, and have been recognized by individual screening in the Graduates Schoolof Science and Engineering, University of Toyama as having academic abilities equivalent or superior to those ofuniversity graduates.
－1－(9) Those who have completed, or are expected to complete by September 30, 2021, a program of a foreign university
or a foreign educational institution (limited to which its comprehensive progress of education and research
have been evaluated by an external personnel certif ied by its government or its related agency, or an institution
designated as equivalent by the Minister of MEXT) which requires more than three years to graduate and have been
awarded a degree equivalent to a bachelor’s degree.
(10) Those who have completed, or are expected to complete by September 30, 2021, a foreign university program
offered at an educational facility in Japan that recognized as having foreign educational system and designatedby the Minister of Education, Culture, Sports, Science and Technology. (only for those who are recognized ascompleting a 16-years of education of that country.)(11) Those who have completed a specialized course at a specialized training college designated by the Minister of
Education, Culture, Sports, Science and Technology, after the date stipulated by the Minister of Education, Culture,
Sports, Science and Technology, after the date stipulated by the Minister of Education, Culture, Sports, Scienceand Technology. (The terms of study must be four years or more, and must meet the other criteria stipulated by the
Minister of Education, Culture, Sports, Science and Technology.)
Note :

Please refer to page 6 for more information about the certif ication of case (6),(7),or (8).

3. Selection methods(1) Students eligible to enroll are selected based on the results of the academic ability assessment (written and oral) andsubmitted documents.
(2) Academic ability will be determined by a written examination (Short Essay must be written in Japanese or English.
Please select at the time of f illing application) and an oral examination.
(3) Examination date and location
Date

Item

August 23(Monday),2021

Arrival time
Writtenexamination
Oral
examination

Examination
Subject

Time

Location

Remarks

9:30
Short essay

10:00-11:30

Oral
examination

From 13:30

School of Engineering
University of Toyama(Gofuku campus)(Notice) For the majors of Electric and Electronic Engineering, Intellectual Information Engineering, and Mechanical andIntellectual Systems Engineering, Japanese language prof iciency will also be tested in the oral examination.

4. Application period

All the application documents must be received
between July 15 (Thursday) and July 21 (Wednesday), 2021.

Applications brought in person will be accepted between 9am and 4pm during the application period.
Applications sent by mail must arrive by 4pm, on July 21 (Wednesday).
However, applications arriving after the application period by registered express mail with a postmark (only in Japan)of July 20 (Tuesday) or earlier will be accepted.

－2－

5. Application procedures
Please prepare the following documents and submit them to the address below by the deadline of submission.
Please note that documents must be sent by registered express mail and marked ‘Graduate school application form
enclosed’ in red on the envelope.
Address: Admission Off ice (Educational Affairs Division) of the School of Engineering
University of Toyama
3190 Gofuku, Toyama City, Toyama 930-8555, Japan
Tel: 076-445-6399 (Int’l calls: +81-76-445-6399)

Application documents
Documents

Outline①

Application form(prescribed form)②

Certif icate of graduation(or expected graduation)*

Please submit the original certif icate issued by a school off icial. Those
who have graduated, or are expected to graduate from the School ofEngineering of the University of Toyama do not need to submit.

③

Academic transcript(s)*The transcript(s) should be certif ied by a school off icial and be off iciallysealed in a school envelope. The transcript(s) using forgery copy
prevention paper is not required to be enclosed in a sealed envelope.

④

Examinee ID card
/ Photo ID card(prescribed form)

Please use the designated form by the university. Fill out the necessary
information and attach a photo of the applicant (H4cm×W3cm, upper bodywith no head covering, headshot taken within the last 3 months).

⑤

Envelope for return

This will be used for sending an admission card for examination. Please
clearly state your name, address, and postal code on the envelope(23.5cm×12cm) and attach a 374-yen stamp to the envelop.

⑥

Certif icate of Payment(Entrace Examination Fee)

Entrace Examination fee: 30,000yen
Download and print out the Certif icate of Payment. Cut along the dottedlines to get your certif icate of payment. then paste it on its designatedlocation in the application from.

⑦

Mailing label(prescribed form)⑧

Certif icate of approval
for taking examination(free form)

If you are currently enrolled in the Master's programs of anotheruniversity, or employed by a company or public off ice, please submit aletter from your manager / head of department giving approval for you totake the examination.

⑨

Statement of purpose(prescribed form)

Must be written by the applicant himself / herself.

⑩

Research plan(prescribed form)

Must be written by the applicant himself / herself.

Please f ill out the necessary information.

Please f ill out your postal code, address, and name in the form.

－3－

⑪

PledgeSecurity Export Control
The University of Toyama has established the “University of Toyama
Security Export Control Regulations” based on the “Foreign Exchange
and Foreign Trade Act”, and strictly screening the lnternational students inthe perspective of providing technology and export of research equipment
and materials. If International students who fall under any of the regulated
items, you may not be able to get the permission to enrol, and receive
the desired education at the university. There may be restrictions on yourdesired research activities. International students should consult theiracademic advisor before applying and are required to sign a pledge tocomply the “Foreign Exchange and Foreign Trade Act” at the time of
application. For more information, please visit the University website.
[Reference]“University of Toyama Security Export Control Regulations”
URL http://www3.u-toyama.ac.jp/soumu/kisoku/pdf/0110401.pdf⑫

Copy of the certif icate
of residence

For a foreigner who currently lives in Japan, please submit a copy of thecertif icate of residence issued at the city hall of your residence or a copy
both sides of the residence card. The document must clearly show yourstatus of residence.

* Documents written in a foreign language other than English must be accompanied by documents translated into
Japanese or English.
Note:(1) Applicants who are eligible for requirement (2) in item 2, is required to submit the documents indicatedseparately (degree certif icate, document certifying that you have applied to be awarded degree, etc.)(2) To make a request for application documents by mail, please enclose a return envelope (H33.2cm ×W24cm)
clearly stating your name, address, and postal code with a 250-yen postage stamp aff ixed.

6. Payment of entrance examination fee
Please pay the entrance examination fee of 30,000 yen according to “Payment Flow of Entrance Examination Fee”
on page 5
The Entrance Examination Fee Payment website
https://e-apply.jp/n/toyama-gs-payment/
Cautions
・The applicant must Pay the the handing fee in addition to the entrance examination fee
・Please enter the same personal information as the application for admission on the payment form. The entrance
examination fee can be paidone week in advance to the application period.
No refund of fees is given for any reason except in the following cases:① The applicant paid the entrance examination fee, but did not apply for admission to the University of Toyama(did not submit the application documents or the application documents were not accepted).
② The applicant paid the entrance examination fee twice.
③ The applicant paid more than the designated examination amount.
Note:
If you need to request a refund of the entrance examination fee, please be sure to paste the “Certif icate of Payment     (Entrance Examination Fee)” to the “Request for Refund of Entrance Examination fee Form” attached to this guideline
and mail it to the University of Toyama.
Address: Accounting Division of Financial Affairs Department
University of Toyama
3190 Gofuku, Toyama City, Toyama 930-8555, Japan
TEL: 076-445-6053 (Int’l calls: +81-76-445-6053)－4－

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Prepare an Email address, a computer that is connected to the Internet, and printer.

