Course Requirement Guide Book
（December 2009）

Master’s Program Given in English

TOYOHASHI UNIVERSITY OF TECHNOLOGYI Requirements for graduation, etc.
1. Requirements for graduation
To complete the master's course, a student must participate in the graduate courses for
two or more years, and must acquire the minimum credits required as follows. A student
must carry out a research under a proper guidance by faculty members and must
submit a master thesis, and pass the review and final exams.
Note that students showing excellent achievements may finish in a shorter study
period.

Class

No. of credits
required for
graduation

Remarks

General courses
Courses relevant toSocial Planning Engineering

2

Courses relevant toSocial Culture Studies

4

Total

6

Specialized courses
Mechanical Engineering major

24

6 credits

Production Systems
Engineering major

24

6 credits

Materials Science major

24

6 credits

Architecture & Civil major

24

6 credits

Knowledge-Based Information
Engineering major

24

6 credits

Ecological Engineering major

24

6 credits

Grand total

30(1) When consideredappropriate by thesupervisor, thecredits shown on theleft can besubstituted with"English Courses" inother majors.
(2) When consideredappropriate by thesupervisor, courses
held in Japanese
can be taken.

"English Courses" indicate the classes prepared for the students enrolled in "English
Special Course".

2. Application for degree
Only a student who has acquired the credits required for finishing, or who is expectedto acquire the credits can apply for a master’s degree. Submission of thesis formaster’s degree, etc., shall be posted at a bulletin board.

–2–

II Course registration methods, examination, limits ofattendance period, etc.
1. Course registration method
The courses shall be registered according to the education schedule of the respective major.
(1) Study schedule
Read this manual thoroughly, and follow the instructions and advice given during
orientation at the beginning of the academic year or that given by the supervisor,and set your class schedule in the course timetable. Provide sometime-allowance to your schedule.
Note that some elective courses will not be held sometimes.
The course timetable will be provided at the beginning of each academic year.
Schedule for special intensive courses will be posted up on a bulletin board
as soon as the date and time, etc., are decided.
(2) Course registration
The student must register the courses by the sheet of "Course Registration List"
before the designated date.
Accreditation to the courses not registered will not be made in any case.
1 To complete a course of other majors in the "English Course" or regularcourse given in Japanese, the student must obtain approval from thesupervisor and course instructor with the "Other Major Course Approval Form",
before registering the course.
2 If the student does not attend the course nor take the examinations, thecredits will not be given even if the registration is made. This does not apply
when the registration is canceled.
3 A student can not re-register the courses for which credits are given.
4 Courses held at the same class time cannot be registered. Note that this does
not apply for courses being taken again by examinations, or intensive
courses.
(3) Confirming and correcting course registration
Confirm your course registration with the "Course registration confirmation list"(distributed only once to each student at the beginning of the academic year).
If there is any mistake in the written list, correction procedures should be taken.
(4) Repeating courses
As a rule, a student who has failed in a course with the regular examination, etc.,
must repeat the course in the next academic year.
Students must make registration again if the course is a compulsory course forgraduation even for the repeated course once they fail.
(5) Repeating courses by examinations, etc.
If a student wants to register, the student can submit and register the course withthe "Request for repetition through examination, etc." only when the course
instructor approves of crediting through examinations, etc.

–3–

2. Examination
Examination includes regular examination and makeup examination.
(1) Regular examination
As a principle, regular examination shall be held during the set period at the endof each term. Note that examination may be held at any time when foundnecessary by the course instructor.
The regular examination period and examination timetable, etc., will be posted up
on a bulletin board.
(2) Make-up examinationa) Make-up examination shall be held only when the student could not take theregular examination for the concerned course due to the following reasons.
The student must gain the approval of the course instructor with the "Request
for makeup examination" before taking the examination.
1) When the student is sick (doctor's medical certificate must be submitted)
2) When considered appropriate due to accidents or disaster (certificate of
proof must be submitted), and other reasons (a letter explaining thereason must be submitted).
b) The "Request for makeup examination" must be submitted to the Educational
Affairs Division within one week from the final date of regular examination.
c) If the student fails to take the makeup examination, a farther examination will
not be held.
(3) Approval of credits and evaluation
The course instructor shall approve the credits for the course through the meansof exams, etc.
1) Tests are basically conducted at the end of each term. All students are tocheck the test schedules on the academic calendar on Dream Campus(TUT’s website), bulletin board at A-bldg. or printed calendar at the office ofAcademic Affairs section. In addition, your instructor may schedule extra
tests. All tests scheduling will be placed on the bulletin boards at lecture hallof A-bldg. 2 weeks before the day of start. Your units are graded according
to test scores by instructors.
GradingＡ
Ｂ
Ｃ
Ｄ

ScoresOver 80
65-79
55-64
Under 55

Approval
Units certified
Units certified
Units certified
Units NOT certified

2) Grades approved for credits shall be notified from the Educational Affairs
Division with the "Credit Acquisition List" after the end of each term. (For thedate of issue, see the schedule related to registration.)

3. Maximum years of attendance
It is not possible for a student to be in the master course at the university exceeding
four years.
–4–4. Leave of absence
If the student cannot attend classes for two or more months successively due toillness or other special reasons, the student may submit the specific "Request forleave of absence" to the Educational Affairs Division via the supervisor anddepartment head. Upon approval from the President, the student may have a leave ofabsence (within two years in total).
The period that the student is absent will not be counted in the above "3. Maximum
years of attendance".
To return to school after the end of the approved leave of absence period, the student
must submit the "Application to return to school".
To return to school during the period of the leave of absence due to the elimination of
the reason of leave, the student must submit the "Request to return to school" andobtain approval.

5. Withdrawal
If the students want to withdrawal from the university, the student may submit the
specific “Request for withdrawal“ to the Educational Affairs Division via the supervisorand department head. Upon approval from the President, the student may havewithdrawal from the university.

6.

Information about canceled or makeup classes.
All students may need to double-check about your classes at following bulletin boards:
Location

information
Class schedule change(all school term)
Canceled or makeup
classes, rescheduled
notices

Central Bulletin Board (panel board)
Lecturehall at 1st
floor.
A-bldg.

Electronic Bulletin Board (LCD)
Glass-covered Bulletin Board

TUT
websiteTUT
website formobilephonesOthershttp://annai00.gakumu.tut.ac.jp/adlight/adlightwww/conduct_list_a.asp
http://annai00.gakumu.tut.ac.jp/adlight/adlightweb/conduct_list_b.asp
http://osirabe.net/tut/*Mobile tagging by camera phones

Canceled or makeup
classesClass schedule orclassroom change
Canceled or makeup
classes*TUT’s policy for conducting classes/tests in case A STORM WARNING is announced.
In case a storm warning is announced in the South East Aichi Pref., TUT will conduct classes or
examinations as follows:
1) In order to prevent any accident, All classes will be CANCELED (tests will be RESCHEDULED)
during the storm warning.
2) The storm warning is CLEARED BEFORE AM7:00, all classes(tests) are on SCHEDULE.
3) The storm warning is CLEARED FROM AM7:00 TO AM11:00, all classes(tests) STARTS on
4TH HOUR(*1,2 and 3 hr. will be CANCELED)
4) The storm warning is still ANNOUNCED AFTER AM11:00, ALL classes will be CANCELED(tests will be RESCHEDULED).

–5–

*Information about RESCHEDULED CLASSES/TESTS
TUT will reschedule classes/tests canceled by natural disasters on occasional dates. The dates
may also be used for makeup classes, students may check the schedules TWO WEEKS BEFORETHE DATES at lecture hall at A-Bldg. However, rescheduled classes (tests) will COME FIRST on
the occasional dates and scheduled makeup classes on the dates will be canceled. Double checkinformation from TUT.

