[Degree Programs' Common Courses]Engineering Mechanics and Energy Associated Courses (Foundation Subjects for Major)

CourseNumber

0AL0600

0AL0601

0AL0602

0AL0603

Course Name

Energy System
Engineering

Advanced Solid
Mechanics

Advanced Structural
Mechanics

Advanced Vibration
Analysis

0AL0605 Disaster Information

0AL0612

0AL0620

Advanced Space
Exploration
Engineering Workshop
2024

Advanced Civil
Engineering Workshop

Advanced Exercises
0AL0621 for Planning and
Designing

0AL0622

AdvancedElectromagnetics

standaInstrrductio Credit
registnalsration
Type
year

1

1

1

2.0

2.0

2.0

1, 2

1, 2

1, 2

Term

SprAB

SprAB

SprAB

Meeting
ClassroDays,Perom
iod etc.

Tue1,2

Fri5,6

Wed1,2

Instructor

Okajima
3B303 Keiichi,Ishida
Masayoshi

Course Overview

This course focuses on a systematic overview Core subjectof energy supply, power infrastructure, and face-to-facegas infrastructure for energy problems andtechnologies that have a wide range ofaspects. It also explains how the supply anddemand adjustment of the power system,
frequency control, voltage control, andsupply reliability are ensured.

This course describes the solid mechanics
for elastic and plastic
materials with fundamental framework of
Kameda3A410 Toshihiro,Matsud tensor analysis. Application
to engineering issues are provided as somea Akihiro
exercises.

Core subject
face-toface(partiallyonline)This course focuses on behaviors of beams
and plates with geometrical and material
nonlinearities, which are popularly used as
Isobe
structural components in civil,
3B302 Daigoro,Yamamoto architectural and mechanical fields.

Core subject
Lectures are
conducted in English
if requested. faceto-face(partiallyonline)

The course provides the foundations andadvanced topics on dynamics in structuresand mechanical systems, focusing onto thestudy of vibration theory associated withmodal analysis, numerical method, and random
vibration.

Core subject
Lectures are
conducted in English
if requested. faceto-faceThis course provides students with apractical understanding of the applicationof disaster control informatics based on
fundamental theories from the perspective ofrisk assessment, information gathering(handling) and various core technologies
such as Geographic Information System (GIS).

Class days from the
6th week to the 8th
week will be treatedas an intensive
lecture in late-May.
Identical to
02RB238.
Lecture is conducted
in English.
face-toface(partiallyonline)It is a workshop style project based class,handling space exploration engineering
mission proposal and realization.
During the class, students are expected topropose their own space mission and provide
some prototype equipment for the mission,
including space environment test.
Collaboration with foreign space engineering
3B402 Kameda Toshihiro teams such as cubesat development project isstrongly encouraged.

Lecture is conducted
in English.
face-to-faceStudents canregister this course
even if they tookprevious Advanced
Space Exploration
Engineering courses,
however, up to twocredit hours can beprovided in total
for graduation
requirement.

This is a PBL-style course, in which
students participate group workshops on thetheme of new civil engineering systems that
3B406 Yamamoto Kyosuke contribute to solving global issues.

Lectures are
conducted in English
if requested. faceto-face(partiallyonline)Kyosuke

1

1

2

2

2

1

2.0

2.0

2.0

2.0

1.0

1.0

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

SprAB

SprAB

SprAB,
FallAB

SprAB,
FallAB

Fri1,2

Thu5,6

Fri7

Wed7

Asai
3B405 Takehiko,Morita
Naoki

Shoji
3B304 Gaku,Kawamura
Youhei

The exercises of planning, designing, anddrafting for the definite topics indesigning of buildings and housing are
Mon2
Kanakubo
conducted. The field works are also
SprC
3B406,
Intensi
Toshiyuki,Yasoji conducted for actual structures and
Sum Vac
3B407
ve
ma Akira
introducing presentations for them areassigned.

SprA

Fri5,6

3B303 Fujino Takayasu

1

1.0

1, 2

FallB

Fri1,23B302 Kodaira Daisuke

face-to-face

In this course, we study the characteristics Cannot be taken byof static and dynamic electromagnetic fields students who haveon the basis of Maxwell’s equations.
already taken
Engineering ofElectromagnetic
Energy.
Core subject.
face-to-faceThis lecture will explain the basic
principles of the main components of theelectricity supply system as well as the
future development of the system.

0AL0623 Smart Grid

Remarks

Cannot be taken by
students who havealready taken
Engineering ofElectromagnetic
Energy.
Core subject.
face-to-face

0AL0624

Advanced Fluid
Mechanics

1

3.0

1, 2

SprABC

Thu1,2

Potential theory in fluid mechanics,
derivation of Navier-Stokes equations, andeffects of viscosity, turbulence, and others
will be explained. (Potential
Theory)Velocity potential, Bernoulli's
theorem, flow function, complex potential,
isometric mapping, eddy motion, wing theory,and others will be explained. (Navier-Stokes
equation) Derivations of laminar boundary
layer problems and their solutions, momentum
Takewaka
integral equations and their solutions, andSatoshi,Shirakaw viscosity effects will be discussed.
3B303
a Naoki,Kyotoh (Turbulence) The Reynolds equation and theHarumichi
logarithmic law will be derived for
turbulent duct flow and planar boundary
layer flow. The mean velocity distribution
and drag law are obtained. The course also
introduces methods for predicting theoccurrence of turbulence in the boundary
layer, Kolmogorov theory of uniformly
isotropic turbulence, and the structure ofanisotropic turbulence.

Cannot be taken by
students who havealready taken
Advanced Fluid
Mechanics 1 orAdvanced Fluid
Mechanics 2.
Core subject.
face-to-face[Degree Programs' Common Courses]Engineering Mechanics and Energy Associated Courses (Major Subjects)

CourseNumberCourse Name

0AL5600 Micromechanics

0AL5601

Advanced Dynamics ofCompressible Flow

Advanced Space0AL5602 Development
Technology

Advanced
0AL5604 Computational
Mechanics

0AL5605

0AL5606

0AL5607

0AL5608

Structure Design ofNuclear Plant

Structural Design
Methodology

Multiphase FlowEngineering

Strength and Fractureof Solids

standaInstrrductio Credit
registnalsration
Type
year

1

1

1

1

1

4

1

1

2.0

2.0

1.0

2.0

2.0

2.0

2.0

2.0

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

Term

SprAB

Meeting
ClassroDays,Perom
iod etc.

Thu5,6

FallAB

Wed5,6

FallC

Intensive

FallAB

SprAB

FallAB

FallAB

FallAB

Tue3,4Tue5,6

Wed4,5Fri5,6

Fri1,2

Instructor

3A409 Matsuda Tetsuya

3B303 Yokota Shigeru

Course Overview

The course aims to give the theoreticalface-toface(partiallyknowledge of the mechanics of a class ofheterogeneous solids with an emphasis on the online)
micro-macro transition in mechancial
properties. This includes the crystal
plasticity
for metals and the analytical and numericalhomogenizations for composite materials ofdifferent kinds. A generalized continuum
mechanics for higher-order materials is also
explained.
We cover several unique concepts andapplications of compressible flow,
including: speed of sound and Mach number,
isentropic 1-D flow in variable area ducts,
converging nozzles, choking, convergingdiverging nozzles, moving shocks, shocktubes, normal and oblique shock waves,
expansion fans, and small perturbation
theory.

Sub-core subject
Online(Asynchronous)

This course provides lectures on spacecraft

Coordinator: Prof.
FujinoOnline(Asynchronous)

thermal control technology, structure andMatsumotomaterial technology, space environment
Satoshi,Mizutani utilization technology, and lunar andTadahitoplanetary exploration technology.
This course provides the theoretical basis,
formulation, and implementation of Finite
Element Method (FEM). Theoretical basis
includes variational method, weightedMatsushima
3B302 Takashi,Shintaku residual method and virtual work principle.
Also, the FE formulation and implementation
Yuichiof 2-dimensional Poisson equation andelastic continuum are described in details.