Your application is NOT complete until you have registered your information in the entrance examination fee
payment website.
Send us the required documents and the entrance examination fee payment certiﬁcate to University of Toyama.

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1) Make sure you follow the screen procedures and important notices.
2) Choose the payment method of entrance examination fee.
3) Enter the required information and record the payment processing
number.

3D\PHQW

3D\(QWUDQFH([DPLQDWLRQ)HH【 Pay at the Convenience Store,【Pay with Credit Card】

Pay-easy ATM banks, Internet banking】 Make sure the card number,

Make a payment at the convenience stores(Seven Eleven, Lawson, Ministop, Family Mart,
Daily Yamazaki, and Seico Mart), Pay-easy
ATMs of Post offices or Banks, and internet
banking.
※Payment can not be made at stores outside Japan.

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expiration date, card holder name,and security code, to pay the fee.

（Accepted Credit Cards）
VISA，Master，JCB，AMERICAN EXPRESS，
MUFG Card，DC Card，UFJ Card，NICOS Card

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https://e-apply.jp/n/toyama-gs-payment/

Click on "Review" button to download and print out the Certificate
of Payment. Cut along the dotted lines to get your certificate ofpayment, then paste it on its designated location in the application
form.

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6HQGDOODSSOLFDWLRQGRFXPHQWV
Send the form with pasted certificate of payment and all otherapplication documents, via registered express mail at the post
office, within the application submission deadline.

※See the details of each school/graduate school for application guide.

●Make sure the information you enter is correct, as you will not be able to revise/change any of this information after
registration is complete. However you may re-register the correct information and "revise" the information this way, as longas it is before you have made the payment.
※Take notice that if you chose to pay with your credit card, the payment will be made as soon as you register your personal
information.

－5－

7. Approval of eligibility for application
For a person who applies based on the eligibility requirements (6),(7), or (8) in item 2, we will conduct a preliminary
review. Please prepare the documents relating to the certif ication of eligibility qualif ications in advance, and submit
with necessary documents ( academic transcripts, letter of recommendation, etc.) by the deadline below.
Application deadline: Must arrive by 4 pm on July 2 (Friday), 2021.
Applications brought in person will be accepted between 9 am and 4 pm.
Applications sent by mail must arrive by 4 pm on July 2 (Friday), 2021.

8. Announcement of successful applicants
Successful applicants’ ID numbers will be posted in front of the gate of Education and Research Building in theschool of Engineering at 4 pm on September 3 (Friday), 2021 and the successful applicants will be notif ied individually.
The University will not accept any inquiries regarding the examination results by phone, fax, etc..

9. Admission procedures for successful applicants
The admission procedures are as follows. More details will be notif ied to each successful applicant.
(1) Deadline for admission procedures (October 2021 Enrollment)
Middle of September 2021 (subject to change)(2) Expenses required for admission procedures① Admission fee: 282,000yen (subject to change)
The above enrollment fee is the scheduled amount. If the admission fee is revised at the time of admission, a new
admission fee will be applicable from the time of revision.
② Other expenses such as Personal Accident Insurance for Students Pursuing Education and Research will be
required separately.
Note:
1. The tuition may be paid after admission. The exact amount of the fees and detailed method of payment will be
explained at the time of the admission procedures. The tuition of academic year 2021 was 535,800 yen.
To cancel your admission to the University of Toyama, you must notify us in writing.
2. Individuals who have diff iculty making payment of the admission fee and tuition fees due to f inancial problems orsome other unavoidable circumstances, may apply for exemption or postponement of payment.
Individuals may also apply for a scholarship loan from organizations such as the Japan Student Services
Organization.
(3) Caution: If you do not complete the admission procedures by the deadlines, you will be considered to have declined
admission.

－6－10. Policy on personal information protection
The personal information possessed by the University of Toyama shall be handled based on the “Act on theProtection of Personal Information Held by Independent Administrative Agencies, etc.” and “University of Toyama
Personal Information Protection Policy”.
(1) The names, addresses, and other personal information of applicants obtained through the application shall be used
for ① admission and selection procedure, ② announcement of successful applicants, ③ admission procedure, ④
survey/study in the selection method of enrolled students, and ⑤ operations associated with these purposes.
(2) Personal information obtained through the application, only of those who completed the admission procedure, shallbe used for graduate school preparation programs prior to admission and/or post-admission operations related to① academic affairs (school register, study guidance, etc.), ② student support (health care, application for tuition
waiver/scholarship, career support), ③ collection of tuition, and ④ statistical survey and data analysis.
(3) Only the applicant ID numbers, names and addresses of successful applicants may be used for contact with the
Alumni Association and Cooperative Association which are aff iliated organizations, NOTE: If you do not wish tohave any contact with these organizations, please inform our Admission Off ice (Educational Affairs Division) of
the school of Engineering.
(4) In the use of personal information for various types of operations, some of the operations may be conducted by avendor contracted with the relevant operations from our university (hereinafter referred to as “contractor”).
When contracting the operations, all or part of the personal information obtained shall be provided to the contractor
within the limit necessary to perform the contracted operations. We supervise the use of information to ensurecompliance with conf identiality.