III Curriculum
1. Courses and credits, etc.
(1) Courses
Courses are largely divided into general courses and specialized courses. Credits
are set for each course.
For the courses to be offered, see the general courses and specialized courses
written in the following pages.
See the separate booklet "SYLLABUS" for details on the classes.
(2) Compulsory courses and elective courses
1) Compulsory courses are the courses that must be completed as arequirement.
2) Elective courses can be selected and taken from those courses being offered.
(3) Calculating credits
Courses whose teaching type is lectures, seminars, experiments, practical or
hands-on training, are offered individually or in combination among them. The
course time for one credit is calculated under the following standards.
1) For lectures, one credit requires 15 hours of classes.
2) For exercise, one credit requires 30 hours of classes.
3) For experiments, practical or hands-on training, one credit requires 45 hours
of classes.
(4) Course period
The course period is determined according to the academic year calendar, andconsists of three terms; Winter term, Spring term, and Fall term.

–6–Mechanical Engineering
2009.12

Compulsory/
Elective

Subject NameClasses/Week
2nd grade
1st grade
WinterSpring1
Spring2
Code No. Credits
2010. 42009.122010.10
2010. 92010. 32011.113

Instructor

Seminar on Mechanical Engineering Ⅰ

411001

3

Compulsory Seminar on Mechanical Engineering Ⅱ

411002

3

Thesis Research on Mechanical Engineering

411004

6

Applied Thermal Engineering

4120031

Computational Heat Transfer

412037

1

Fluid Engineering

412005

1

Applied Combustion Engineering

412006

1

1

S. NodaAeroacoustics

412058

1

1

A. IidaFundamentals of Energy Engineering

412008

1Wind Engineering

412053

1

Robotics

4120281

Surface Analytical Tools

412013

1

Practical Surface Analysis

412066

1

High-speed Two-phase Flow

4120161

Vibration Engineering

4120391

Impact Mechanics

412040

1

Applied Mechanics of Materials

4120651

0.5

T. Adachi

Computational Mechanics

4120171

0.5

K. Mori ②

3D Vision Theory for Measurement

4120201

Advanced Joining Processes

412022

1

Phase Transformation in Materials

4120571

0.5

M. Umemoto ②

Advanced Evaluation and Failure Prevention of Materials 412049

1

0.5

H. Toda ②

Corrosion Engineering

4120541

0.5

T. Takenaka ②Modeling and Analysis of Dynamical Control Systems 412032

1

0.5

K. Terashima ②

Design and Application of Dynamical Control Systems 412033

1

0.5

T. Miyoshi ②

Surface Modification Engineering

4120341

0.5

T. Yasui ②

Multi-Objective Optimization in Manufacturing4120351

0.5

Y. Shimizu ②

Advanced Micromachining Engineering

412050

1

1

T. Shibata ②

Wavelet Transform and Time-frequency Analysis

4120511

1

Z. Zhang ②

Engineering Safety

412052

1

1

R. Batres ②

Soft-Solution Processing

412055

1

Advanced X-ray Imaging for Materials Science

412056

1

Deformation Processing Technology

4120591

Electron Microscopy for Materials Science

4120601

Advanced Physical Chemistry of Metals

412061

1

Elective

Supervisor
3
9Supervisor
Supervisor

0.5
1

K. Kitamura
T. Suzuki

0.5

0.5
1

H. Yanada

S. Suzuki
N. Sekishita

0.5

N. Uchiyama
M. Uemura

0.5
1

Y. Takeichi
M. Nakagawa

1

S. Kawamura

1

H. Minamoto

1

T. Miyake ②
1

M. Fukumoto ②

0.5
1
1

M. Kobayashi ②
Y. Abe ②

1
1

M.Izaki②

Y. Todaka ②
S. Yokoyama ②

noteProduction Systems Engineering
2009.12

Compulsory/
Elective

Subject Name

Seminar on Production Systems Engineering Ⅰ
Compulsory Seminar on Production Systems Engineering Ⅱ

Elective

Classes/Week
2nd grade
1st grade
WinterSpring1
Spring2
Instructor
Code No. Credits
2010. 42009.122010.10
2010. 92010. 32011.113421001
3
Supervisor
421002

3

3

Thesis Research on Production Systems Engineering 421004

6

Computational Mechanics

422001

1

3D Vision Theory for Measurement

422028

1

Advanced Joining Processes

4220041

Phase Transformation in Materials

4220631

0.5

M. Umemoto

Advanced Evaluation and Failure Prevention of Materials 422057

1

0.5

H. TodaCorrosion Engineering

422061

1

0.5

T. Takenaka

Modeling and Analysis of Dynamical Control Systems 422031

1

0.5

K. Terashima

Design and Application of Dynamical Control Systems 422027

1

0.5

T. Miyoshi

Surface Modification Engineering

4220331

0.5

T. YasuiMulti-Objective Optimization in Manufacturing

4220291

0.5

Y. Shimizu

Advanced Micromachining Engineering

422058

1

1

T. Shibata

Wavelet Transform and Time-frequency Analysis

4220591

1

Z. ZhangEngineering Safety

422060

1

1

R. Batres

Soft-Solution Processing

422064

1

Advanced X-ray Imaging for Materials Science

422065

1

Deformation Processing Technology

422066

1

Electron Microscopy for Materials Science

422067

1

Advanced Physical Chemistry of Metals

422068

1

Applied Thermal Engineering

4220131

Computational Heat Transfer

422038

1

Fluid Engineering

422015

1

Applied Combustion Engineering

422016

1

1

S. Noda ①

Aeroacoustics

422069

1

1

A. Iida ①

Fundamentals of Energy Engineering

422018

1Wind Engineering

422062

1

Robotics

4220351

Surface Analytical Tools

422023

1

Practical Surface Analysis

4220701

High-speed Two-phase Flow

4220261

Vibration Engineering

4220451

Impact Mechanics

422046

1

Applied Inorganic ChemistryⅠ

4220471

0.5

N. Kakuta ⑤

Applied Inorganic ChemistryⅡ

4220481

0.5

T. Mizushima ⑤

Inorganic Materials Science Ⅰ

4220491

Inorganic Materials Science Ⅱ

4220501Composite Materials Science Ⅰ

422051

1

1

T. Takeichi ⑤

Composite Materials Science Ⅱ

4220521

1

A. Matsumoto ⑤

9Supervisor
Supervisor

0.5
1

K. Mori
T. Miyake1

M. Fukumoto

0.5
1

M. Izaki
M. Kobayashi

1

Y. Abe1

Y. Todaka

1

S. Yokoyama
0.5
1

K. Kitamura ①
T. Suzuki ①

0.5

0.5
1

H. Yanada ①

S. Suzuki ①
N. Sekishita ①

0.5

N. Uchiyama ①
M. Uemura ①

0.5
1

Y. Takeichi
M. Nakagawa ①

1

S. Kawamura ①

1

H. Minamoto ①

1

A. Matsuda ⑤1

H. Muto⑤noteMaterials Science
2009.12

Compulsory/
Elective

Subject NameClasses/Week
2nd grade
1st grade
WinterSpring1
Spring2
Code No. Credits
2010. 42009.122010.10
2010. 92010. 32011.11

Instructor

Seminar on Materials Science Ⅰ

451001

3

Supervisor

Compulsory Seminar on Materials Science Ⅱ

451002

3

Supervisor

Thesis Research on Materials Science451003

6

Supervisor

Advanced Separation Chemisty Ⅰ

452015

1

Advanced Separation Chemistry Ⅱ

452016

1

1

Y. Hirata

Advanced Solution Chemistry

452002

1

1

T. Hattori

Applied Inorganic ChemistryⅠ

4520171

0.5

N. Kakuta

Applied Inorganic ChemistryⅡ

4520181

0.5

T. Mizushima

Inorganic Materials Science Ⅰ

4520191

Inorganic Materials Science Ⅱ

452020

1

Applied Physical Chemistry

4520341

0.5

T. Oogushi

Advanced Polymer Chemistry Ⅰ

4520231

0.5

S. Itsuno

Advanced Polymer Chemistry Ⅱ

4520241

0.5

E. Yoshida

Composite Materials Science Ⅰ

452025

1

1

T. Takeichi

Composite Materials Science Ⅱ

452026

1

1

A. Matsumoto

Special Topics in Applied Organic Chemistry

452035

1

Structural Biology

4520291

Developmental Neuroscience4520301

Advanced Evaluation and Failure Prevention of Materials 452031

1

Deformation Processing Technology

452036

1

Electron Microscopy for Materials Science452037

1

Advanced Physical Chemistry of Metals

452038

1

Advanced Molecular Life Science4520391

Advanced Applied Biochemistry and Biotechnology 452040

1

Advanced Physical Chemistry I

1Elective

452041

1

Y.Saito1

A. Matsuda
1

H.Muto0.5
1

S. Iwasa
K. Aoki1

S. Yoshida
0.5

1

H. Toda ②
Y. Abe ②

1

Y. Todaka ②

1
0.5
1
0.5

S. Yokoyama ②
Y.Kikuchi,
T.Tanaka ⑧
A.Hiraishi,
T.Eki ⑧Y. Kiso ⑧noteArchitecture & Civil Engineering
2009.12
Compulsory/
Elective