3B406 Matsuda Akihiro

3B401 Yasojima Akira

3A304

Monji
Hideaki,Kaneko
Akiko,Kanagawa
Tetsuya

3B406 Kawai Masamichi

Remarks

This course describes the high temperature
structural design for
nuclear power plants and thermal power
plants. Assessment methods for hightemperature materials in some design topicsof the power plants are provided.

Sub-core subject
face-toface(partiallyonline)face-toface(partiallyonline)The procedures of the seismic design method face-to-facefor reinforced concrete structures are
explained. Furthermore, the exercises on
structural design of buildings are conductedbased on allowable stress concept andlateral load-carrying capacity calculation.

Focusing on the features and dynamics offace-to-facemultiphase flows as important role inthermo-fluid machinery, environmental field,
and so on, basic property and concept, flow
behavior, wave propagation, measurement
technique, and recent progress and topic are
introduced.
The course aims to give students the
Coordinator: Prof.
theoretical and practical knowledges of the T. Matsuda
strength of solids. This includes theface-to-facephenomena and mechanisms of elasticity,
plasticity and fracture for a class ofmetallic materials, and the mechanics forthese behaviors, respectively, emphasizing
the interdiscipline of the practical
approach to the strength of solid materials.

0AL5609

0AL5610

0AL5611

0AL5612Advanced Reliability
Engineering

Computational Fluid
Dynamics

Advanced Earthquake
Engineering

Advanced GeotechnicalEngineering

0AL5613 Transport Phenomena

Thermo-Fluids
0AL5614 Measurement
Techniques

Advanced Composite
0AL5615 StructuralEngineering

Topics in Engineering
0AL5616 Mechanics and Energy
I

Topics in Engineering
0AL5617 Mechanics and Energy
II

4

1

1

1

1

1

1

1

1

2.0

2.0

2.0

2.0

2.0

2.0

2.0

1.0

1.0

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

SprAB

FallAB

SprBC

SprAB

SprAB

SprA
SprB

SprAB

SprC

Wed3,4

Fri3,4Tue1,2Tue3,4

Fri1,2

Wed5,6
Fri5,6

Mon1,2

Intensive

SprC, Intensi
Sum Vacve

3B203 Nishio Mayuko

3A403 Mitsume Naoto

3B203

3A207

3B302

Shoji Gaku,Asai
TakehikoMatsushima
Takashi

Nishioka
Makihito

Monji
Hideaki,Kaneko
Akiko,Fujino
3B303
Takayasu,Yokota
Shigeru,SHEN
Biao

3B401

Kanakubo
Toshiyuki

In this course, the basics of structuralreliability theory andreliability design are first explained,
including the associatedprobability theory. In addition, exercises
using Matlab programming will be taken tounderstand numerical methods for analyzing
structuralreliability and safety.

Sub-core subject
Lectures are
conducted in English
if requested.
Online(partiallyface-to-face)This course focuses on computer simulationof fluid dynamics, and introduces
fundamental and applied mathematical models
and numerical methods related to thecomputational fluid dynamics (CFD). Recent
research trends on CFD is also introduced inthis course.

Sub-core subject
face-toface(partiallyonline)In this course, you will study theface-to-facefundamental and advanced topics onearthquake engineering. The first partdescribes the mechanism of fault ruptures,wave propagation process, and strong groundmotion occurrence, and the evaluation methodof seismic hazards. The latter partdescribes the relationship between groundmotion intensity and structural damage,nonlinear seismic response analysis of
structures, and seismic design ofstructures.

This course describes complicated mechanicalresponse of geomaterials as a mixture ofsolid grain, pore water and air, basic
framework of the governing equation
including typical constitutive models, andvarious numerical methods for engineering
design.

Lectures are
conducted in English
if requested. faceto-face(partiallyonline)Transport phenomena of mass and heat will be Sub-core subject
explained theoretically from a macroscopic
Online(Asynchronous)
viewpoint. Examples of actual phenomena
related to mass diffusion and/or heat
conduction, and their practical applications
will also be introduced.
Hot-wire anemometer, laser anemometer, image Sub-core subject
processing anemometer, spectroscopy, probe
face-to-facemethod, schlieren method, laser-induced
fluorescence method, etc. are introduced asthe, laser-induced fluorescence method, etc.
can be obtained as the latest measurement
methods for the speed, temperature,
concentration, pressure, etc. of thermal
fluid. Discussed with data processing
methods.

Outline, construction method, and design
face-to-facemethod of reinforced concrete structures are
introduced. Structural behavior of beams,
columns, walls, beam-column joints, and soon, of reinforced concrete is explained
based on the limit stress design method andultimate state design method.

This course will be taught by visiting
lecturers who are specialized ininfrastructure systems, civil construction,
OHSUMI
disaster prevention and management, energy
Michio,AWATA
systems and related fields. In the classes,
Teruhisa,穂積 良 followings will be discussed: technology
development, project management, maintenance和,牛島栄,Shinozaki Yui of infrastructures, overseas projects etc.

Coordinator: Profs.
S. Takewaka and G.
Shoji
face-to-face

In this course, technologies on plasma
processing are described. For human being,“Plasma” is very important, since it isrelated on many natural phenomena (Steller
such as sun, ionosphere, aurora, andlightning). Moreover, the plasma is utilized
in fluorescent light, semiconductor
processing, space propulsion and so on.
Academic background and technologies arestudied, and many of novel development
trends such as a medical application are
introduced.

Coordinator: Prof.
Toshihiro Kameda
Online(partiallyface-to-face)

Sakakita Hajime

Topics in Engineering
0AL5618 Mechanics and Energy
III

Topics in Engineering
0AL5619 Mechanics and Energy
IV

Topics in Engineering
0AL5620 Mechanics and Energy
V

Leaning from
Disasters: Extreme
events and their
0AL5621 impact on
infrastructure,engineering andsociety

Advanced Exercise for
0AL5623 Structure and Solid
Mechanics

1

1

1

2

2

1.0

1.0

1.0

2.0

2.0

1, 2

1, 2

1, 2

1, 2

1, 2

FallAB

FallC

FallC

Intensive

Ichikawa
Kazuyoshi

IntensiveSato Hiroyuki

In this course, students can learn High
Coordinator: Prof.
Akiko Kaneko
Temperature Gas-cooled Reactor (HTGR)
technologies, a Generation IV nuclear system Online(Asynchronous)
with superior safety and capability of hightemperature heat supply of 1,000 deg C.
Topics also includes the HTGR heatapplication technologies such as highefficiency helium gas turbine power
generation and CO2-free massive hydrogenproduction. The course also deals withenergy situation in Japan and trends ofdevelopment in nuclear and hydrogenenergies.

This course provides, at first, an outlineof a light water reactor (boiling water
reactor and pressurized water reactor) thatis used aselectricity generation systems, focusing on
the light water reactor design procedures
related to thermal-hydraulics phenomena. In
the second part of this topic, numerical
Yoshida Hiroyuki simulation related to thermal-hydraulics
will be introduced. In this part, a multiphase computational fluid dynamics
simulation methodology will be explained
briefly. Finally, this course provides
issues in the application of CFD to design
works of the nuclear reactor.

Intensive

by
FallC,
appoint
Spr Vac
ment

FallAB

Japan relies on fossil-fueled thermal power Coordinator: Prof.
generation for about 80% of its electricity Akiko Kaneko
generation and the reduction of greenhouseface-to-facegases which is a major factor in climatechange is an urgent issue. This lecture will
focus on the latest thermal power
technologies for low carbon, and will cover
the latest energy situation, basics ofthermal power generation, innovative power
generation technologies, biomass energy
utilization technologies, and zero-emission
technologies (e.g., CO2 capture,utilization, storage, and hydrogenutilization technologies). In addition,
based on the above, we will discuss the
future of Japan's energy system.