11. IMPORTANT(1) Application may not be accepted if applicants fail to submit any of the required documents.
(2) If there is a shortage in the entrance examination fee payment, the application shall not be accepted.
(3) Application documents cannot be changed once they have been submitted.
(4) Application documents will not be returned in any circumstances once they have been submitted.
(5) Be sure to bring the examinee ID card to the exam.
(6) Applicants who do not take all the required examination will be automatically disqualif ied from the selection
process.
(7) Any information found to be incorrect at any stage will automatically lead to cancellation of the admission.
(8) Please forward any inquiry about the application or other matters to the following address.
Address: Admission Off ice (Educational Affairs Division) of the school of Engineering
University of Toyama
3190 Gofuku, Toyama City, Toyama 930-8555, Japan
Tel: 076-445-6399 (Int’l calls: +81-76-445-6399)－7－12. Applicants with special needs
The University provides consultation for applicants with special needs who may require special arrangements during
the entrance examinations or in classes after enrollment. Please contact our Admission Off ice (Educational Affairs
Division) of the school of Engineering prior to the application process.
Applicants with special needs may submit a medical certif icate issued by a doctor and supporting documents
specifying following information.
･Type(s) of disabilities, and the degree of severity･Request for special arrangements required during the entrance examinations･Request for special arrangements required in class･Situation of daily life and other related information①

Consultation deadline: July 2 (Friday), 2021②

Contact: Admission Off ice (Educational Affairs Division) of the School of Engineering
University of Toyama
3190 Gofuku, Toyama City, Toyama 930-8555, Japan
TEL: 076-445-6399 (Int’l calls: +81-76-445-6399)

13. Corresponding about novel coronavirus infection（COVID-19）
The contents of these guidelines for recruiment of students may be changed in light of the spread of the novel
coronavirus infection (COVID-19).
Please be sure to obtain the latest information from the following website.
https://www.u-toyama.ac.jp/－8－Master’s Programs of
Graduate School of Science and Engineering【Engineering Division】
1. Major Overview(1) Electric and Electronic Engineering
The Master’s Program in Electric and Electronic Engineering is composed of three divisions: (1) Electric Systems
Engineering, (2) Communication and Control Engineering, and (3) Electronic Materials and Device Engineering. The
curriculum covers a wide range of topics on electric and electronic engineering. Research topics include the generationand control of electric energy, communication and control engineering, development of new electronic materials anddevices, and computer simulation. The latest trends in electric and electronic engineering, such as communication
and broadcasting, assistive robotics for aging societies, nano- and bioelectronics, and neuroscience, are also part ofour research. The mission of the Master’s Program in Electric and Electronic Engineering is to provide students withan advanced education and research opportunities, thereby preparing future engineers to address new challenges. The
Master’s Program will increase your employment prospects in leading companies in the f ields of electric, mechanical,
and chemical engineering.
Educational f ield

Electric Power System
Engineering

Advanced Power
System Engineering

Energy Conversion
Engineering

Overview

We conduct education and research on advanced high voltage
and plasma engineering, such as pulsed power technology
and its application to intense pulsed particle beam, highdensity pinched plasma and atmospheric pressure plasma for
applications to nuclear fusion, material and environmental
fields. We also study research related to development of high- Advanced Electric Powerpower microwave, laboratory astrophysics, and lightning Engineering 1
observation.
Advanced Electric Power
We conduct education and research about advanced analytical Engineering 2techniques required for the secure operation and planning of
future electric power systems. Recent interests have included
the investigation of the effect of renewable energy sources(RESs) on the power system operations and stability and thedevelopment of countermeasures for the integration of RESs
while maintaining secure power system operation.
We conduct education and research on applied electromagnetic
technologies such as magnetic levitation, magnetic bearings,
linear motors and actuators, and power electronics technologies,
which are indispensable for natural energy generation andhigh-eff iciency power conversion in the interconversion ofelectrical energy and mechanical energy.

Our education and research activities focus on dynamicalsystems, control and robotics. The topics include decentralized
Dynamical Systems andcontrol, hybrid systems and networked control as well as
Robotics
autonomous mobile robots, bio-inspired robots, rehabilitation
robots.

Wave Communication
Engineering

Specialized subjects

Advanced Energy
Conversion 1
Advanced Energy
Conversion 2
Advanced Control
Systems Engineering 1
Advanced Control
Systems Engineering 2

Education and research are conducted in basic and appliedf ields of electromagnetic (EM) wave including metaSelected Topics in Wave
materials, interaction between human body and EM wave,
Communication
radio wave anomaly associated with earthquakes, as wellEngineeringas their massively-parallel super-computation from nano toearth-scale ranges.
－9－Communication
Systems Engineering

We conduct education and research on the advanced utilizationof computers and the development of new frequency resources
and communication systems, such as electromagnetic f ield
analysis, signal processing, network connection techniques,
and millimeter-wave and terahertz engineering.

Bio-Information
Engineering

We conduct education and research in a wide range of bioinformation systems, such as the methods of analyzing andmeasuring biological information and the development ofhealth-care devices, considering both hardware and software,
which are based on measurement, control, information
processing, and system engineering.

Measurement Systems
Engineering

We conduct education and research on small and integrated
measurement systems developed using advanced technologies
in biotechnology and electronics, such as integrated miniature Measurement Systems
biosensors, biochips, and microarrayed chips for medical
diagnostics and environmental monitors.

Nanoelectronics
Engineering

We study semiconductor nanodevices, Micro Electro
Mechanical Systems (MEMS), and their applications.
Resonant tunneling devices and terahertz integrated circuits
based on them are among the most active research subjects.
We also study fabrication processes, epitaxial crystal
growth, and characterization technologies for semiconductor
devices in order to realize next-generation high-performance
integrated circuits.

Electron Device
Engineering

We conduct education and research in the physics andelectro-optics of organic materials, the basic science andtechnology of electron devices, and light quantum computing
applications, e.g., in liquid crystal devices, organic lightemitting devices, organic-based transistors, organic sensing
devices, organic-based solar cells. The physical properties,
crystal structure and its applications of single crystals,
thin f ilms and nanomaterials of ferroelectrics and oxide
semiconductors are also investigated.

Organic Optical Device
Engineering

Advanced Communication
Systems 1
Advanced Communication
Systems 2
Advanced Biological
Systems 1
Advanced Biological
Systems 2

Advanced Solid StateElectronics 1
Advanced Solid StateElectronics 2

Advanced Electronic
Devices 1
Advanced Electronic
Devices 2

We conduct education and research on optical and electrical Fundamental Material
properties, structure control, electro-optical conversion, Engineering
optical-electrical conversion of organic electronic materials,
and their applications based on optical control, e.g. organic
light-emitting devices, organic photodiodes, organic
photovoltaic cells, and other organic optical devices.

(2) Intellectual Information Engineering
We offer education and perform research on information and communication technologies, including software,
hardware, communication, internet, multimedia, artif icial intelligence, medical applications, and quantum information.
The education and research of our division also address the science of recognition, human senses, and sensibility, suchas vision and hearing, computation of the brain and nerves, and technology for building a ubiquitous society.
Educational f ield

Computer Software
SystemOverview
We conduct education and research on digital signal
processing and its applications. Signals of interest include
audio, imaging, economics, f inance, cosmic rays, biologicalsignal, and, many others. The processing of such signals
includes denoising, compression, visualization techniques,
and brain-computer interfaces.
－ 10 －

Specialized subjects
Advanced System
Engineering 1
Advanced System
Engineering 2

Medical Information
Sensing

Media Information
Communication
Technology

We conduct education and research on the theory andapplications of noninvasive ultrasonic imaging andsensing of morphological and functional information ofAdvanced Medical
biological bodies. In particular, we develop advanced
Information Sensing
signal- and image-processing techniques, such as ultrasonic
beamforming, target motion estimation, and tissue
viscoelasticity estimation, for ultrasonic measurements.
We conduct education and research on media information
communication technology. Our aims are to elucidate the Advanced Mediabasis of the quality of experience for visual media using Information
signal processing techniques. We also work to develop Communication
intelligent transport system applications.