Subject NameClasses/Week
2nd grade
1st grade
WinterSpring1
Spring2
Code No. Credits
2010. 42009.122010.10
2010. 92010. 32011.113

Instructor

note

Seminar on Architecture and Civil Engineering Ⅰ

461001

3

Supervisor

Compulsory Seminar on Architecture and Civil Engineering Ⅱ

461002

3

Thesis Research on Architecture Civil Engineering 461003

6

Elasticity and Stability

4620382

Finite Element method for Continua and Bar
Structures

4620392

Seismic Evaluation of Existing Buildings

4620362

Geologic Hazard and Mitigation Planning462007

2

Geotechnical Analysis

462024

2

1

K. Miura*

Building Science:Indoor Air Quality and Ventilation 462009

2

1

H. Matsumoto*

Building Climate

462008

2

1

S. Song*

Wave Forces on Offshore and Coastal Structures 462011

2

1

S. Aoki*Coastal Hydraulics

4620292

Water Quality Analysis

4620302Computer Applications in Urban Planning462012

2

Human Settlement: Its History and Theory

462013

2

Advanced Study on Housing System and Housing
Policy4620162

Advanced District Planning462037

2

1

J. Asano

Advanced Transportation and Traffic Engineering 462017

2

1

Y. Hirobata

39Supervisor
Supervisor

2

S. Yamada
1

2

S. Nakazawa
Y. Sanada

1

M. Kawamura

1

S. Kato2

T. Inoue
1

A. Ohgai*Elective

Advanced Structural System Planning and Design
462018Ⅰ
Advanced Structural System Planning and Design
462022Ⅱ

2

2

H. Izumida
1

※
※

2

S. Matsushima(※)

Supervisor(※)

Supervisor(※)

Supervisor(※)

Supervisor(※)

Supervisor

Advanced Environmental System Planning and DesignⅠ462023

2

Advanced Environmental System Planning and DesignⅡ46202824620202462021

2※(※)

Supervisor

462031

2※(※)

Supervisor

Advanced Regional System Planning and Design
Ⅰ
Advanced Regional System Planning and Design
Ⅱ
Advanced Regional System Planning and Design
Ⅲ※ Please ask your academic adviser about class schedule of this subject.

※
※
※

*

Knowledge-based Information Engineering
2009.12Classes/Week
2nd grade
1st grade
Compulsory
WinterSpring1
Spring2
Instructor
Code No. Credits/
Subject Name
2010. 42009.122010.10
Elective2010. 92010. 32011.11
Seminar on Knowledge-based Information Engineering Ⅰ 471001
3
3Supervisor
Compulsory Seminar on Knowledge-based Information Engineering Ⅱ 471002

3

Thesis Research on Knowledge-based Information Engineering

471003

8

Parallel and Distributed Computing

472001

2

Computer Speech Processing

4720022

2

T. Nitta

Quantum Biology

472003

2

2

N. Kurita

Quantum Materials Science

472004

2

Elective

Chemometrics

4720052Complex Systems

4720062

Neuroscience

4720072

Computers and Education

4720082

3
12Supervisor
1

1
1

1

Supervisor

S. Masuyama

H. Sekino
Y. Takahashi

1

Y. Ishida

1

J. Horikawa
K. KawainoteEcological Engineering
2009.12

Compulsory/
Elective

Subject Name

Seminar on Ecological Engineering Ⅰ
Compulsory Seminar on Ecological Engineering Ⅱ

Elective

Classes/Week
2nd grade
1st grade
WinterSpring1
Spring2
Instructor
Code No. Credits
2010. 42009.122010.10
2010. 92010. 32011.113481001
3
Supervisor
481002

3

Thesis Research on Ecological Engineering

481003

6

Advanced Molecular Life Science

482016

1

Advanced Applied Biochemistry and Biotechnology 482017

1

Advanced Electrical and Electronic Technology for
482018Ecological Engineering

1

Advanced Environmental Numerical Engineering

4820191

Advanced Eco-Materials Engineering

4820201

Advanced Physical Chemistry Ⅰ

482021

1

0.5

Y. KisoAdvanced Physical Chemistry Ⅱ

4820221

0.5

H. KimAdvanced Environmental System Engineering for
Recycle-oriented Society

4820231

0.5

N. GotoAdvanced Life Science and Biotechnology Ⅰ

4820102(※)

Supervisor

Advanced Life Science and Biotechnology Ⅱ

482011

2(※)

Supervisor

Advanced Environmental Technology Ⅰ

482012

2(※)

Supervisor

Advanced Environmental Technology Ⅱ

482013

2(※)

Supervisor

Advanced Environmental and Ecological Systems Ⅰ 482014

2(※)

Supervisor

Advanced Environmental and Ecological Systems Ⅱ 482015

2(※)

Supervisor※ Please ask your academic adviser about class schedule of this subject

3
9Supervisor
Supervisor

0.5

Y. Kikuchi,
T. Tanaka
A. Hiraishi,
T. EkiS. Tanaka,
A. Mizuno,
K.Takashima

1
1
0.5
1

T. Kitada
H. Tsuji

1
※
※
※
※
※
※

note

General courses
2009.12

Compulsory/
Elective

Subject Name

40100124010082402011

2

Culture and Communication Ⅱ
402012
Courses relevanttoJapanese Life Today
407011Social Culture
StudiesIntercultural Communication Ⅰ-A 402013

2

Intercultural Communication Ⅰ-B 402014

1

Courses relevant Management Science
to Social Planning
Engineering
Industrial Policies
Culture and Communication Ⅰ
Elective

Classes/Week
2nd grade
1st grade
WinterSpring1
Spring2
Code No. Credits
2010. 42009.122010.10
2010. 92010. 32011.11
2
1(1)

Y. Miyata,
T. Fujiwara(1)

H. Shibusawa

1

English teacher

2

Ｍ．Tamura
1

21

Instructor

1
1

(1)

T. Hayashi

0.5

Y. Muramatsu

0.5

Y. MuramatsunoteTwinning Program
Course Requirement Guide Book
（December 2009）
Master’s Program Given in English

TOYOHASHI UNIVERSITY OF TECHNOLOGYⅠ Requirements for graduation, etc.
1. Requirements for graduation
To complete the master's course, a student must participate in the graduate courses for
two or more years, and must acquire the minimum credits required as follows. A student
must carry out a research under a proper guidance by faculty members and must
submit a master thesis, and pass the review and final exams.
Note that students showing excellent achievements may finish in a shorter study
period.

Class

No. of credits
required for
graduation

Remarks

General courses
Courses relevant toSocial Planning Engineering
Courses relevant toSocial Culture Studies
Total

6

6

Specialized courses
Mechanical Engineering major

24

Production Systems
Engineering major

24Electrical and Electronic
Engineering major

24

Information and Computer
Sciences major

24

Materials Science major

24

Architecture & Civil major

24

Knowledge-Based Information
Engineering major

24

Ecological Engineering major

24Grand total

30"English Courses" indicate the classes prepared for the students enrolled in "English
Special Course".
For the students in the Twinning Course, up to 10 credits that the students had acquired
at his/her university before coming to TUT can be transferred to TUT Master’s Program
only if TUT admits after being examined. However the 10 credits admitted by TUT shallbe determined by TUT’s criterion.
–2–2. Application for degree
Only a student who has acquired the credits required for finishing, or who is expectedto acquire the credits can apply for a master’s degree. Submission of thesis formaster’s degree, etc., shall be posted at a bulletin board.