Matsushima
Takashi,Shoji
Gaku

MatsudaAkihiro,ShojiGaku,Shintaku
Yuichi,Morita
Naoki

Tue5,6Extreme events such as hurricanes Maria,
Irma and Harvey in 2017, Katrina in 2005, orthe 2011 Tohoku earthquake and Tsunami inJapan, have resulted in high death tolls,
and devastating damage to housing units,urban infrastructure, and lifelines (water,
power ...). Emergency response to extreme
events is difficult due to their large
impacts, and recovery often very slow. In
developing countries, where resources tend
to be limited, extreme events such as
earthquakes and typhoons often result in
medical threats from infectious diseases dueto the limited availability of clean waterand emergency medical services. Since many
global warming models predict a sharp
increase in the number, as well as severity,of extreme events it is important to learn
from past disaster, in order to reduce theirpotential for destruction. In this course,
we will examine several major disasters,
including local case histories, and discuss
engineering design methods/concepts, as wellas, their effects in terms of preparedness,vulnerability, robustness, flexibility, andresilience.

Environmental Fluid
Engineering

Advanced Exercise for
0AL5625 Thermo-fluid
Engineering

1

2

1.0

3.0

1, 2

1, 2

SprC

FallABC

Thu3,4

Thu1,2

Shirakawaenvironmental problems in the hydrosphere
Naoki,Denda
will be discussed, ranging from local
Masatoshi,Takewa riverine environment to global-scale
3B302
ka
environment.
Satoshi,Dairaku
Koji

3L206

KanekoAkiko,SHEN Biao

The course isdesigned as
PBL(Project-Based
Learning) style
online course open
both in Universityof Tsukuba and Ohio
State University.
Participants aresupposed to belong
to a small group,
work together, andmake a presentation
as the group. The
schedule will be
informed in thelatest Syllabus.
Lecture is conducted
in English.
Online(Synchronous)

This course provide workshop-style projects Online(Synchronous)
for issues related to structural mechanics
and solid mechanics in the nuclear
engineering fields. MS students selectequipment for nuclear power plants andnuclear-related facilities, and conduct
performance and safety evaluations related
to structural mechanics and solid mechanics
using advanced numerical simulation
software.

The engineering approaches to various

0AL5624

Coordinator: Prof.
Akiko Kaneko
face-to-face

Lectures are
conducted in English
if requested. faceto-faceThis PBL course will introduce you to
face-to-faceadvanced measurement techniques in the fieldof thermofluid engineering, with a focus on
nuclear safety applications. You will learn
practical knowledge about and gain hands-on
experience in hydrodynamic and heat transfer
measurements in a workshop environment.

[Program's Courses(Master's Programs)]Engineering Mechanics and Energy Associated Courses (Foundation Subjects for Major)

CourseNumberCourse Name

0ALF000 InternshipstandaInstrrductio Credit
registnalsration
Type
year

3

1.0

1, 2

Term

AnnualMeeting
ClassroDays,Perom
iod etc.

byrequestInstructor

Course Overview

Remarks

The purpose of this course is to provide
opportunities for students to work in
private companies, public institutions,NGOs, etc. for weeks and help them to
構造エネルギー工 develop fundamental business skills andknowledge through practical experience. The
学学位プログラム students must apply both to the host
専任教員
organization and to the department (graduate
program) of EME by themselves in advance,and submit the final report after theinternship.

[Program's Courses(Master's Programs)]Engineering Mechanics and Energy Associated Courses (Major Subjects)

CourseNumberCourse Name

standaInstrrductio Credit
registnalsration
Type
year

Term

Meeting
ClassroDays,Perom
iod etc.

Instructor

Course Overview

Remarks

This course provides an overview of any

Seminar in
0ALF500 Engineering Mechanics
and Energy I

Seminar in
0ALF501 Engineering Mechanics
and Energy II

2

2

2.0

2.0

1

2

Annualbyappoint
ment

構造エネルギー工 research field of Engineering Mechanics and
学学位プログラム Energy for first-year MS students.
Presentation of the individual research
専任教員
project is required.

Annualbyappoint
ment

構造エネルギー工 Energy and evaluates the individual research
学学位プログラム project for second-year MS students.
専任教員
Presentation of the individual researchThis course provides an overview of any
research field of Engineering Mechanics andproject is required.
This course is for individual research

Research in
0ALF502 Engineering Mechanics
and Energy I

Research in
0ALF503 Engineering Mechanics
and Energy II

Seminar in
0ALF504 Engineering Mechanics
and Energy Ia

Seminar in
0ALF505 Engineering Mechanics
and Energy Ib

Seminar in
0ALF506 Engineering Mechanics
and Energy IIa

Seminar in
0ALF507 Engineering Mechanics
and Energy IIb

Research in
0ALF508 Engineering Mechanics
and Energy Ia

3

4.0

1

by
request

構造エネルギー工 projects in Engineering Mechanics and Energy
学学位プログラム emphasizing fundamental knowledge for firstyear MS students. This course is approved by
専任教員
advisors.

Annualbyrequest

構造エネルギー工 emphasizing advanced knowledge for second学学位プログラム year MS students. This course is approved by
専任教員
advisors, aiming to complete MS theses.

SprABCbyappoint
ment

構造エネルギー工 Energy for first-year MS students.
学学位プログラム Presentation of the individual research
専任教員
project is required.

AnnualThis course is for individual research
projects in Engineering Mechanics and Energy

3

2

2

2

2

4.0

1.0

1.0

1.0

1.0

2

1

1

by
FallABC appoint
ment

2

by
appoint
ment

2

SprABC

by
FallABC appoint
mentThis course provides an overview of any
research field of Engineering Mechanics andOnly students
enrolled in the fall
and those approvedby the program
leader can take thiscourse.

This course provides an overview of any
research field of Engineering Mechanics and構造エネルギー工 Energy for first-year MS students.
学学位プログラム Presentation of the individual research
専任教員
project is required.

Only students
enrolled in the fall
and those approvedby the program
leader can take thiscourse.

This course provides an overview of any
research field of Engineering Mechanics andOnly students
enrolled in the fallproject is required.

course.

構造エネルギー工 Energy and evaluates the individual research and those approved
学学位プログラム project for second-year MS students.
by the program
専任教員
Presentation of the individual researchleader can take thisThis course provides an overview of any
research field of Engineering Mechanics and構造エネルギー工 Energy and evaluates the individual research
学学位プログラム project for second-year MS students.
専任教員
Presentation of the individual research
project is required.

Only students
enrolled in the fall
and those approvedby the program
leader can take thiscourse.

This course is for individual research
Only students
projects in Engineering Mechanics and Energy enrolled in the fall

3

2.0

1

SprABCbyrequest

構造エネルギー工 emphasizing fundamental knowledge for first- and those approved
学学位プログラム year MS students. This course is approved by by the program
専任教員
advisors.
leader can take thiscourse.

Research in
0ALF509 Engineering Mechanics
and Energy Ib

Research in
0ALF510 Engineering Mechanics
and Energy IIa

3

2.0

1

FallABCbyrequestThis course is for individual research
projects in Engineering Mechanics and Energy
構造エネルギー工 emphasizing fundamental knowledge for first学学位プログラム year MS students. This course is approved by
専任教員
advisors.

Only students
enrolled in the fall
and those approvedby the program
leader can take thiscourse.

This course is for individual research
Only students
projects in Engineering Mechanics and Energy enrolled in the fall

3

2.0

2

SprABCbyrequest

構造エネルギー工 emphasizing advanced knowledge for secondand those approved
学学位プログラム year MS students. This course is approved by by the program
専任教員
advisors, aiming to complete MS theses.
leader can take thiscourse.

Research in
0ALF511 Engineering Mechanics
and Energy IIb

3

2.0

2

FallABCbyrequestThis course is for individual research
projects in Engineering Mechanics and Energy
構造エネルギー工 emphasizing advanced knowledge for second学学位プログラム year MS students. This course is approved by
専任教員
advisors, aiming to complete MS theses.

Only students
enrolled in the fall
and those approvedby the program
leader can take thiscourse.

[Program's Courses(Doctoral Programs)]Engineering Mechanics and Energy Associated Courses (Major Subjects)

CourseNumberCourse Name

standaInstrrductio Credit
registnalsration
Type
year

Term

Meeting
ClassroDays,Perom
iod etc.