Simulation Engineering

Education and research on simulations of physical processes
by computational means. Particle simulations for plasmas is
performed.

Biological Information
Processing

We conduct education and research in bioinformatics.  We
investigate the relationship between gene sequence, protein
structure/function, neural/cardiac function, behavior, anddisease using computer protein structure modeling, insilico pathogenicity prediction, and electrophysiological/
behavioral measurements. We also conduct education andresearch on visual information processing engineering, color
engineering, evaluation and analysis of CG/3-D visible
images, optical and visual environment engineering, traff ic
visual environment engineering, urban landscape lighting,and the development of universal designs for elderly persons
and people with synesthesia.

Information
Communication
Networks

We conduct education and research on optical signal
processing, transmission systems for the signals of
emergency events such as earthquakes, modulation systems,
transmission systems, optical communication systems,and
information communication networks.

Artif icial Intelligence

We conduct education and research on the design, analysis,
and evaluation of various artif icial intelligent methodologies,
including the artif icial neural networks which are inspiredby the human brain’s architecture and information
processing mechanisms, the deep learning which is able
to learn by itself, particle swarm optimization, ant colony
optimization, error back-propagation method, genetic
algorithm, evolutionary strategy, and other machine learningtechnologies.

Quantum Information

We are working on quantum information where applicationof quantum mechanics offers revolutionary improvements
to information processing. In particular, we are aiming at
the realization of quantum communication, such as quantum
key distribution and quantum repeaters. We also apply
Shannon’s classical information theory to modern sensing
and communications issues.

Computational
Biophotonics

We conduct research and education aimed at creating basic
principles of next-generation medical measurement anddiagnostic technology and building an academic system
by combining photon science, laser spectroscopy, opticalcommunication technology and information science.

－ 11 －

Advanced Simulation
Engineering

Advanced Neural
Information Processing
Advanced Visual
Information Processing

Advanced
Communication Theory

Advanced
Artif icial Intelligence 1
Advanced
Artif icial Intelligence 2

Quantum Information
Processing
Modern Statistical
Sciences
Advanced Computational
Biophotonics
Advanced
Clinical Informatics
Engineering

(3) Mechanical and Intellectual Systems Engineering
In this department, research is focused on the global topics of energy conservation, environmental load reduction, andthe realization of a safe, secure, and comfortable society infrastructure.  This includes ongoing research on the structure
and performance of machinery and its eff iciency, the development of consistent production systems with optimized
cycles from design to value-added machinery with improved reliability.  The f ield involves experimental and numericalanalyses of a range of fluid mechanics phenomena from high-eff iciency energy conversion to its effective utilization,
as well as the analysis of combined heat and fluid phenomena with the aim of producing low-energy-loss machineryfrom the micro-to macro-scale.  Education and research are also conducted on the strength evaluation and analysisof physical phenomena related to high machine intelligence, the development of micro-scale mechanisms, design ofcontrol systems, non-destructive measurement technologies, and computing and simulation technologies.
Educational f ield

Overview

Solid Mechanics

We focus on mechanical structures under complex
physical conditions. Their behaviors are linked to stresses,
displacements, and fracture thresholds of the structures. We
conduct education and research based on the quantitativeevaluation of the fracture process and the investigationof fracture mechanisms using experimental methods,
observations, and numerical analysis.

Strength and Fractureof Materials

Based on theory that combines micro- and macro-scale
approaches to the strength and fracture mechanisms ofmachinery, education and research on reliability design
methods is conducted for structural and functional materials,
including new materials. The construction of a database on
strength design is performed together with the developmentof environmental strength design methods.

Specialized subjects
Advanced Physics of
Elasticity
Advanced Physics of
Plasticity
Advanced Strength
Design Engineering
Advanced Element
Design Engineering
Advanced Structural
DesignAdvanced Materials
and Forming

We conduct education and research on the optimal design
and applications of machining tools, based on improving
the required plasticity characteristics and working processesof various structural and functional materials, involving thecontrol of materials compositions and the analysis of plastic
deformation.

Thermal Engineering

We conduct education and research on the basics andapplications of thermal energy, concentrating on microand macro-scale thermodynamics, heat engine engineering,and understanding the combustion process in terms of its
application. The thermal physical properties of various Advanced Technicalmaterials are measured and analyzed and mathematical Thermodynamics
analyses of heat conduction are performed. In applications to
the global environment, heat transfer phenomena with phasechanges, latent heat storage, and energy utilization fromnatural sources are studied.

Fluid Engineering

We conduct education and research on the effective
utilization of natural energy, the macro flow structure around Advanced Fluid
various objects, and the biofluid dynamics such as the insect Dynamics
flight and the blood circulation.

Intelligent Machine

For the development of advanced mechatronics intended to Advanced Intelligent
create high-precision, high-speed, high-response machinery, Mechanical Systems
we conduct education and research on dynamical analysis
and the conf iguration and design of new mechanical systems. Advanced Robotics－ 12 －

Advanced Technology of
Plasticity
Advanced Precision
Machining

Control System

We conduct education and research on development ofcontrol systems such as human cooperation robot systems
considering human emotion, visual servo systems basedon image processing technology, and swarm systems using
evolution and learning approaches.

Mechanical
Information andInstrumentation

Our aim is image-position measuring of large-scale
environments and force sensing for micro-handling. We
conduct education and research on the development of new
measuring methods, systems, and sensors. We also focus on
robotic vision systems including 3D measurement and object
recognition based on image processing.

AppliedMechano-Informatics

We conduct education and research on numerical analysis
and simulation technology utilizing computers, to clarify andcontrol various physical phenomena/property in mechanicalengineering problems such as atomic and molecular motion,a multiphase flow, and a turbulent flow.