II Course registration methods, examination, limits ofattendance period, etc.
1. Course registration method
The courses shall be registered according to the education schedule of the respective major.
(1) Study schedule
Read this manual thoroughly, and follow the instructions and advice given during
orientation at the beginning of the academic year or that given by the supervisor,and set your class schedule in the course timetable. Provide sometime-allowance to your schedule.
Note that some elective courses will not be held sometimes.
The course timetable will be provided at the beginning of each academic year.
Schedule for special intensive courses will be posted up on a bulletin board
as soon as the date and time, etc., are decided.
(2) Course registration
The student must register the courses by the sheet of "Course Registration List" b
before the designated date.
Accreditation to the courses not registered will not be made in any case.
1 If the student does not attend the course nor take the examinations, thecredits will not be given even if the registration is made. This does not apply
when the registration is canceled.
2 A student can not re-register the courses for which credits are given.
3 Courses held at the same class time cannot be registered. Note that this does
not apply for courses being taken again by examinations, or intensive
courses.
(3) Confirming and correcting course registration
Confirm your course registration with the "Course registration confirmation list"(distributed only once to each student at the beginning of the academic year).
If there is any mistake in the written list, correction procedures should be taken.
(4) Repeating courses
As a rule, a student who has failed in a course with the regular examination, etc.,
must repeat the course in the next academic year.
Students must make registration again if the course is a compulsory course forgraduation even for the repeated course once they fail.
(5) Repeating courses by examinations, etc.
If a student wants to register, the student can submit and register the course withthe "Request for repetition through examination, etc." only when the course
instructor approves of crediting through examinations, etc.
–3–

2. Examination
Examination includes regular examination and makeup examination.
(1) Regular examination
As a principle, regular examination shall be held during the set period at the endof each term. Note that examination may be held at any time when foundnecessary by the course instructor.
The regular examination period and examination timetable, etc., will be posted up
on a bulletin board.
(2) Make-up examinationa Make-up examination shall be held only when the student could not take theregular examination for the concerned course due to the following reasons.
The student must gain the approval of the course instructor with the "Request
for makeup examination" before taking the examination.
1) When the student is sick (doctor's medical certificate must be submitted)
2) When considered appropriate due to accidents or disaster (certificate of
proof must be submitted), and other reasons (a letter explaining thereason must be submitted).
b The "Request for makeup examination" must be submitted to the Educational
Affairs Division within one week from the final date of regular examination.
c If the student fails to take the makeup examination, a farther examination will
not be held.
(3) Approval of credits and evaluation
The course instructor shall approve the credits for the course through the meansof exams, etc.
1) Tests are basically conducted at the end of each term. All students are tocheck the test schedules on the academic calendar on Dream Campus(TUT’s website), bulletin board at A-bldg. or printed calendar at the office ofAcademic Affairs section. In addition, your instructor may schedule extra
tests. All tests scheduling will be placed on the bulletin boards at lecture hallof A-bldg. 2 weeks before the day of start. Your units are graded according
to test scores by instructors.
GradingＡ
Ｂ
Ｃ
Ｄ

ScoresOver 80
65-79
55-64
Under 55

Approval
Units certified
Units certified
Units certified
Units NOT certified

2) Grades approved for credits shall be notified from the Educational Affairs
Division with the "Credit Acquisition List" after the end of each term. (For thedate of issue, see the schedule related to registration.)

3. Maximum years of attendance
It is not possible for a student to be in the master course at the university exceeding
two years.

–4–4. Leave of absence
If the student cannot attend classes for two or more months successively due toillness or other special reasons, the student may submit the specific "Request forleave of absence" to the Educational Affairs Division via the supervisor anddepartment head. Upon approval from the President, the student may have a leave ofabsence (within one year in total).
The period that the student is absent will not be counted in the above "3. Maximum
years of attendance".
To return to school after the end of the approved leave of absence period, the student
must submit the "Application to return to school".
To return to school during the period of the leave of absence due to the elimination of
the reason of leave, the student must submit the "Request to return to school" andobtain approval.

5. Withdrawal
If the students want to withdrawal from the university, the student may submit the
specific “Request for withdrawal“ to the Educational Affairs Division via the supervisorand department head. Upon approval from the President, the student may havewithdrawal from the university.

6.

Information about canceled or makeup classes.
All students may need to double-check about your classes at following bulletin boards:
Location

information
Class schedule change(all school term)
Canceled or makeup
classes, rescheduled
notices

Central Bulletin Board (panel board)
Lecturehall at 1st
floor.
A-bldg.

Electronic Bulletin Board (LCD)
Glass-covered Bulletin Board

TUT
websiteTUT
website formobilephonesOthershttp://annai00.gakumu.tut.ac.jp/adlight/adlightwww/conduct_list_a.asp
http://annai00.gakumu.tut.ac.jp/adlight/adlightweb/conduct_list_b.asp
http://osirabe.net/tut/*Mobile tagging by camera phones

Canceled or makeup
classesClass schedule orclassroom change
Canceled or makeup
classes*TUT’s policy for conducting classes/tests in case A STORM WARNING is announced.
In case a storm warning is announced in the South East Aichi Pref., TUT will conduct classes or
examinations as follows:
1) In order to prevent any accident, All classes will be CANCELED (tests will be RESCHEDULED)
during the storm warning.
2) The storm warning is CLEARED BEFORE AM7:00, all classes(tests) are on SCHEDULE.
3) The storm warning is CLEARED FROM AM7:00 TO AM11:00, all classes(tests) STARTS on
4TH HOUR(*1,2 and 3 hr. will be CANCELED)
4) The storm warning is still ANNOUNCED AFTER AM11:00, ALL classes will be CANCELED(tests will be RESCHEDULED).

–5–

*Information about RESCHEDULED CLASSES/TESTS
TUT will reschedule classes/tests canceled by natural disasters on occasional dates. The dates
may also be used for makeup classes, students may check the schedules TWO WEEKS BEFORETHE DATES at lecture hall at A-Bldg. However, rescheduled classes (tests) will COME FIRST on
the occasional dates and scheduled makeup classes on the dates will be canceled. Double checkinformation from TUT.

III Curriculum
1. Courses and credits, etc.
(1) Courses
Courses are largely divided into general courses and specialized courses. Credits
are set for each course.
For the courses to be offered, see the general courses and specialized courses
written in the following pages.
See the separate booklet "SYLLABUS" for details on the classes.
(2) Compulsory courses and elective courses
1) Compulsory courses are the courses that must be completed as arequirement.
2) Elective courses can be selected and taken from those courses being offered.
(3) Calculating credits
Courses whose teaching type is lectures, seminars, experiments, practical or
hands-on training, are offered individually or in combination among them. The
course time for one credit is calculated under the following standards.
1) For lectures, one credit requires 15 hours of classes.
2) For exercise, one credit requires 30 hours of classes.
3) For experiments, practical or hands-on training, one credit requires 45 hours
of classes.
(4) Course period
The course period is determined according to the academic year calendar, andconsists of three terms; Winter term, Spring term, and Fall term.