Instructor

Course Overview

This course provides an overview of any

Seminar in
0BLF500 Engineering Mechanics
and Energy

2

2.0

1

Seminar in
0BLF502 Engineering Mechanics
and Energy A

Seminar in
0BLF503 Engineering Mechanics
and Energy B

Research in
0BLF504 Engineering Mechanics
and Energy A

Research in
0BLF505 Engineering Mechanics
and Energy B

3

2

2

3

3

6.0

1.0

1.0

3.0

3.0

1

1

1

1

1

Identical to

Annualbyappoint
ment

構造エネルギー工 research field of Engineering Mechanics and 02CM102.
Energy for Ph.D. students. Presentation of
学学位プログラム the individual research project is required.
専任教員

Annualbyrequest

構造エネルギー工 projects in Engineering Mechanics and Energy 02CM101.
for Ph.D. students. This course is approved
学学位プログラム by advisors, aiming to complete Ph.D.
専任教員
dissertations.

This course is for individual research

Research in
0BLF501 Engineering Mechanics
and Energy

Remarks

SprABCbyappoint
ment

by
FallABC appoint
ment

SprABC

FallABCbyrequestbyrequestThis course provides an overview of any
research field of Engineering Mechanics and構造エネルギー工 Energy for Ph.D. students. Presentation of
学学位プログラム the individual research project is required.

専任教員
This course provides an overview of any
research field of Engineering Mechanics and構造エネルギー工 Energy for Ph.D. students. Presentation of
学学位プログラム the individual research project is required.

専任教員

Identical to

Only students
enrolled in the fall
and those approvedby the program
leader can take thiscourse.
Only students
enrolled in the fall
and those approvedby the program
leader can take thiscourse.

This course is for individual research
projects in Engineering Mechanics and Energy
構造エネルギー工 for Ph.D. students. This course is approved
学学位プログラム by advisors, aiming to complete Ph.D.
dissertations.
専任教員

Only students
enrolled in the fall
and those approvedby the program
leader can take thiscourse.

This course is for individual research
projects in Engineering Mechanics and Energy
構造エネルギー工 for Ph.D. students. This course is approved
学学位プログラム by advisors, aiming to complete Ph.D.
dissertations.
専任教員

Only students
enrolled in the fall
and those approvedby the program
leader can take thiscourse.

[Degree Programs' Common Courses]Common (Foundation Subjects for Major)

CourseNumber

0AL0000

0AL0001

Course Name

Introductory
Technical Writing

Introductory
Technical Writing

standaInstrrductio Credit
registnalsration
Type
year

1

1

2.0

2.0

1, 2

1, 2

Term

SprAB

FallAB

Meeting
ClassroDays,Perom
iod etc.

Tue5,6

Tue5,6

Instructor

Course Overview

Remarks

In this course students will develop skills
for effective academic writing. Topics will
include (1) writing in an appropriate
academic style, (2) sentence and paragraphstructure, (3) making a text ‘flow’(cohesion), (4) writing definitions, and (5)describing processes. Students will learn
how to produce a number of key text types
including extended definitions and problemsolution texts. There will be a strong focus
on vocabulary development using the Academic
Word List. Outside class, each week,
students will complete self-study
vocabulary, grammar exercises and shortwriting tasks. Students will receive
personalized feedback on assessed writing
tasks.

* Class size islimited to 60
students. This classis the same contents
as 0AL0001, 0AL0012,
02CA102 and 02CA117.
For exchange
students, only thoseenrolled in the SIE
program are eligible
to take this course.
Identical to
02CA101.
Lecture is conducted
in English.
face-to-face* To enroll, pleasesign up on TWINS andcome to the firstclass. During thefirst two weeks,priority will begiven to students
from Systems andInformation
Engineering. During
this time, students
from other graduate
schools can registerand attend. However,this does notguarantee
enrollment. Afterweek 2, if there isspace, students fromother graduate
schools can enroll.

In this course students will develop skills
for effective academic writing. Topics will
include (1) writing in an appropriate
academic style, (2) sentence and paragraphstructure, (3) making a text ‘flow’(cohesion), (4) writing definitions, and (5)describing processes. Students will learn
how to produce a number of key text types
including extended definitions and problemsolution texts. There will be a strong focus
on vocabulary development using the Academic
Word List. Outside class, each week,
students will complete self-study
vocabulary, grammar exercises and shortwriting tasks. Students will receive
personalized feedback on assessed writing
tasks.

* Class size islimited to 60
students. This classis the same contents
as 0AL0000 and
0AL0012.
For exchange
students, only thoseenrolled in the SIE
program are eligible
to take this course.
Lecture is conducted
in English.
face-to-face* To enroll, pleasesign up on TWINS andcome to the firstclass. During thefirst two weeks,priority will begiven to students
from Systems andInformation
Engineering. During
this time, students
from other graduate
schools can registerand attend. However,this does notguarantee
enrollment. Afterweek 2, if there isspace, students fromother graduate
schools can enroll.

3Z112Millar Neil
1

3Z112Millar Neil1

0AL0002

0AL0003

Advanced Technical
Writing

Advanced Technical
Writing

1

1

2.0

2.0

1, 2

1, 2

SprAB

FallAB

Thu5,6

Thu5,6In this course students will apply skills
and knowledge developed in Introductory
Technical Writing to construct a short
research paper based an aspect of their own
research. In the first class students willdevelop a plan for their research paper. In
following classes students will learn how toconstruct the sections that typically makeup a research article (Introduction,
Methods, Results, Discussion). There will bea strong focus on analysing texts in orderto understand the type of information
contained in each of the sections, how it isorganised, and the typical language features(e.g. vocabulary, grammar structures andphrases). In addition to simple generictexts, students will select and analyse anumber of research articles from their own
discipline. Students will also learn how to
use text analysis tools to help them employ
appropriate phraseology in their writing.
Students will submit and receive detailed
feedback drafts of each section of theirpaper before submitting a final version forassessment.

* Students wishingto take this courseshould have alreadycompleted
Introductory
Technical Writing.
Class size islimited to 12
students. This classis the same contents
as 0AL0003 and
02CA104.
For exchange
students, only thoseenrolled in the SIE
program are eligible
to take this course.
Identical to
02CA103.
Lecture is conducted
in English.
face-to-face* To enroll, pleasesign up on TWINS andcome to the firstclass. During thefirst two weeks,priority will begiven to students
from Systems andInformation
Engineering. During
this time, students
from other graduate
schools can registerand attend. However,this does notguarantee
enrollment. Afterweek 2, if there isspace, students fromother graduate
schools can enroll.

In this course students will apply skills
and knowledge developed in Introductory
Technical Writing to construct a short
research paper based an aspect of their own
research. In the first class students willdevelop a plan for their research paper. In
following classes students will learn how toconstruct the sections that typically makeup a research article (Introduction,
Methods, Results, Discussion). There will bea strong focus on analysing texts in orderto understand the type of information
contained in each of the sections, how it isorganised, and the typical language features(e.g. vocabulary, grammar structures andphrases). In addition to simple generictexts, students will select and analyse anumber of research articles from their own
discipline. Students will also learn how to
use text analysis tools to help them employ
appropriate phraseology in their writing.
Students will submit and receive detailed
feedback drafts of each section of theirpaper before submitting a final version forassessment.

* Students wishingto take this courseshould have alreadycompleted
Introductory
Technical Writing.
Class size islimited to 12
students. This classis the same contents
as 0AL0002.
For exchange
students, only thoseenrolled in the SIE
program are eligible
to take this course.
Lecture is conducted
in English.
face-to-face* To enroll, pleasesign up on TWINS andcome to the firstclass. During thefirst two weeks,priority will begiven to students
from Systems andInformation
Engineering. During
this time, students
from other graduate
schools can registerand attend. However,this does notguarantee
enrollment. Afterweek 2, if there isspace, students fromother graduate
schools can enroll.

3Z108 Millar Neil

3Z108 Millar Neil

0AL0004

0AL0005

AcademicPresentations 1

AcademicPresentations 1

1

1

1.0

1.0

1, 2

1, 2

SprAB

SprAB

Tue2

Tue3

In this practical course students willdevelop skills to help them make English
academic presentations with clarity andconfidence. Students will learn about andmake three types of presentations: (1)Academic Introductions; (2) Describing andComparing Objects; and (3) Explaining a
Process. In class, students will analyse anddiscuss sample presentations and learn
useful techniques and language. There will
be a strong focus on developing clear
diction – e.g. pronunciation, word stress,
sentence stress and pausing. There will beplenty of opportunities for students topractice presentation skills and to evaluate
their own and other’s work.