Advanced Autonomous
Systems Engineering
Advanced Control
Equipment
Advanced Measurement
Systems
Advanced Image
Measurement Systems
Advanced Nanomechanical Systems
Advanced Fluid
Engineering
Advanced Mathematicaland Numerical Analysis forEnvironment(4) Life Sciences and Bioengineering
The research conducted at the department of Life Sciences and Bioengineering covers a diverse range of areas
working at the interfaces between biology, pharmacology, medicine and engineering. The goal is to provide
an educational framework that will encourage graduate students who contribute to human society throughmultidisciplinary activities that integrate biological phenomena with advanced knowledge in engineering. Our courses
have been specif ically designed to study organic synthesis, molecular biology, genetic engineering, protein engineering,
pharmacology, bioelectronic engineering, brain science, regenerative medicine engineering and biochemical processengineering. Through this multi-disciplinary training, graduates will be able to contribute to society as leaders andinnovators in bioengineering by producing solutions that meet specif ied needs for public health and welfare.
Educational f ield
Engineering based on
Genetic Information

Overview
Specialized subjects
We conduct education and research to understand the Advanced Molecularmolecular bases of human diseases from molecular-genetic Biology
and immunological viewpoints. We apply this knowledge tothe development of biotechnology.
Advanced Radiation
Bioengineering

Pharmacology

Our aim is to provide researchers and engineers with theknowledge and technology of pharmacology and genetic
Advanced Pharmacology
engineering. Our research group aims to elucidate theand Genetic Engineering
mechanisms of chronic pain and neuropsychiatric disorders
and develop new medications against them.

Biological Chemistry

We investigate the relationship between the metabolism of adrug or toxin and the expression of drug eff icacy or toxicity,
the purif ication of metabolic enzymes, the conversion of Advanced Metabolic
environmental pollutants to useful materials using enzymes Engineeringor microorganisms, and the application of enzymes toorganic syntheses and analytical chemistry.

Bioelectronics andBioelectricalEngineering

Research and education concerning the interdisciplinary
region between bioscience and electrochemical or electricalengineering are conducted. Enzyme sensors and cell-based
Advanced Bioinformationbiosensors for medical diagnostics and pharmaceutical tests
Engineering
are studied. Basic and applied research of various electricaltreatments of microorganisms and mammalian cells are alsostudied.

－ 13 －

Brain and Neural
Systems Engineering

From a biophysical view, we research the rules underlying
the functions of the brain and neural system and utilize
these rules for engineering applications. Focusing on themechanisms of learning and memory, we investigate network Advanced Neural Systems
dynamics using neural recording and pharmacological
techniques and conduct education and research on
engineering applications of neural network dynamics.

Biomedical
Engineering forregenerative medicine

We are conducting education and research on advanced tissue
engineering and regenerative medicine based on biomaterial,biomedical engineering and other multi-disciplinary Advanced
approaches. We are particularly focusing on the development Biomedical Engineeringof advanced methodologies for organ engineering and organ
regeneration.

Bio-functional
Molecule Engineering

The principal focus of this group is the development of theAdvanced Synthetic
design and synthesis procedure of small molecules, as wellOrganic Chemistry
as their biological evaluation as candidates in drug discovery.

Process Systems
Engineering

We conduct education and research on process systems
engineering, which addresses the optimal design, operation, Advanced Process
and control of complex systems, such as chemical, Systems Engineering
biochemical, petrochemical, and pharmaceutical processes.

Protein System
Engineering

Proteins are necessary for virtually every activity in thehuman body. Our goal is to understand how proteins areproduced and degraded in the cell in terms of protein science Advanced Protein
and biophysics. Based on the above knowledge, we also aim System Engineering
to develop novel technologies that can regulate the lifespansof proteins for various practical applications.

(5) Environmental Applied Chemistry
Chemistry is an academic discipline that aims to create and design new materials and systems based on chemical
reactions and elucidate the properties of these materials from atomic and molecular perspectives.  Applied chemistry
is an academic f ield derived from chemistry that aims to produce new technologies.  A broad range of chemical
education and research related to physics and biology is conducted in this major to cultivate human resources capableof creating new functional materials and the technology to produce these materials.  The research subjects listed below
cover a wide range of chemistry specialties, including the syntheses of highly functional materials and molecules
and the elucidation of their reaction mechanisms, development of complicated biofunctions and elucidation of theirmechanisms, environmental assessment of chemical materials, and novel energy science.
Educational f ield
Catalysis, Energy andMaterial Engineering

Environmental andFunctional Molecular
Chemistry

Overview
We research the development of environmentally friendly
catalysis processes, the green utilization of natural
resources including biomass and sunlight, the developmentof alternative energy instead of petroleum, and novel
nanomaterials.
Education and research are conducted on the following:1) synthesis of materials containing functional moleculesand polymers, 2) establishment of techniques using thesematerials for separation and preconcentration of elements,and 3) application of the techniques to environmental
analysis, treatment of wastewater, and recovery of rareelements. Research on the adsorption and desorption
behaviors of materials at the solid-liquid interface, including
the development of surface modif ication techniques andantifouling materials, is also conducted.
－ 14 －

Specialized subjects
Catalysis and Surface
Science
Catalysis Materials
Chemistry

Advanced Environmental
Analytical Chemistry
Advanced Interfacial
Analytical ChemistryApplied Inorganic
Chemistry

Physiological and pharmacological studies have revealed
the sophisticated functions of metal complexes, which may
be related to their molecular structures and electronic states.
From the perspective of the engineering applications of suchfunctions, education and research are performed to develop
highly functionalized materials and chemicals produced withmetal complexes and their aggregates.

Computers andApplied Chemistry

The recent rapid development of computer technology has
enabled us to analyze and predict various chemical reactions
and molecular dynamics based on computational chemistry. Advanced Computational
This class summarizes the basic theory of ab initio electronic Molecular Sciencestructure calculations, such as molecular orbital and density
functional methods.  

Biomolecular Chemistry

Organic chemistry has been vigorously applied to molecularbiology. Our objectives are to reveal the properties of
biomolecules using various methods based on chemical
Biochemical Engineering
biology. We also engage in the development of newtechniques for the analysis of intermolecular interactions,such as protein-protein interactions.

Synthetic and Medicinal
Chemistry

This f ield focuses on creation of novel “functional organic
molecules” based on the advanced synthetic organic
chemistry. The newly designed organic molecules possess
Advanced Synthetic
some potential to contribute to various f ields of science such
Chemistry for Drugas discovery of novel medicines and agrichemicals. ResearchDiscoveryin our group is primarily aimed toward the development of
catalytic reactions and methods for organic synthesis for thefunctional organic molecules.

Environmental
Analytical Chemistry

We conduct educational research on the design and synthesisof highly functional optical sensor molecules for the sensingof metabolites, such as glucose or lactate, and ions, such as
Advanced Electroanalyticalpotassium or sodium, in the human body, and the application
Chemistryof such molecules in a novel optical sensing system for theminimally invasive monitoring of vital ions and metabolites
as a tool for biochemical and clinical analyses.