–6–Mechanical Engineering （Ｔｗｉｎｎｉｎｇ Ｐｒｏｇｒａｍ）
2009.12

Seminar on Mechanical Engineering

Classes/Week
Spring Spring
Winter1
2
Code No. Credits 2009.1
Instructor
2010. 42
2010. 96411005
6
Supervisor

Thesis Research on Mechanical Engineering

411004

6

Applied Thermal Engineering

4120031

Computational Heat Transfer

412037

1

Fluid Engineering

412005

1

Applied Combustion Engineering

412006

1

1

S. NodaAeroacoustics

412058

1

1

A. IidaFundamentals of Energy Engineering

412008

1Wind Engineering

412053

1

Robotics

4120281

N. Uchiyama

Surface Analytical Tools

412013

1

M. Uemura

Practical Surface Analysis

412066

1

High-speed Two-phase Flow

4120161

Vibration Engineering

4120391

Impact Mechanics

412040

1

Applied Mechanics of Materials

412065

1

T. Adachi

Computational Mechanics

412017

1

K. Mori ②

3D Vision Theory for Measurement

4120201

Advanced Joining Processes

412022

1

Phase Transformation in Materials

4120571

Compulsory/
Elective

Compulsory

Elective

Subject Name

9

Supervisor
K. Kitamura
1

T. Suzuki
H. Yanada

S. Suzuki
1

N. Sekishita

Y. Takeichi
11

M. Nakagawa
S. Kawamura

1

H. Minamoto

1

T. Miyake ②
1

M. Fukumoto ②
M. Umemoto②

Advanced Evaluation and Failure Prevention of Materials 412049

1

H. Toda ②

Corrosion Engineering

412054

1

T. Takenaka ②Modeling and Analysis of Dynamical Control Systems

412032

1

K. Terashima ②

Design and Application of Dynamical Control Systems

412033

1

T. Miyoshi ②

Surface Modification Engineering

412034

1

T. Yasui ②

Multi-Objective Optimization in Manufacturing412035

1

Y. Shimizu ②

Advanced Micromachining Engineering

412050

1

1

T. Shibata ②

Wavelet transform and Time-frequency Analysis

4120511

1

Z. Zhang ②

Engineering Safety

412052

1

1

R. Batres ②

Soft-Solution Processing

412055

1

Advanced X-ray Imaging for Materials Science

412056

1

Deformation Processing Technology

4120591

M.Izaki②
1
1

M. Kobayashi ②
Y. Abe ②

Electron Microscopy for Materials Science

4120601

Advanced Physical Chemistry of Metals

412061

1Advanced Mechanical Engineering Ⅰ

412062

2

Advanced Mechanical Engineering Ⅱ

412063

2※

Supervisor

Advanced Mechanical Engineering Ⅲ

412064

2※

Supervisor※ Please ask your academic adviser about class schedule of this subject

1
1

Y. Todaka ②
S. Yokoyama ②※Supervisor

noteProduction Systems Engineering（Ｔｗｉｎｎｉｎｇ Ｐｒｏｇｒａｍ）
2009.12

Seminar on Production Systems Engineering

Classes/Week
WinterSpringCode No. Credits 2009.1
2010. 42
2010. 96421005
6

Thesis Research on Production Systems Engineering

4210046

Computational Mechanics

422001

1

3D Vision Theory for Measurement

422028

1

Advanced Joining Processes

4220041

Phase Transformation in Materials

4220631

Compulsory/
Elective

Compulsory

Elective

Subject Name

9

Instructor

Supervisor
Supervisor
K. Mori

1

T. Miyake1

M. Fukumoto
M. Umemoto

Advanced Evaluation and Failure Prevention of Materials 422057

1

H. TodaCorrosion Engineering

422061

1

T. Takenaka

Modeling and Analysis of Dynamical Control Systems

422031

1

K. Terashima

Design and Application of Dynamical Control Systems

422027

1

T. Miyoshi

Surface Modification Engineering

422033

1

T. YasuiMulti-Objective Optimization in Manufacturing

4220291

Y. Shimizu

Advanced Micromachining Engineering

422058

1

1

T. Shibata

Wavelet Transform and Time-frequency Analysis

4220591

1

Z. ZhangEngineering Safety

422060

1

1

R. Batres

Soft-Solution Processing

422064

1

Advanced X-ray Imaging for Materials Science

422065

1

Deformation Processing Technology

422066

1

Electron Microscopy for Materials Science

422067

1

Advanced Physical Chemistry of Metals

422068

1

Applied Thermal Engineering

4220131

Computational Heat Transfer

422038

1

T. Suzuki ①

Fluid Engineering

422015

1

H. Yanada ①

Applied Combustion Engineering

422016

1

1

S. Noda ①

Aeroacoustics

422069

1

1

A. Iida ①

M. Izaki
M. Kobayashi
1

Y. AbeY. Todaka

1

S. Yokoyama
K. Kitamura ①

Fundamentals of Energy Engineering

422018

1

S. Suzuki ①

Wind Engineering

422062

1

N. Sekishita ①

Robotics

422035

1

N. Uchiyama ①

Surface Analytical Tools

422023

1

M. Uemura ①

Practical Surface Analysis

422070

1

Y. Takeichi

High-speed Two-phase Flow

4220261

Vibration Engineering

422045

1

M. Nakagawa ①
1
1

S. Kawamura ①

Impact Mechanics

422046

1

Applied Inorganic ChemistryⅠ

422047

1

N. Kakuta ⑤

H. Minamoto ①

Applied Inorganic ChemistryⅡ

422048

1

T. Mizushima ⑤

Inorganic Materials Science Ⅰ

4220491

Inorganic Materials Science Ⅱ

4220501Composite Materials Science Ⅰ

422051

1

1

T. Takeichi ⑤

Composite Materials Science Ⅱ

4220521

1

A. Matsumoto ⑤

1

A. Matsuda ⑤
H. Muto⑤noteElectrical and Electronic Engineering (Twinning Program)
2009.12
Compulsory/
Elective

Compulsory

Elective

Subject Name

Seminar on Electrical and Electronic Engineering

Classes/Week
WinterSpringCode No. Credits 2009.12
2010. 42010. 92010. 36431005
6

Thesis Research on Electrical and Electronic Engineering 431003

8

Physics for Electronics Ⅰ

432001

2

Physics for Electronics Ⅱ

432002

2

Electrical Energy Systems

432003

2

Electrical Technology and Materials

432004

2

Semiconductor Physics

4320052

LSI Process

432006

2

Methodology of R & D

432007

2

12Supervisor
Supervisor
A. Oota,
M. Fukuda,
M. Inoue

2
1

K. Hattori,
Y. Nakamura
M. Nagao,
H.Takikawa,
Y. Sakurai

2
1

Y. Murakami,
Y. SudaA. Wakahara,
K. Pak,2
1
2

Instructor

K. Sawada,
Y. Furukawa,
H.OkadaSupervisor

noteInformation and Computer Sciences (Twinning Progr2009.12

Seminar on Information and Computer Sciences

Classes/Week
WinterSpringCode No. Credits 2009.12
2010. 42010. 92010. 3441005
6

Supervisor

Thesis Research on Information and Computer Sciences

441003

8

Supervisor

Speech and Natural Language Processing

442001

2

Computer System Architecture

442002

2

Web Data Engineering

442003

2

Robotics Fundamentals

442004

2

Network Hardware Technology

442005

2

Network Software Technology

442006

2

Methodology of R & D

4420072

Compulsory/
Elective

Compulsory

Elective

Subject Name

11/16

S. Nakagawa,
T. Akiba

2
1

R. Kobayashi,
M. Sugihara
S. Kuriyama,
M. Aono2
1

J. Miura,
Y. Sugaya,
N. Fukumura
T. Ohira,
K. Wada2
12

Instructor

S. Nakauchi,
K. Umemura,
H. Uehara
K.WadanoteMaterials Science (Twinning Program)
2009.12

Seminar on Materials Science

Classes/Week
Spring Spring
Winter1
2
Instructor
Code No. Credits 2009.1
2010. 42
2010. 9451005
6
Supervisor