* Class size islimited to 18
students. This classis the same contents
as 0AL0005.
For exchange
students, only thoseenrolled in the SIE
program are eligible
to take this course.
Lecture is conducted
in English.
face-to-face* To enroll, pleasesign up on TWINS andcome to the firstclass. During thefirst two weeks,priority will begiven to students
from Systems andInformation
Engineering. During
this time, students
from other graduate
schools can registerand attend. However,this does notguarantee
enrollment. Afterweek 2, if there isspace, students fromother graduate
schools can enroll.

In this practical course students willdevelop skills to help them make English
academic presentations with clarity andconfidence. Students will learn about andmake three types of presentations: (1)Academic Introductions; (2) Describing andComparing Objects; and (3) Explaining a
Process. In class, students will analyse anddiscuss sample presentations and learn
useful techniques and language. There will
be a strong focus on developing clear
diction – e.g. pronunciation, word stress,
sentence stress and pausing. There will beplenty of opportunities for students topractice presentation skills and to evaluate
their own and other’s work.

* Class size islimited to 18
students. This classis the same contents
as 0AL0004. This 3rd
period class willtake place only if
the 2nd period classis full.
For exchange
students, only thoseenrolled in the SIE
program are eligible
to take this course.

3Z108 Millar Neil

3Z108 Millar Neil

Lecture is conducted
in English.
face-to-face* To enroll, pleasesign up on TWINS andcome to the firstclass. During thefirst two weeks,priority will begiven to students
from Systems andInformation
Engineering. During
this time, students
from other graduate
schools can registerand attend. However,this does notguarantee
enrollment. Afterweek 2, if there isspace, students fromother graduate
schools can enroll.

0AL0006

0AL0007

AcademicPresentations 2

AcademicPresentations 2

1

1

1.0

1.0

1, 2

1, 2

FallAB

FallAB

Tue2

Tue3

This course continues from Academic
Presentations 1. In this practical course
students will develop skills to help thempresent their research in English withclarity and confidence. The first part ofthe course, students will learn about two
types of presentations: (1) Defining a
Concept; and (2) Problem-Solution Speech. Inclass students will analyse and discuss
sample presentations and learn usefultechniques and language. In the second part,students will make a presentation based an
aspect of their research. This will involve
applying skills and knowledge that they havelearnt in both courses.

* Class size islimited to 18
students. This classis the same contents
as 0AL0007.
For exchange
students, only thoseenrolled in the SIE
program are eligible
to take this course.
Lecture is conducted
in English.
face-to-face* To enroll, pleasesign up on TWINS andcome to the firstclass. During thefirst two weeks,priority will begiven to students
from Systems andInformation
Engineering. During
this time, students
from other graduate
schools can registerand attend. However,this does notguarantee
enrollment. Afterweek 2, if there isspace, students fromother graduate
schools can enroll.

This course continues from Academic
Presentations 1. In this practical course
students will develop skills to help thempresent their research in English withclarity and confidence. The first part ofthe course, students will learn about two
types of presentations: (1) Defining a
Concept; and (2) Problem-Solution Speech. Inclass students will analyse and discuss
sample presentations and learn usefultechniques and language. In the second part,students will make a presentation based an
aspect of their research. This will involve
applying skills and knowledge that they havelearnt in both courses.

* Class size islimited to 18
students. This classis the same contents
as 0AL0006. This 3rd
period class willtake place only if
the 2nd period classis full.
For exchange
students, only thoseenrolled in the SIE
program are eligible
to take this course.
Lecture is conducted
in English.
face-to-face* To enroll, pleasesign up on TWINS andcome to the firstclass. During thefirst two weeks,priority will begiven to students
from Systems andInformation
Engineering. During
this time, students
from other graduate
schools can registerand attend. However,this does notguarantee
enrollment. Afterweek 2, if there isspace, students fromother graduate
schools can enroll.

3Z108 Millar Neil

3Z108 Millar Neil

0AL0008 Academic Speaking 1

0AL0010 Academic Speaking 2

MDA Interdisciplinary
0AL0013
Collaborative Seminar

1

1

2

1.0

1.0

2.0

1, 2

1, 2

1, 2

SprAB

FallAB

Annual

Thu2

Thu2

by
requestThis course aims to help students improvetheir speaking skills for communicating inboth academic and general contexts. Eachlesson is based around a written text orvideo related a current general science
topic (e.g. vaccines, space exploration,
robotics, artificial intelligence). Students
will learn related vocabulary, practice a
selected language function or form anddiscuss the topic in groups. While thecourse integrates all four skills areas(speaking, listening, reading and writing),
there is a stronger focus on speaking. Eachweek students will record and submit a
spoken homework assignment related to the
topic studied in class.

* Class size islimited to 35
students.
For exchange
students, only thoseenrolled in the SIE
program are eligible
to take this course.
Lecture is conducted
in English.
face-to-face* To enroll, pleasesign up on TWINS andcome to the firstclass. During thefirst two weeks,priority will begiven to students
from Systems andInformation
Engineering. During
this time, students
from other graduate
schools can registerand attend. However,this does notguarantee
enrollment. Afterweek 2, if there isspace, students fromother graduate
schools can enroll.

This course aims to help students develop
academic skills that they will need whenstudying in English. The lessons are basedaround general (but non-specialised)
academic themes, including health andmedicine, science and robots, alternative
energy and genetic engineering. The course
integrates all four skills areas (speaking,listening, reading and writing), with astronger focus on speaking. Each week
students will record and submit a spoken
homework assignment related to the topic
studied in class.

* Class size islimited to 35
students.
For exchange
students, only thoseenrolled in the SIE
program are eligible
to take this course.
Lecture is conducted
in English.
face-to-face* To enroll, pleasesign up on TWINS andcome to the firstclass. During thefirst two weeks,priority will begiven to students
from Systems andInformation
Engineering. During
this time, students
from other graduate
schools can registerand attend. However,this does notguarantee
enrollment. Afterweek 2, if there isspace, students fromother graduate
schools can enroll.

3Z112Millar Neil1

3Z108 Millar Neil

URATA
Junji,Kawashima
Hiroichi,TOBITA
Mikio,EOM
SUNYONG

Omnibus classes will be conducted by experts
in the fields of mathematics, data science,and AI (MDA) from researchers, companies,
and local governments in Japan and abroad,as well as featuring lectures on recent
significant issues. The primary objective of
these classes is to nurture problem-solving
skills and foster innovation by leveraging
MDA methodologies and integrating knowledge
from other interdisciplinary fields.

[Graduate School of Science and Technology]Interdisciplinary Foundation Courses

CourseNumberCourse Name

standaInstrrductio Credit
registnalsration
Type
year

Term

Meeting
ClassroDays,Perom
iod etc.

Instructor

Course Overview

Remarks

Hazardousness of chemical substances will be face-to-face

0AH0101

Safety and Health for
Chemists

Basis and Application
0AH0102 in Radiological
Science

0AH0103

History of the
Universe

4

5

1

1.0

1.0

1.0

1, 2

1, 2

1, 2

SprAB

SprABC

FallB

Tue3

IntensiveIntensive

explained for graduate students who handle
Sato
Tomoo,Momotake chemical substances. Basic and expert
Atsuya,Nagatomo knowledge and skills to use, store anddispose of chemical substances safely will
3A301
Shigenori,Kotani also be covered.
Hiroaki,Ohyoshi
Takayuki

Sakaguchi
Aya,Yamasaki
Shinya,Furukawa
Jun

In this course, students can learn the
詳細はTWINS掲示板を確認
recent advanced radiation science andradioscience. In addition, lectures on the"laws and regulations for handlingradiation/radioisotopes" and practicaltraining on "basic techniques for handlingradiation/radioisotopes" will be given inaccordance with the official course of
beginner users of radiation/radionuclides at
the University of Tsukuba. Students will beable to measure radiation levels and conduct
contamination-check in order to deepen theirunderstanding of radiation andradioisotopes.