Colloid and Interface
Chemistry

We focus on teaching the basic theory on the interfaces thatform common boundaries between two phases, such as gas/liquid, liquid/solid, and solid/gas. Basic studies investigating
Colloid and Interface
unknown phenomena in dispersions of nanometer- to
Chemistry
micrometer-sized particles and applied research in thedevelopment of new optical materials and porous materials
are conducted.

Biomaterial Designingand Engineering

In our research field, the design of biomaterials and theconstruction of concept for the regenerative medicine areconducted in based on protein engineering, polymer science,
Biomaterial Engineeringcell biology, and molecular biology. Especially, we aim toand Biomedical Science
construct functional biomaterials such as screening devices
for various diseases and supporting materials for celltransplantation to cure otherwise intractable disorders.

Reaction of Coordination
Compounds
Advanced Crystallography
for Molecular Solid State
Materials(6) Materials Science and Engineering
Our purpose for education in the acquisition of extensive knowledge and the improvement of problem-solving
abilities for society through educational research from fundamentals to the advanced development of new functional
materials.

－ 15 －

Educational f ield

Materials Forming andEngineering

Microstructure Control
Engineering

Functional Material
Design Engineering

Materials Environment
and Surface Processing

Overview

Specialized subjects

We conduct education and research related to the processing
and design of fabricated materials based on the phasetransition from liquid to solid, through the development and Materials Forming andapplication of melting, casting, and solidif ication techniques Engineeringof metal and the forming of materials, to produce highperformance and high-function fabricated materials.
The microstructure control engineering course is focused on
establishing and designing new metallic materials for energy
saving and environmental conservation. Research topics
also include advanced microstructure control technologies
using high-resolution transmission electron microscopy andscanning electron microscopy.

Materials Science forControlling of Micro- andNanostructures in Metals
and Materials
Advanced Engineering ofLight Materials

Education and synthetic research and development are
conducted on the functional materials of ceramics, metals,
and new complex materials through designing, structural Functional Material
control, combining additives such as rare earth metals, Design Engineering
improving fabrication processes, and evaluating theirproperties and applications.
In order to improve the corrosion resistance of metalmaterials, we investigate and instruct about electrochemical
Materials Environment
methods in various alloys.   We focus especially on theand Surface Engineeringcharacterization of passivation f ilms and functional f ilms
that are fabricated by electrochemical methods.

We conduct education and research on the electric, magnetic,
and thermal properties of superconductors, magnetic
Solid State Engineering materials, and cryogenic materials of alloys, intermetallic Solid State Engineering
compounds, and conductive oxides to achieve improved
performance and applications of the materials.

Materials Processing
Engineering

Targets of education and research in this laboratory are
the key fundamental processes for industrial products,
starting from the designing of materials addressing theAdvanced Course ofcontrol of phenomena in materials through elucidating
Materials Process
their mechanisms, and optimizing their related production
Engineering
processes. The main subjects are 1)heat and mass transfer
phenomena, 2)visualization techniques, 3)surfaces andinterfaces, and 4)joining and welding.

MetallurgicalEngineering of Iron
and Steel Materials

Targets of education and research are elemental technologiesof the production of high performance iron and steel
materials. The main subjects are 1) energy saving andreduction of environmental loads in iron- and steel-making
processes, 2) development of high purity ref ining method,3) control of inclusions in steel, and 4) Recycling of ferrous
scraps.

Computational Materials
Engineering

In order to understand and apply the diversity andcomplexity of the microscopic structure of materials, we Advanced Course of
conduct education and research on material design, structural Computational Materials
analysis and functional prediction from atomic scale using Engineeringcomputer simulation.

－ 16 －

Advanced MetallurgicalEngineering of Iron andSteel Materials
Advanced Photofunctional
Materials

Photofunctional
Material

Education and research are conducted into the design andsynthesis of new photofunctional materials based on surfacemodified nanomaterials that enable hybridization with Advanced photofunctionalorganic or inorganic materials so that they can be used in material
the development of artificial photosynthesis systems andapplications in the field of nanomedicine.

Materials Plasticity
Engineering

For various industrial materials, we conduct education andAdvanced Control
research on molding methods, plastic working deformation
Engineering of Materials
behavior and applications of molding materials controlled by
Plasticity
advanced processing technology.

Engineering for
Reaction Design

We conduct education and research related to the design ofReaction Design
reactions for the highly effective conversion and utilizationand Engineeringof petroleum-derived materials from engineering perspective.

2. Supervisors and Educational f ield
(1) Electric and Electronic Engineering
Educational f ield

Supervisors

Electric Power System Engineering

Prof. Hiroaki Ito

Advanced Power System Engineering

Prof. Toshio Inoue

Energy Conversion Engineering

Prof. Takahisa Ohji
Associate Prof. Kenji Amei

Dynamical Systems and Robotics

Prof. Kenji Hirata
Associate Prof. Hideki Toda

Wave Communication Engineering

Associate Prof. Masafumi Fujii

Communication Systems Engineering

Associate Prof. Tatsuo Nozokido
Lecturer Kazuhiro Honda

Bio-Information Engineering

Prof. Kazuki Nakajima
Lecturer Juhyon Kim

Measurement Systems Engineering

Prof. Masayasu Suzuki

Nanoelectronics Engineering

Prof. Koichi Maezawa
Associate Prof. Masayuki MoriElectron Device Engineering

Prof. Hiroyuki Okada
Associate Prof. Toshio Kikuta

Organic Optical Device Engineering

Prof. Shigeki Naka

Remarks☆

(2) Intellectual Information Engineering
Educational f ield

Supervisors

Computer Software System

Prof. Shigeki Hirobayashi
Associate Prof. Tadanobu Misawa

Medical Information Sensing

Prof. Hideyuki Hasegawa

Media Information Communication Technology

Prof. Yuukou Horita

Simulation Engineering

Associate Prof. Takayuki Haruki

Biological Information Processing

Prof. Toshihide Tabata
Associate Prof. Mamoru Takamatsu

Information Communication Networks

Prof. Koji Kikushima

Artif icial Intelligence

Prof. Zheng Tang
Associate Prof. Shangce Gao－ 17 －

Remarks

Quantum Information

Prof. Kiyoshi Tamaki
Lecturer Tatsuto Murayama

Computational Biophotonics

Prof. Takashi Katagiri
Associate Prof. Yusuke Oshima(3) Mechanical and Intellectual Systems Engineering
Educational f ield