Thesis Research on Materials Science451003

6

Advanced Separation Chemisty Ⅰ

452015

1

Advanced Separation Chemistry Ⅱ

452016

1

1

Y. Hirata

Advanced Solution Chemistry

452002

1

1

T. Hattori

Applied Inorganic ChemistryⅠ

452017

1

Applied Inorganic ChemistryⅡ

4520181

Inorganic Materials Science Ⅰ

4520191

Compulsory/
Elective

Compulsory

Elective

Subject Name

Supervisor
1

Y.SaitoN. Kakuta
T. Mizushima
1

A. Matsuda

Inorganic Materials Science Ⅱ

452020

1

Applied Physical Chemistry

452034

1

T. Oogushi

Advanced Polymer Chemistry Ⅰ

452023

1

S. Itsuno

Advanced Polymer Chemistry Ⅱ

4520241Composite Materials Science Ⅰ

4520251

11Composite Materials Science Ⅱ

452026

1

Special Topics in Applied Organic Chemistry

452035

1

Structural Biology

4520291

Developmental Neuroscience4520301

Advanced Evaluation and Failure Prevention of Materials 452031

1

Deformation Processing Technology

452036

1

Electron Microscopy for Materials Science452037

1

Advanced Physical Chemistry of Metals

452038

1

Advanced Molecular Life Science4520391

Advanced Applied Biochemistry and Biotechnology

4520401

Advanced Physical Chemistry I

452041

1

1

H.MutoE. Yoshida
T. Takeichi
A. Matsumoto
S. Iwasa
1

K. Aoki1

S. Yoshida
H. Toda ②

1

Y. Abe ②1

1

1

Y. Todaka ②
S. Yokoyama ②
Y.Kikuchi,
T.Tanaka ⑧
A.Hiraishi,
T.Eki ⑧Y. Kiso ⑧noteArchitecture & Civil Engineering (Twinning Program)
2009.12

Seminar on Architecture and Civil Engineering

Classes/Week
WinterSpringCode No. Credits 2009.12
2010. 42010. 32010. 96461005
6

Thesis Research on Architecture Civil Engineering

461003

6

Elasticity and Stability

4620382Compulsory/
Elective

Compulsory

Elective

Subject Name

Finite Element method for Continua and Bar Structures

4620392

Seismic Evaluation of Existing Buildings

4620362

9

Instructor

Supervisor
Supervisor

2

S. Yamada2

Y. Sanada

S. Nakazawa

Geologic Hazard and Mitigation Planning462007

2

Geotechnical Analysis

462024

2

K. Miura

Building Science: Indoor Air Quality and Ventilation

4620092

H. Matsumoto

Building Climate

4620082

S. Song

Wave Forces on Offshore and Coastal Structures

462011

2

S. AokiCoastal Hydraulics

4620292

Water Quality Analysis

4620302Computer Applications in Urban Planning462012

2

Human Settlement:Its History and Theory

462013

2

Advanced Study on Housing System and Housing Policy

4620162

1

1
2

M. Kawamura

S. KatoT. Inoue
A. Ohgai2

H. Izumida
S. Matsushima

Advanced District Planning462037

2

1

J. Asano

Advanced Transportation and Traffic Engineering

462017

2

1

Y. Hirobata

Advanced Structural System Planning and Design Ⅰ

4620182Advanced Structural System Planning and Design Ⅱ※

Supervisor

462022

2

Advanced Environmental System Planning and Design Ⅰ 462023

2

Advanced Environmental System Planning and Design Ⅱ 462028

2

Advanced Regional System Planning and Design Ⅰ

4620202

Advanced Regional System Planning and Design Ⅱ462021

2※

Supervisor

Advanced Regional System Planning and Design Ⅲ

462031

2※

Supervisor※ Please ask your academic adviser about class schedule of this subject※※

Code No.
Supervisor※※

Supervisor
SupervisornoteKnowledge-based Information Engineering(Twinning Program)
2009.12
Compulsory/
Elective

Subject Name

Seminar on Knowledge-based Information Engineering
Compulsory Thesis Research on Knowledge-based Information
Engineering

Elective

Classes/Week
WinterSpringCode No. Credits 2009.1
2010. 42
2010. 96471005
6

Instructor

9471006

6

Parallel and Distributed Computing

472001

2

Computer Speech Processing

4720022

2

T. Nitta

Quantum Biology

472003

2

2

N. Kurita

Quantum Materials Science

4720042

Chemometrics

4720052Complex Systems

4720062

Neuroscience

4720072

Computers and Education

4720082※ Please ask your academic adviser about class schedule of this subject

S. Masuyama

H. Sekino
1

Y. Takahashi
Y. Ishida
J. Horikawa

1

K. KawainoteEcological Engineering (Twinning Program)
2009.12
Compulsory/
Elective

Compulsory

Elective

Seminar on Ecological Engineering

Classes/Week
Spring Spring
Winter1
2
Instructor
Code No. Credits 2009.12
2010. 42010. 92010. 36481005
6
Supervisor

Thesis Research on Ecological Engineering

481003

6

Advanced Molecular Life Science

482016

1

Advanced Applied Biochemistry and Biotechnology

482017

1

Advanced Electrical and Electronic Technology for
Ecological Engineering

482018

1

Advanced Environmental Numerical Engineering

4820191

Advanced Eco-Materials Engineering

4820201

Advanced Physical Chemistry Ⅰ

482021

1

Y. KisoAdvanced Physical Chemistry Ⅱ

482022

1

H. KimAdvanced Environmental System Engineering for
Recycle-oriented Society

482023

1

Advanced Life Science and Biotechnology Ⅰ

4820102

Advanced Life Science and Biotechnology Ⅱ

482011

2

Advanced Environmental Technology Ⅰ

482012

2

Advanced Environmental Technology Ⅱ

482013

2

Advanced Environmental and Ecological Systems Ⅰ

4820142

Advanced Environmental and Ecological Systems Ⅱ

4820152

Subject Name

※ Please ask your academic adviser about class schedule of this subject

9Supervisor
Y. Kikuchi,
T. Tanaka
A. Hiraishi,
T. EkiS. Tanaka,
A. Mizuno,
K.Takashima

11

T. Kitada
1

H. Tsuji

1

N. Goto※

Supervisor※※

Supervisor
Supervisor※※

Supervisor
Supervisor※

SupervisornoteGeneral courses （Twinning Program）
2009.12Classes/Week

Compulsory/
Elective

Elective

Spring Spring
1
2
2010. 42010. 9Management Science Ⅰ

WinterCode No. Credits 2009.12
2010. 311401004

Management Science Ⅱ

401005

1

Industrial Policies Ⅰ

4010091

Industrial Policies Ⅱ

4010101※ Culture and Communication Ⅰ-A

4020151

English teacher※ Culture and Communication Ⅰ-B

4020161

English teacher

Culture and Communication Ⅱ-A

402017

1

1

M. Tamura

Culture and Communication Ⅱ-B

402018

1

1

M. Tamura

Japanese Life Today Ⅰ

407012

1

Japanese Life Today Ⅱ

407013

1

Intercultural Communication Ⅰ-A

402013

1

Intercultural Communication Ⅰ-B

402014

1

Subject Name

※ Please ask your academic adviser about class schedule of this subject

Instructor

T. Fujiwara

1

Y. Miyata1

H. Shibusawa
1

1

H. Shibusawa

T. Hayashi
1

1

T. Hayashi
Y.Muramatsu

1

Y.Muramatsunote

Course Requirement Guide Book
（December 2009）

Doctoral Program Given in English

TOYOHASHI UNIVERSITY OF TECHNOLOGYI Requirements for graduation, etc.
1. Requirements for graduation
To complete the doctoral course, a student must participate in the graduate courses forthree or more years, and must acquire the minimum credits required as follows. A
student must carry out a research under a proper guidance by faculty members andmust submit a doctoral thesis, and pass the review and final exams.
Note that students showing excellent achievements may finish in a shorter study
period.

Class

No. of credits
required for
graduation

Remarks

Specialized courses
Mechanical and Structural
System Engineering major

9

4 credits

Functional Materials
Engineering major

9

4 credits

Electronic and Information
Engineering major

9

4 credits

Environment and Life
Engineering major

9

4 credits

When consideredappropriate by thesupervisor, the credits
shown on the left can besubstituted with
"Master’s Courses"(except Advanced topics
subjects and General
Courses) and "Doctoral
Courses" in other majors
for those in Specialized
Courses

2. Application for degree
Only a student who has acquired the credits required for finishing, or who is expectedto acquire the credits can apply for a doctoral degree. Procedure to submit thesis for
doctoral degree, etc., shall be posted at a bulletin board.