Although the universe does sound/look likeface-to-face
詳細はTWINS掲示板を
continuing forever, this is known to beincorrect, and we now know it begins with an 確認
explosive big-bang, followed by formationsof elements as well as births of stars,
Esumi
ShinIchi,Ohsuga galaxies and solar system including ourearth later on. Human race and civilization
Ken,Miyake
Yutaka,Ukegawa have been evolved after the birth of life on
the earth in the long history of the
Fumihiko,Wadauniverse. The different stages of time in
Hiroshi,Takeuchi the history of the universe are focused andYuji,Shoji
discussed in terms of elementary particle,
Mitsuo,Nishimura nuclear, astro- and bio- physics, earthgeoscience, biology, human and civilization
Shunji,Kuno
Nario,Tsunogae history, a series of lectures will be givenby the specialists of each topics.
ToshiakiPhysical standards and physical constants

Fundamental Physical
0AH0111 Constants andMetrology

Presentation Skill
0AH0112 for Engineers andScientists

0AH0113 Science in Japan I

1

1

1

1.0

1.0

1.0

1, 2

1, 2

1

FallABSum Vac

FallAB

Fri5

Intensive

Thu6

are the bases that support all science andOzawa
technology. The systematics and the precise
Akira,Kaneko
advanced technology to obtain them are
Nobuhisa,Fujii explained. In particular, precise
Kenichi,Shimizu measurements for electric quantity, time,
Yukiko,Takamizaw length, temperature, and mass, and theira Akifumi,Tanaka evaluation will be described in detail.
Hideyuki,HIRAI
Akiko

Sharmin Sonia

Sellaiyan
Selvakumar

プレゼンテーション技術はあらゆる場面において求められる現代の重要なスキルである。本講義では、プレゼンテーションの基本技術と、国際会議
等における英語を用いた論文発表や口述講演に必要な科学・技術英語の技法を学ぶ。具体的には、論文の章立て、優れた論文の特徴、プレゼンテー
ションの準備、スライドの作成、効果的なプレゼ
ンテーションにおける言語・非言語コミュニケー
ションの重要性について学ぶ。

Identical to
01BA004.
face-to-face orOnline(on-demand)

Identical to
01BA005.
Instructional Type：
OnlineThis course introduces the basic concepts of Identical to
01BA008.
the operation of the semiconductor devices
that comprise today’s integrated circuits. Online(Asynchronous)
Topics to be discussed(1) Semiconductor materials, basic device
physics, p-n junctions, metal-semiconductor
junctions and transistors, bipolar device
and metal-oxide semiconductor.
(2) The growth of semiconductors as a single
crystal, crystal cutting and polishing andwafer production in the semiconductor
industry.
(3) The fundamentals of defects such as
point defects of semiconductors,
dislocation, atomic diffusion, etc. and how
they affect material properties and thedevice characteristics.
(4) The defect related optoelectronic
application.
(5) The development of solar power energy
and recent challenges in the semiconductor
industry in Japan. Finally the recent trends
in some other advanced materials will bealso discussed.

Elementary course on the developments ofscience and technology in Japan.

0AH0114 Science in Japan II

Designing and
0AH0201 Planning for National
Land (I)

Designing and
0AH0202 Planning for National
Land (II)

0AH0203

Renewable Energy
Engineering

Introduction to Risk
0AH0204 and Resilience
Engineering

1

1

1

1

1

1.0

2.0

2.0

2.0

1.0

1

1, 2

1, 2

1, 2

1

SprAB

SprBC

FallAB

FallAB

SprAB

Wed1

Wed5,6

Wed5,6

Wed1,2

Mon3

3Z108

Science in Japan
Ⅱ担当非常勤講師

Identical to
01BA009.
Lecture is conducted
in English.
Details will beannouced.. face-toface

To deepen understanding of policies in thefields of national land transportation
function, tourism, housing and town
development based on issues such asenvironment / energy problems, declining
birthrate and aging population, population
decline, and international urbanization
through introduction of concrete policies inrecent years. With the goal. This course
aims to widely convey to the researchscience students the current state awarenessand decision-making ability cultivated in
the administrative organization that
supports the foundations of Japan's land,
region, and city and realizes the safety andOkamotosecurity of economy and living. This will
Naohisa,Arita
Tomokazu,Taniguc help students acquire the ability to predictand evaluate the effects and impacts of
hi Mamoru
technology on society, as well as deepen
their understanding of social demands andengineer ethics for engineers andresearchers. For this reason, lectures will
be given each time by welcoming people
involved in policy from the Ministry ofLand, Infrastructure, Transport and Tourism.

Online(partiallyface-to-face)オンライン（LIVE配信）を基本とする。

The purpose of this course is to develop theability to understand the role of cities androads in Japan's society and economy anddaily life, and to consider how to manage
them. This course aims to widely convey tothe research science students the current
state awareness and decision-making ability
cultivated in the administrative
organization that supports the foundationsof Japan's land, region, and city andrealizes the safety and security of economy
and living. This will help students acquire
Okamotothe ability to predict and evaluate the
Naohisa,Arita
Tomokazu,Taniguc effects and impacts of technology onsociety, as well as deepen theirhi Mamoru
understanding of social demands and engineer
ethics for engineers and researchers. For
this reason, lectures will be given eachtime by welcoming people involved in policy
from the Ministry of Land, Infrastructure,
Transport and Tourism.

Online(partiallyface-to-face)オンライン（LIVE配信）を基本とする。

3B303 Aki Hirohisa

AoyamaHisae,Fukushima
Sachiko,Yagyu
Tomohiko,Misaki
Hiroumi,Takayasu
Akitoshi,Omote
Kazumasa,Suzuki
Kengo,Saito
Yuichi,Kinoshita
Yohei,Suzuki
Tsutomu,Hatano
Yuko,Furukawa
Hiroshi,Sato3Z0110
Ilic Mika,Endo
Yasunori,Okajima
Keiichi,Taniguch
i Ayako,Itoh
Makoto,ShojiGaku,Umemoto
Michitaka,NishideTakashi,Akimoto
Yutaro,KITAJIMA
SO,HOSHIKAWA
Naoto,ABDULRAHMAN JOUBI

This course provides discussions on
renewable energy from various viewpoints:
fundamental principle, technology
development and challenges, and expectedroles in energy system, social impact
including state holders.

Students fromvarious departments
are welcome.
Online(partiallyface-to-face)

The areas related to risk resilienceengineering include various fields such asenvironment, energy, city planning,
information security, etc. The concept ofrisk appears in various fields. You willlearn risk and resilience among various
areas and difference among those areas.

face-to-face

Special Lecture on
0AH0205 Social Innovation by
ICT

0AH0206

Computational Science
LiteracyThis class aims to nurture "human resources
who initiate innovation" by utilizing ICT
through lectures and exercises by lecturers
invited from the industrial world. The classconsists of an overview section and an
exercise section. In the overview section,
students will learn the key concepts andmethods for innovation in society andbusiness by referring to various innovationcase studies from Japan and abroad. In theexercise section, participants will learn
the process of design thinking to generatecreative ideas. Through group work, students
will practice everything from fieldwork to
proposing service models for issues around
them.

4

2.0

1, 2

FallAB

Thu5,6

3B311

If the number ofapplicants exceeds
30 people,
participants will beselected by alottery.
Online(partiallyface-to-face)
Refer to manaba for
details.
Any changes in theclass format will beannounced on the
Twins bulletinboard.

SHOUNO Kazuhiro
et al.
This class is supported by the Digital

Business Innovation Center of CeFIL (DBIC),
a non-profit organization that promotes
digital transformation (DX). DBIC is anorganization that promotes digitaltransformation (DX) and social innovation
projects, and was established in 2014. 31
major corporations such as finance,
insurance, manufacturing, IT, aviation,
postal services, railroad and otherindustries are listed as members.