Supervisors

Solid Mechanics

Prof. Katsuyuki Kida
Associate Prof. Koshiro Mizobe

Strength and Fracture of Materials

Prof. Noriyasu Oguma
Associate Prof. Kenichi Masuda

Advanced Materials and Forming

Prof. Tomomi Shiratori
Lecturer Noboru Takano

Thermal Engineering

Prof. Atsumu Tezaki (※1)
Associate Prof. Koichi Kasaba

Fluid Engineering

Lecturer Atsushi KaseIntelligent Machine

Prof. Yoshiyuki Matsumura
Lecturer Masahiro SekimotoControl System

Prof. Mitsuru Jindai
Associate Prof. Toshiyuki Yasuda

Mechanical Information and Instrumentation

Prof. Tohru Sasaki
Associate Prof. Kenji Terabayashi

Applied Mechano-Informatics

Prof. Takeshi Seta
Lecturer Daisuke Watanabe
Lecturer Tatiana N. Zolotoukhina

Remarks☆

(4) Life Sciences and Bioengineering
Educational f ield

Supervisors

Engineering based on Genetic Information

Prof. Masaharu Isobe (※1)
Prof. Nobuyuki Kurosawa

Pharmacology

Associate Prof. Ichiro Takasaki

Biological Chemistry

Lecturer Michio Sayama

Bioelectronics and Bioelectrical Engineering

Prof. Hiroaki Shinohara

Brain and Neural Systems Engineering

Prof. Shigenori Kawahara

Biomedical Engineering for regenerative medicine

Prof. Makoto Nakamura

Bio-functional Molecule Engineering

Prof. Naoki Toyooka

Process Systems Engineering

Associate Prof. Taketoshi Kurooka

Protein System Engineering

Associate Prof. Tomonao Inobe

Remarks☆

(5) Environmental Applied Chemistry
Educational f ield

Supervisors

Catalysis, Energy and Material Engineering

Prof. Noritatsu Tsubaki
Associate Prof. Guohui Yang

Environmental and Functional Molecular ChemistryProf. Shigehiro Kagaya
Associate Prof. Makoto Gemmei

Applied Inorganic ChemistryProf. Sen-ichi Aizawa
Associate Prof. Akira Miyazaki－ 18 －

Remarks

Computers and Applied Chemistry

Associate Prof. Tatsuya Ishiyama

Biomolecular Chemistry

Associate Prof. Masafumi Sakono

Synthetic and Medicinal ChemistryProf. Hitoshi Abe

Environmental Analytical ChemistryProf. Koji Tohda

Colloid and Interface Chemistry

Associate Prof. Kensaku Ito

Biomaterial Designing and Engineering

Associate Prof. Tadashi
Nakaji-Hirabayashi☆

(6) Materials Science and Engineering
Educational f ield

Supervisors

Materials Forming and Engineering

Prof. Seiji Saikawa

Microstructure Control Engineering

Prof. Kenji Matsuda
Associate Prof. Seungwon Lee

Functional Material Design Engineering

Prof. Atsushi SaikiMaterials Environment and Surface Processing

Associate Prof. Masahiko Hatakeyama

Solid State Engineering

Prof. Katsuhiko Nishimura (※2)
Associate Prof. Takahiro Namiki

Materials Processing Engineering Laboratory

Prof. Toshiya Shibayanagi
Associate Prof. Masamichi Yoshida

Metallurgical Engineering of Iron and Steel Materials

Prof. Hideki Ono

Computational Materials Engineering

Prof. Norio Nunomura

Photofunctional MaterialProf. Yutaka Takaguchi

Materials Plasticity Engineering

Prof. Tetsuo Aida

Engineering for Reaction Design

Prof. Satoru Murata

Remarks☆

(Notes)1. The “f ield of education” f illed in on the application form etc. should be chosen from this list.
2. We are not inviting applicants for the 2021 academic year for the f ields of education marked with a star (☆) inthe“Remarks”column.
3. The staff marked ※ 1 are due to retire in March 2022. ※ 2 are due to retire in March 2023.
4. If you have any questions, please contact the person in charge of admissions at the Admission Off ice (Educational
Affairs Division) of the School of Engineering of this University.

3. Degree Requirements and Completion
A master's degree will be conferred to those who have attended our graduate school for at least two years,
earned more than 30 credits of compulsory subjects specif ied by each major, and passed the thesis review and f inal
examinations. However, the term of residence may be reduced to a minimum of one year for those students who haveshowed excellent research performance.

4. Long-term Curriculum Program
A long-term curriculum program is a program intended for those who cannot complete the curriculum under the
standard course term because the curriculum hours for classes and research instruction are limited due to reasons suchas they are working (full-time) and they intend to complete educational courses in a planned manner during a certain
period longer than the standard course term.  In our Master’s program, the student’s school days are accepted up toa total of 4 years.  If permitted at the time of admission, the total amount of tuition to be paid in the standard courseterm(2 years) can be paid evenly for each school term during the period accepted as a long-term curriculum period.
－ 19 －

Note:
1. Details, including the method of application for this program, shall be notif ied to applicants when the documents foradmission procedures are sent.
2.   Please note that not every applicant is necessarily permitted to enter this program.

5. Courses and Credits(1) Electric and Electronic Engineering
Subjects （〇：Compulsory Subjects）

Credits

Advanced Electric Power Engineering 1

2

Advanced Electric Power Engineering 2

2

Advanced Energy Conversion 1

2

Advanced Energy Conversion 2

2Advanced Control Systems Engineering 1

2

Advanced Control Systems Engineering 2

2

Selected Topics in Wave Communication Engineering

2

Advanced Communication Systems 1

2Advanced Communication Systems 22Advanced Biological Systems 1

2Advanced Biological Systems 2

2

Measurement Systems

2

Advanced Solid State Electronics 1

2

Advanced Solid State Electronics 22Advanced Electronic Devices 1

2Advanced Electronic Devices 2

2

Fundamental Material Engineering

2

Special Lecture

4〇 Advanced Exercises for Creative Designing toward Problem Solving

1〇 Advanced Exercises in Electric and Electronic Engineering

3〇 Special Study of Electric and Electronic Engineering

10Internship Ⅰ

1Internship Ⅱ

2Advanced Lecture for Intellectual Property

2

Laboratory Safety

2Professional Education Lecture4(2) Intellectual Information Engineering
Subjects （〇：Compulsory Subjects）

Credits

Advanced System Engineering 1

2

Advanced System Engineering 2

2

Advanced Medical Information Sensing

2

Advanced Media Information Communication

2

Advanced Simulation Engineering

2

Advanced Neural Information Processing

2

Advanced Visual Information Processing

2－ 20 －

Advanced Communication Theory

2

Advanced Artif icial Intelligence 1

2

Advanced Artif icial Intelligence 2

2

Quantum Information Processing

2

Advanced Computational Biophotonics

2

Advanced Clinical Informatics Engineering

2

Modern Statistical Sciences

2

Special Lecture

4〇 Advanced Exercises in Intellectual Information Engineering

3〇 Advanced Exercises for Creative Designing toward Problem Solving

1〇 Special Study of Intellectual Information Engineering

10Internship Ⅰ

1Internship Ⅱ

2Advanced Lecture for Intellectual Property

2

Laboratory Safety

2Professional Education Lecture4(3) Mechanical and Intellectual Systems Engineering
Subjects （〇：Compulsory Subjects）