–2–

II Course registration methods, examination, limits ofattendance period, etc.
1. Course registration method
The courses shall be registered according to the education schedule of the respective major.
(1) Study schedule
Read this manual thoroughly, and follow the instructions and advice given during
orientation at the beginning of the academic year or that given by the supervisor,and set your class schedule in the course timetable. Provide sometime-allowance to your schedule.
Note that some elective courses will not be held sometimes.
The course timetable will be provided at the beginning of each academic year.
Schedule for special intensive courses will be posted up on a bulletin board
as soon as the date and time, etc., are decided.
(2) Course registration
The student must register the courses by the sheet of "Course Registration List"
before the designated date.
Accreditation to the courses not registered will not be made in any case.
1 To complete a course of "Master’s Courses"(except Advanced topics subjects
and General Courses) or "Doctoral Courses" in other majors, the student mustobtain approval from the supervisor and course instructor with the "Other
Major Course Approval Form", before registering the course.
2 If the student does not attend the course nor take the examinations, thecredits will not be given even if the registration is made. This does not apply
when the registration is canceled.
3 A student can not re-register the courses for which credits are given.
4 Courses held at the same class time cannot be registered. Note that this does
not apply for courses being taken again by examinations, or intensive
courses.
(3) Repeating courses
As a rule, a student who has failed in a course with the regular examination, etc.,
must repeat the course in the next academic year.
Students must make registration again if the course is a compulsory course forgraduation even for the repeated course once they fail.

–3–

2. Examination
Examination includes regular examination and makeup examination.
(1) Regular examination
As a principle, regular examination shall be held during the set period at the endof each term. Note that examination may be held at any time when foundnecessary by the course instructor.
The regular examination period and examination timetable, etc., will be posted up
on a bulletin board.
(2) Make-up examinationa Make-up examination shall be held only when the student could not take theregular examination for the concerned course due to the following reasons.
The student must gain the approval of the course instructor with the "Request
for makeup examination" before taking the examination.
1) When the student is sick (doctor's medical certificate must be submitted)
2) When considered appropriate due to accidents or disaster (certificate of
proof must be submitted), and other reasons (a letter explaining thereason must be submitted).
b The "Request for makeup examination" must be submitted to the Educational
Affairs Division within one week from the final date of regular examination.
c If the student fails to take the makeup examination, a farther examination will
not be held.
(3) Approval of credits and evaluation
The course instructor shall approve the credits for the course through the meansof exams, etc.
Tests are basically conducted at the end of each term. Your units are gradedaccording to test scores by instructors.
GradingＡ
Ｂ
Ｃ
Ｄ

ScoresOver 80
65-79
55-64
Under 55

Approval
Units certified
Units certified
Units certified
Units NOT certified

2) Grades approved for credits shall be notified from the Educational Affairs
Division with the "Credit Acquisition List" after the end of each term. (For thedate of issue, see the schedule related to registration.)

3. Maximum years of attendance
It is not possible for a student to be in the doctoral course at the university exceeding
six years.

–4–4. Leave of absence
If the student cannot attend classes for two or more months successively due toillness or other special reasons, the student may submit the specific "Request forleave of absence" to the Educational Affairs Division via the supervisor anddepartment head. Upon approval from the President, the student may have a leave ofabsence (within two years in total).
The period that the student is absent will not be counted in the above "3. Maximum
years of attendance".
To return to school after the end of the approved leave of absence period, the student
must submit the "Application to return to school".
To return to school during the period of the leave of absence due to the elimination of
the reason of leave, the student must submit the "Request to return to school" andobtain approval.

5. Withdrawal
If the students want to withdrawal from the university, the student may submit the
specific “Request for withdrawal“ to the Educational Affairs Division via the supervisorand department head. Upon approval from the President, the student may havewithdrawal from the university.

6.

Information about canceled or makeup classes.
All students may need to double-check about your classes at following bulletin boards:
Location
information
Central Bulletin Board (panel board)
Lecture hall at 1st
Electronic Bulletin Board (LCD)
floor. A-bldg.
Glass-covered Bulletin Board

Class schedule change(all school term)
Canceled or makeup classes,
rescheduled notices
Othershttp://www.tut.ac.jp/educ/ed12/index.html Canceled or makeup classes
Class schedule or classroom
http://www.tut.ac.jp/educ/ed13/index.html
changehttp://osirabe.net/tut/
TUT website for *Mobile tagging by camera
Canceled or makeup classes
mobile phones
phonesTUT website*TUT’s policy for conducting classes/tests in case A STORM WARNING isannounced.
In case a storm warning is announced in the South East Aichi Pref., TUT will conductclasses or examinations as follows:
1) In order to prevent any accident, All classes will be CANCELED (tests will be
RESCHEDULED) during the storm warning.
2) The storm warning is CLEARED BEFORE AM7:00, all classes(tests) are on
SCHEDULE.
3) The storm warning is CLEARED FROM AM7:00 TO AM11:00, all classes(tests)
STARTS on 4TH HOUR(*1,2 and 3 hr. will be CANCELED)
4) The storm warning is still ANNOUNCED AFTER AM11:00, ALL classes will be
CANCELED (tests will be RESCHEDULED).

–5–

*Information about RESCHEDULED CLASSES/TESTS
TUT will reschedule classes/tests canceled by natural disasters on occasional dates.
The dates may also be used for makeup classes, students may check the schedules
TWO WEEKS BEFORE THE DATES at lecture hall at A-Bldg. However, rescheduledclasses (tests) will COME FIRST on the occasional dates and scheduled makeup
classes on the dates will be canceled. Double check information from TUT.

–6–

III Curriculum
1. Courses and credits, etc.
(1) Courses
Courses are only specialized courses. Credits are set for each course.
For the courses to be offered, see specialized courses written in the following
pages.
See the separate booklet "SYLLABUS" for details on the classes.
(2) Compulsory courses and elective courses
1) Compulsory courses are the courses that must be completed as arequirement.
2) Elective courses can be selected and taken from those courses being offered.
(3) Calculating credits
Courses which teaching type is lectures, seminars, experiments, practical or
hands-on training, are offered individually or in combination among them. The
course time for one credit is calculated under the following standards.
1) For lectures, one credit requires 15 hours of classes.
2) For exercise, one credit requires 30 hours of classes.
3) For experiments, practical or hands-on training, one credit requires 45 hours
of classes.
(4) Course period
The course period is determined according to the academic year calendar, andconsists of three terms; Winter term, Spring term, and Fall term.

–7–

Mechanical and Structural System Engineering
1st grade
Compulsory/
Elective2009.12－2010. 32010. 4－2010. 9Credits

Compulsory

Seminar on Mechanical and
Structural System
Engineering

3

Supervisor

Elective

Advanced Machine Dynamics

2

S.Kawamura and
H.Minamoto

1

Elective

Advanced Tribology

2

M.Uemura andY.Takeichi

1Elective

Advanced Transport
Phenomena

2

K.Kitamura

Elective

Advanced Combustion
Engineering

2

S.NodaElective

Advanced Thermodynamics
and Fluid Dynamics of Twophase Flow2

M.Nakagawa

Advanced ThermalEngineering

2

T.Suzuki1

Elective

Advanced Aeroacoustics

2

A.Iida1

Elective

Advanced Wind Engineering

2

N.Sekishita

1Elective

Advanced Fluid Power
Systems2

H.Yanada

Elective

Advanced Instrument andControl Engineering

2

S.Suzuki and
N.Uchiyama

Elective

Advanced Mechanics ofSolids2

T.AdachiElective

Deformation Processes

2

K.Mori and Y.Abe

Micro/Nanomachining
Engineering

2

T.Shibata

Elective

Advanced Joining Processes

2

M.Fukumoto and
T.Yasui

1

Elective

Mechanics and Design of
Spatial Structure Systems

2

S.Yamada andS.Nakazawa

1

2

M.Kawamura andK.Miura2

Y.Sanada

Elective

Elective
Elective

MechanicalEngineering

Manufacturing
Engineering

Structural
SystemsinComplex Systems Planning
Architecture andCivil Engineering
Structural Design and Cost
Performance