1

1.0

1, 2

超高性能計算機を用いた数値解析により科学の未 face-to踏領域を切り拓く計算科学は実験・理論に並ぶ、 face(partially
重要かつ最先端の研究手段であり、その重要性を online)
増している。これからの科学を探求するには計算
KusakaHiroyuki,Nakatsu 科学の基礎的な知識と方法論を身に付けておくのは必須であり、いわば「読み書き」すなわちリテ
kasaTakashi,harada ラシーであるといえる。この講義はこれからの科学にとってのリテラシーである計算科学について
ryuhei,YOSHIKAWA の入門編である。計算科学研究センターの教員にKohji,Tong Xiao- より各分野における計算科学による研究を概説
IntensiSpr Vac
3B401 Min,Ishizuka
し、さらに計算科学から科学諸分野を分野横断的
ve
Naruhito,Kameda かつ包括的に捉える大局的な視点を与えることを
Yoshinari,Takaha 目指す。また、計算科学を支える最新の計算機技
shi Daisuke,Bou 術についても概説する。

Savong,Doan
Quang Van,Yajima
Hidenobu

0AH0207

Computational Science
LiteracyHigh Performance
Parallel Computing
0AH0208 Technology for
Computational
Sciences

1

1

1.0

1.0

1, 2

1, 2

Computational science, which opens up
unexplored areas of science throughnumerical analysis using ultra-highperformance computers, is an important andcutting-edge research tool that ranks
alongside experiment and theory, and its
importance is increasing. In order toexplore the future of science, it is
KusakaHiroyuki,Nakatsu essential to acquire basic knowledge andmethodology of computational science, whichkasa
can be called "reading and writing" or
Takashi,harada
literacy. This lecture is an introduction toryuhei,YOSHIKAWA computational science, which is the literacy
Kohji,Tong Xiao- for the future of science. Faculty members
IntensiSpr Vac
3B406 Min,Ishizukaof the Research Center for Computationalve
Naruhito,Kameda Science will give an overview of research in
Yoshinari,Takaha computational science in various fields, andshi Daisuke,Bou aim to give a broad perspective on various
scientific fields from computational science
Savong,Doanin a cross-disciplinary and comprehensive
Quang Van,Yajima manner. The latest computer technologies
Hidenobu
supporting computational science will also
be outlined.

Sum Vac

Intensive

Lecture is conducted
in English.
face-toface(partiallyonline)face-to-faceHigh performance computing is the basic
technology needed to support today's large
scale scientific simulations. It covers awide variety of issues on hardware andsoftware for high-end computing such as highspeed computation, high speed networking,large scale memory and disk storage, highspeed numerical algorithms, programming
schemes and the system softwares to support
Boku
Taisuke,Tatebe them. Current advanced supercomputer systems
Osamu,Takahashi are based on large scale parallel processing
systems. Nowadays, even application users
Daisuke,Nukada are required to understand these
Akira,Tadanotechnologies to a certain level for their
Hiroto,Fujita
effective utilization. In this class, we
Norihisa,Kobayas focus on the basic technology of high-end
computing systems, programming, algorithms
hi Ryohei
and performance tuning for application users
who aim to use these systems for theirpractical simulation and computing.

High Performance
Parallel Computing
0AH0209 Technology for
Computational
Sciences

0AH0210

0AH0301

Basis and practicaltraining of machining

Introduction to Earth
Evolution Sciences

1

5

1

1.0

1.0

1.0

1, 2

1, 2

1, 2

Spr Vac

Sum Vac

AnnualIntensiveIntensiveIntensiveHigh performance computing is the basic
Lecture is conducted
in English.
technology needed to support today's large
scale scientific simulations. It covers aface-to-facewide variety of issues on hardware andsoftware for high-end computing such as highspeed computation, high speed networking,large scale memory and disk storage, highspeed numerical algorithms, programming
schemes and the system softwares to support
Boku
Taisuke,Tatebe them. Current advanced supercomputer systems
Osamu,Takahashi are based on large scale parallel processing
systems. Nowadays, even application users
Daisuke,Nukada are required to understand these
Akira,Tadanotechnologies to a certain level for their
Hiroto,Fujita
effective utilization. In this class, we
Norihisa,Kobayas focus on the basic technology of high-end
computing systems, programming, algorithms
hi Ryohei
and performance tuning for application users
who aim to use these systems for theirpractical simulation and computing.

Enami Kazuhiro

Tsunogae
ToshiakiThis course describes the basis of machining
and cutting in order to enrich the knowledge
and experience of machining, which is thebase of manufacturing. Students learn thebasic operation of machines by practicaltraining of turning and milling at theworkshop. Successful candidates get
permission to use the open workshop ofengineering workshop division.

face-to-face
講義と実習は対面形式で行う。
なお、実習の制限により、受講希望者の人数
によっては抽選によって受講者を決定する。

地球史における地球表層および内部の進化プロセスについて講義する。地球進化学的な視点から地球の表層(たとえば地層、地殻、大陸の形成、生物の進化と絶滅、付加体の形成、プレート運動など)、および内部(地球の層状構造の形成、地震の発生、マグマの発生、鉱物の相転移など)で起こる様々な地質学的現象に関する知識と基本的な研究能力を修得するとともに、その背後にある基本原理を探求する能力を身につけることができる。
地球科学の研究コンプライアンスに関わる内容を含む。

原発事故等に伴って環境中に放出された放射性核種について、その拡散、沈着、移行過程と水・物

0AH0303

0AH0304

0AH0305

Analysis ofEnvironmental
Dynamics ofRadionuclides

Lecture on Geographic
Information

Omnibus Lecture in
Biology

1

1

1

1.0

1.0

1.0

1, 2

1, 2

1, 2

SprAB

FallAB

FallA

Thu1

Tue2

Intensive

Onda Yuichi,津旨
質循環との関わりを理解するとともに、環境影響
大輔,Sakaguchi 評価のためのモニタリング手法およびモデリング
Aya,Sueki
手法を紹介する。
Keisuke,Hatano
Yuko,Asanuma
Jun,Yamaji
Keiko,Furukawa
Jun,Takahashi
Junko,KatoHiroaki
地図と地理空間情報を用いた基礎的・応用的研究について講義する。アナログ情報としての地図の
歴史、日本や諸外国における都市や農村を対象と
Yamashita
したさまざまな地図の特徴について解説する。まAkio,Kureha
Masaaki,Tsutsumi た、観光や防災・環境など特定の主題を扱った地図の表現法や研究への活用などについて解説す
Jun,Matsui
る。デジタル情報としての地理空間情報の仕組み
Keisuke,Morimoto や普及・発展の歴史、地理学や関連諸分野におけTakehiro,Kubo
るそれらを活用した具体的な地域分析手法や研究
Tomoko
事例について紹介する。

OKAMOTO
Akihiro,tanaka
norio,正木隆,Nagamune
Kisaburo,MaruyamaKyonoshin,Shitara Hiroshi,Tajima
Yuko,Chiba Yoko,
藤原 すみれ,保坂健太郎,Matsui
Hisanori,Yabuki
Akinori,守屋 繁
春

生命の基本原理や生物界の多様性を理解することを目的として、特に、先端細胞生物科学、ならびに、先端分子生物科学における総論的な教養教育の講義を実施する。国内の著名な研究機関において先端的な生命科学の方法論を用いて行われている最前線の研究をオムニバス形式で紹介する。

Identical to
01AA007.
10/28-10/29
Online(Synchronous)

0AH0306

0AH0307

0AH0308

0AH0309

0AH0310

Diversity ofOrganisms

Evolution ofOrganisms

Molecular Mechanismsof Life

Cells as a Unit ofLife

Special Lecture on
Science Communication

1

1

1

1

4

1.0

1.0

1.0

1.0

1.0

1, 2

FallC

Intensive

Ishida Kenichiro,Hirakawa
Yoshihisa

1, 2

1, 2

FallB

Intensive

Chiba
Tomoki,Tsuruta
Fuminori

1, 2

1, 2

SprB

Intensive

Wood Matthew
Christopher

生命の基本原理や生物界の多様性を理解することを目的として、系統分類・進化学、生態学、植物
発生・生理学、動物発生・生理学、分子細胞生物学、ゲノム情報学、先端細胞生物科学、先端分子生物科学における総論的な教養教育の講義を実施する。生命の樹(生物界全体の系統樹)を視野に、生物界の多様性の実態とそれを生み出した系統進化の歴史を解明しようとする最前線の研究を紹介する。当該分野の最新、かつ、幅広い知識を習得することで、理論的な思考を養い、専門領域を超えた自らの研究能力の向上に役立てる。

Open in even number
academic years.
Identical to
01AA041.