Credits

Advanced Physics of Elasticity

2

Advanced Physics of Plasticity

2

Advanced Strength Design Engineering

2

Advanced Element Design Engineering

2

Advanced Structural Design

2Advanced Precision Machining

2

Advanced Technology of Plasticity

2

Advanced Technical Thermodynamics

2

Advanced Fluid Engineering

2

Advanced Fluid Dynamics

2

Advanced Intelligent Mechanical Systems

2

Advanced Dynamics of Mechanical Systems

2

Advanced Robotics

2

Advanced Autonomous Systems Engineering

2

Advanced Control Equipment

2

Advanced Measurement Systems

2

Advanced Image Measurement Systems

2

Advanced Nano-mechanical systems

2

Special Lecture

4〇 Advanced Exercises in Mechanical and Intellectual Systems Engineering

2〇 Advanced Exercises for Creative Designing toward Problem Solving

2〇 Special Study of Mechanical and Intellectual Systems Engineering

10Internship Ⅰ

1Internship Ⅱ

2Advanced Lecture for Intellectual Property

2－ 21 －

Laboratory Safety

2Professional Education Lecture

4(4) Life Sciences and Bioengineering
Subjects （〇：Compulsory Subjects）

Credits

Advanced Molecular Biology

2

Advanced Radiation Bioengineering

2

Advanced Pharmacology and Genetic Engineering

2

Advanced Metabolic Engineering

2

Advanced Bioinformation Engineering

2

Advanced Neural Systems

2

Advanced Biomedical Engineering

2

Advanced Synthetic Organic Chemistry2

Advanced Process Systems Engineering

2

Protein System Engineering

2

Special Lecture

4

Special Seminar on Life Sciences and Bioengineering

4〇 Advanced Exercises of Life Sciences and Bioengineering Ⅰ

2〇 Advanced Exercises for Creative Designing toward Problem Solving

2

Advanced Exercises of Life Sciences and Bioengineering Ⅱ〇 Special Study of Life Sciences and Bioengineering

2
10Internship Ⅰ

1Internship Ⅱ

2Advanced Lecture for Intellectual Property

2

Laboratory Safety

2Professional Education Lecture4(5) Environmental Applied Chemistry
Subjects （〇：Compulsory Subjects）

Credits

Catalysis and Surface Science2

Advanced Crystallography for Molecular Solid State Materials

2

Reaction of Coordination Compounds

2

Advanced Electroanalytical Chemistry2

Advanced Environmental Analytical Chemistry2

Colloid and Interface Chemistry2

Advanced Computational Molecular Science2

Advanced Technology for Synthetic and Medicinal Chemistry2

Advanced Analytical and Interfacial Chemistry

2

Bioengineering

2

Biomaterial Engineering and Biomedical Science2

Catalysis Materials Chemistry2

Special Lecture

4

Special Seminar on Environmental Applied Chemistry4－ 22 －

〇 Advanced Exercises of Environmental Applied Chemistry Ⅰ

2Advanced Exercises of Environmental Applied Chemistry Ⅱ

2〇 Advanced Exercises for Creative Designing toward Problem Solving

2〇 Special Study of Environmental Applied Chemistry10

Internship Ⅰ

1Internship Ⅱ

2Advanced Lecture for Intellectual Property

2

Laboratory Safety

2Professional Education Lecture4(6) Materials Science and Engineering
Subjects （〇：Compulsory Subjects）

Credits

Advanced Course of Materials Process Engineering

2

Reaction Design and Engineering

2

Materials Forming and Engineering

2

Materials Science for Controlling of Micro- and Nanostructures in Metals and Materials

2

Functional Material Design Engineering

2

Materials Environment and Surface Engineering

2

Solid State Engineering

2

Advanced Metallurgical Engineering of Iron and Steel Materials

2

Advanced Course of Computational Materials Engineering

2

Advanced Control Engineering of Materials Plasticity

2

Advanced Photofunctional Materials

2

Advanced Engineering of Light Materials

2

Global Advanced Materials Science and Engineering Ⅰ*1

2

Global Advanced Materials Science and Engineering Ⅱ*1

2

Global Advanced Materials Science and Engineering Ⅲ*1

2

Global Advanced Materials Science and Engineering Ⅳ*1

2

Global Advanced Materials Science and Engineering Ⅴ*1

2

Special Lecture

4

Special Seminar on Materials Science and Engineering*24〇 Advanced Exercises for Creative Designing toward Problem Solving*22〇 Advanced Exercises of Materials Science and Engineering Ⅰ*2

2

Advanced Exercises of Materials Science and Engineering Ⅱ

*2

2

*2

10

〇 Special Study of Materials Science and Engineering
Internship Ⅰ

1Internship Ⅱ

2Advanced Lecture for Intellectual Property

2

Laboratory Safety

2Professional Education Lecture4Note: The subjects marked *1 are conducted in English. The subjects marked *2 are conducted in Japanese andEnglish－ 23 －

Read the instructions before completing and submitting.
1. Overall(1) Use a black ballpoint pen and write clearly in block letters. Please leave the sections with *(asterisk marks) blank.
(2) Circle the applicable item(s), and aff ix your photo in the space provided.
(3) Use Arabic numerals.
(4) No changes are allowed in application documents once submitted.
(5) Any information found to be incorrect at any stage will automatically lead to cancellation of the admission.

2. Application form, Examinee ID card, and Photo ID card
(1) Name of applicant
Fill in your name exactly the same as is on your passport.
(2) Major and f ield of education
Please f ill in your intended major by referring to the section 1 “Admission quota” and areas of study by referring to“Overview of the Master’s Programs of Graduate School of Science and Engineering”. Please indicate your f irst,
second, and third choice for study area. Draw a diagonal line if you have no second or/and third choice.
(3) Eligibility
Please f ill in the name of university, faculty, and major you attend(attended) as well as the month and year of yourgraduation.
(4) Personal history
Fill in your academic and work history. For the academic history, please indicate all the names of school you attend(including elementary school) in chronological order.
(5) Mailing address
Please f ill in the address and telephone number where you can be reached during application and admission
procedure. If any change occurs after submitting the application, please notify the university immediately.
(6) Language in short essay
Please circle the applicable item(s).

－ 24 －