Instructor

SpringSubject Name

Elective

Field

Winter

2nd grade 3rd grade2010.10－
2011. 92011.10－2012.11

3

1
2

(1)

1

2

(1)

1

(1)

(1)

1
1
2

(1)

1
2

(1)

Functional Materials Engineering
2nd
grade

1st grade
Compulsory/
Elective

Field

Subject Name

Credits

Instructor

WinterSpring2009.12－2010. 32010. 4－2010. 93rd grade2010.10 2011.10－－
2011. 9 2012.11

Compulsory

Seminar on Functional
Materials Engineering

3

Supervisor

Elective

Advanced Production
Engineering of Materials

2

M.Izaki and
T.Takenaka

1

Advanced Synthesis of
Molecular Materials

1

S.Iwasa

0.5Elective

Computational Materials
Science2

H.Sekino

1

Elective

Advanced Structural
Materials Analysis

2

H.Toda andM.Kobayashi

Elective

Advanced Separation
Science1

Y.SaitoElective

Advanced Analytical
Separation Chemistry1

Y.Hirata

1

0.5

Advanced Chemical Sensor

1

T.Hattori

1

0.5

1

M.Sakai1

0.5Elective

Materials Design

Elective
Elective

Materials
Characterization Advanced Inorganic Materials
Science and Engineering 1

3

2

(1)

1

0.5

1

Elective

Advanced Inorganic Materials
Science and Engineering 2

1

A.Matsuda

Elective

Advanced Kinetic Theory of
Gases

1

T.Oogushi

Elective

Advanced Surface Analysis
of Materials

1

A.Matsumoto

Elective

Advanced Materials Property
Engineering

2

M.Umemoto,
Y.Todaka andS.Yokoyama

Elective

Advanced Polymeric
Materials Chemistry1

T.TakeichiElective

Advanced Functional
Polymer Chemistry

1

S.Itsuno

0.5Elective

Advanced Polymer
Nanomaterials

1

E.Yoshida

0.5

Advanced Physiological
Property Engineering

1

S.Yoshida

Elective

Advanced Biomolecules
Property Engineering

1

K.AokiElective

Advanced Functional
Inorganic Chemistry 1

1

N.Kakuta

0.5

Elective

Advanced Functional
Inorganic Chemistry 2

1

T.Mizushima

0.5

Elective

Advanced Molecular
Information Engineering

2

Y.Takahashi

Elective

Molecular and Quantum
Biology2

N.Kurita

Elective

Materials
Application

(1)

0.5
1

0.5
1

(1)

1

(1)
0.5

1

0.5

1

1
2

(1)
(1)

Electronic and Information Engineering
1st grade
Compulsory/
Elective

Field

Subject Name

Credits

Compulsory

Seminar on Electronic &Information Engineering

3

Compulsory

Seminar on Cultural System

3

Instructor

WinterSpring2009.12－2010. 32010. 4－2010. 9Supervisor

3

Supervisor

3

M.Nagao,
Y.Sakurai and
Y.SudaH.Takikawa andY.Murakami

2nd grade 3rd grade2010.10－
2011. 91

Elective

Electric Energy Engineering

2Elective

Applied Engineering ofElectric Energy

2Elective

Physics of Electronic
Materials

2

M.Inoue and
K.Hattori

1

Electronic Material
Engineering

2

A.Oota,Y.Nakamura and
M.Fukuda

1

Elective

Advanced Semiconductor
Device2

Elective

Advanced LSI Technology

2Elective

Electrical andElectronic
Engineering

Computer System
Engineering
Computers and Education,
Advanced
Theoretical Computer
Science, Advanced
Speech and Language
Processing
Spoken Language Interface
and Multi-modal Interaction
3D Vision Theory for
Measurement

Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective
Elective

Systems andInformation
Engineering

2
2
2
2

M.Ishida,
A.Wakahara,
P.Kangsa andY.Furukawa
K.Sawada,
H.Takao andH
Okada
S.Ichikawa,
M.Sugihara andR Kobayashi
K.Kawai

2011.10－2012.11

1

2

1
2
1

S.Masuyama and
T.Fujito
S.Nakagawa andT.Akiba1
1
1

2

T.Nitta1

T.Miyake

Robotics Fundamentals

2

J.Miura, M.Okada,
N.Fukumura andY.Sugaya

Web Data Engineering

2

M.Aono and
S.Kuriyama

2

J.Horikawa

2

S.Nakauchi

1

K.Terashima

0.5

1

T.Miyoshi

0.5

1

Y.Shimizu

1

R.Batres

2

Y.Ishida andK.Murakoshi

2

K.UmemuraBrain and Neural System
Engineering 1
Brain and Neural System
Engineering 2Intelligent Control and Its
Application to Robotics
Modern Control System
Theory and Application
Optimization for Industrial
Engineering Applications
Topics in Engneering Safety
Complex Systems andIntelligent Informatics
Computer Network
Engineering
Signal Processing

Communication System
Engineering
Phonetics and Phonological
TheoryLanguage Testing andassessment
Western Culture andHumanity System Civilization

1
1
2
1

2

(1)

0.5
1
1
1

Z.Zhang and
K.WadaT.Ohira andH.Uehara

1

2

A.Ujihira

1

2

Y.In'nami

1

2

M.Tamura

1

2
2

1
(1)

(1)

Elective

Technology Management 1

2

T.Fujiwara

1

(1)

(1)

Elective

Technology Management 2

2

H.Shibusawa

1

(1)

(1)

Elective

European Culture

2

K.Aikyo

1

(1)

(1)

Environment and Life Engineering
1st grade
Compulsory/
Elective

Instructor

Spring2009.12－2010. 32010. 4－2010. 9

2nd grade 3rd grade

Subject Name

Credits

Compulsory

Seminar on Environment &Life Engineering

3

Supervisor

Elective

Advanced Bluilding
Environmental Engineeringand Building Services

2

H.Matsumoto and
S.SongElective

Sustainable Urban Planning

2

A.Ohgai andJ.AsanoElective

Technology and Managementof Architectural and District
Environment Planning

2

S.Matsushima

1

Advanced Regional
Environment Planning2

Y.Hirobata

1Elective

Advanced Seminar on
Regional Planning; History
and Heritage

2

H.Izumida

1

Elective

Environmental Economics 1

2

M.Yamaguchi

1

(1)

(1)

Elective

Environmental Economics 2

2

Y.Miyata

1

(1)

(1)

Elective

Environmental Economics 3

2

T.Hiramatsu

1

(1)

(1)

Elective

Advanced Water
Environmental Engineering

2

S.Aoki, T.Inoueand S.Kato

1(1)Elective

Advanced Eco-systems
Protection Engineering

2

T.Kitada1(1)Elective

Advanced Water andWastewater Treatment
Technology

2

Y.Kiso1(1)Elective

Ecological Combustion
Engineering

2

H.J.Kim andT.OguchiEcological Engineering for
Homeostatic Human
Activities

2

H.DaimonElective

Environmental Applicationsof High Electric Field

2

A.Mizuno2(1)

Elective

Electrical Engineering for
Ecological

2

K.Takashima

2(1)

Elective

Advanced Industriral Ecology

2

N.Goto2(1)Elective

Microbiology andEnvironmental Biotechnology

2

A.Hiraishi

Elective

Advanced Molecular
Genetics

2

T.Eki

Elective

Biobased Polymers
Engineering

2

H.Tsuji

Applied Environmental
Electromagnetism

2

S.Tanaka

1(1)Elective

Health Science2

Y.Yasuda andK.Sakuma1(1)Elective

Molecular Life Science2

Y.Kikuchi

1Elective

Advanced Biochemistry

2

T.Tanaka

Elective

Elective

Field

WinterEnvironment
Planning

Environment
Protection

Elective
Bioscience andBioengineering

2010.10－
2011. 92011.10－2012.11

3

2

1

2

(1)

1

(1)

1

2

(1)

1

(1)
1

(1)