With the aim of understanding the basic
principles of life and the diversity of theliving world, systematicclassification/evolutionary chemistry,
ecology, plant development/physiology,
animal development/physiology, molecularcell biology, genomic informatics, advanced
cell biology , Conduct general liberal arts
education in advanced molecular biology
science. With a view to the tree of life (aphylogenetic tree of the entire living
world), we will introduce the forefront
research that seeks to elucidate theevolutionary mechanism at the molecular,
individual, and collective levels thatcreated the diversity of the living world.
By gaining the latest and broadest knowledge
in the field, we will develop theoreticalthinking and help improve one's researchability beyond the specialized field.

Open in odd number
academic years.
Identical to
01AA048.
face-toface(partiallyonline)生命の基本原理や生物界の多様性を理解することを目的として、系統分類・進化学、生態学、植物
発生・生理学、動物発生・生理学、分子細胞生物学、ゲノム情報学、先端細胞生物科学、先端分子生物科学における総論的な教養教育の講義を実施する。生命のセントラルドグマを中心とした多様な分子カスケードによって生み出される生命の遺伝、代謝、調節機構を解明しようとする最前線の研究を紹介する。当該分野の最新、かつ、幅広い知識を習得することで、理論的な思考を養い、専門領域を超えた自らの研究能力の向上に役立てる。

Open in even number
academic years.
Identical to
01AA043.

生命の基本原理や生物界の多様性を理解することを目的として、系統分類・進化学、生態学、植物
発生・生理学、動物発生・生理学、分子細胞生物学、ゲノム情報学、先端細胞生物科学、先端分子生物科学における総論的な教養教育の講義を実施する。細胞は生命の基本単位であり、その理解は生物学の根幹となる。この細胞の形態と機能の相関を解明しようとする最前線の研究を紹介する。
当該分野の最新、かつ、幅広い知識を習得することで、理論的な思考を養い、専門領域を超えた自らの研究能力の向上に役立てる。

Open in odd number
academic years.
Identical to
01AA045.
face-toface(partiallyonline)This course introduces the practice of
science communication and its roles in thethe complex relationship between science andsociety. Through a series of active
discussion-based classes, we will review thefoundational theories of science
communication, and examine the practices,
relevance and importance of science
communication in the modern world.

Identical to
01AA010.
Identical to
01AA010.
Lectures are
conducted in English
if requested. faceto-face

生物資源科学の基盤を形成する学問体系を紹介す 生物資源科学学位プロ

Introduction to Agro0AH0311 Bioresources Scienceand Technology

1

1.0

1

SprAB

Fri4

るとともに、当該関連分野の基本的な知識と様々 グラムの学生においてKashiwabara
Shin-ichi,Ujiie な研究手法について学ぶ。生物資源科学分野の最 は生物資源科学関連科
目。授業形式について
Kiyokazu,Yamashi 新、かつ、幅広い知識を系統的に学習することで、理工情報生命学術院における研究課題の設定 は、manaba等で周知す
taと計画の立案・遂行に必要な基礎的な知識と能力 る。
Yuji,Yoshimoto の向上に役立つ。
Online(partially
Syuhei,Nomura
face-to-face)
2B411 Nobuhiko,Utada
Andrew S,Kumano
Takuto,Kimura
Keiji,Oguchi
Taichi,Fukuda
Naoya,Yoshioka
Yosuke0AH0312

Introduction to
International AgroBioresources Scienceand Technology

1

1.0

1

SprC

Wed1,2Students will be introduced to the academic
systems that form the foundation ofbioresource science and learn about the
Nomurabasic knowledge and various research methods
Koji,Shutoin the relevant fields. By systematicallyHisato,Takeshita learning the latest and broadest knowledge
Norio,Sugimoto in the field of bioresource science from aninternational perspective, this course will
Takuya,Kokawa
help students improve their basic knowledge
Mito,Kang Seung and abilities necessary for setting up and
Won,Abe Junichi planning research projects in the Faculty ofP.,Ishii
Science, Technology, Information and Life
Atsushi,Tofael Sciences. Classes will be conducted in
English.
Ahamed,Neves

生物資源科学学位プロ
グラムの学生においては生物資源科学関連科
目 教室2C棟102
face-to-face
オンデマンドでも行う

Marcos Antonio

Topics in
0AH0313 Agrobiological
Science I

0AH0314

Topics inAgricultural
Economics andSociology I

Topics in Bioresource
0AH0315 Environment
Engineering I

1

1

1

1.0

1.0

1.0

1, 2

1, 2

1, 2

FallB

FallB

Sum Vac

IntensiveIntensiveIntensive

Nomura Koji

Shuto Hisato

Neves Marcos
Antonio,Obataya
EiichiStudents will learn basic knowledge andvarious research methods in the field ofagrobiological science related to plant
breeding, crop science, olericulture andfloriculture science, pomology andpostharvest physiology of fruit, animal
science, biological systems regulation
science, epigenetics, plant parasitic
mycology, applied entomology and zoology,
forest ecotopology, conservation of regional
resources science, environmental soil
chemistry etc. By systematically learning
the latest and broadest knowledge in thefield, this lecture will help students
improve their basic knowledge and abilities
necessary for setting up and planningresearch themes, and conducting experimentsin the Faculty of Science, Technology,
Information and Life Sciences.

生物資源科学学位プロ
グラムの学生においては生物資源科学関連科
目
face-toface(partiallyonline)

農林社会経済学領域の生物資源経済学、国際資源開発経済学、農業経営学及び関連産業経営学、農
村社会・農史学、森林資源経済学、森林資源社会
学、、国際農林業開発学、地域森林資源開発学、
生物圏情報計測制御学、食品品質評価工学、国際
生物資源循環学に関連する今日的な課題を整理し、拠りどころとすべき専門分野の学術的な基礎について講述する。当該分野の最新、かつ、幅広い知識を系統的に学習することで、理工情報生命
学術院における研究課題の設定と計画の立案・遂行に必要な基礎的な知識と能力の向上に役立つ。

生物資源科学学位プロ
グラムの学生においては生物資源科学関連科
目
face-to-faceStudents will learn basic knowledge andvarious research methods related toenvironmental colloid and interface
engineering, bioresource conversion
engineering, watershed conservationengineering, water conservancy andenvironmental engineering, production
infrastructure system engineering,
bioproduction mechanics, protected area
management, food resource engineering,biomaterial chemistry, biomaterial
engineering, and agricultural food processengineering in the field of bioresource
environmental engineering. Engineering
methods for the harmonious and sustainable
use and management of biological resources
will be introduced with examples of domestic
and international research results. By
systematically learning the latest andbroadest knowledge in the field, this course
will help students improve their basic
knowledge and abilities necessary for
setting up and planning and executing
research projects in the Faculty of Science,
Technology, Information and Life Sciences.

生物資源科学学位プロ
グラムの学生においては生物資源科学関連科
目
face-to-faceIntroduction to
0AH0316 Environmental
Sciences

0AH0317

0AH0318

Liberal arts inMountain Studies

Topics and Issues inScience Communication

1

1

1

2.0

1.0

1.0

1

1, 2

1, 2

FallAB

FallA

SprC

Wed1,2

IntensiveIntensi
ve

C103
Nat.
Sci.

This course introduces the core issues
globally in environmental sciences andapproaches relating to hydrology, biology,
ecosystem science, analytical chemistry,
climate system science, urban engineering,
environmental engineering, social science,
環境科学学位プロ and environmental health. Through thiscourse, students can learn the fundamentals
グラム担当教and applications of environmental sciences
員,Mizunoya
from multi-perspectives on difference
Takeshiscales. It aims to foster students from bothglobal/local and high- /low-angle views.

0AH0316 and 0AND001
must be taken at thesame time. The
lecture will be
conducted in
English. In-personclass or on-line.
Lecture is conducted
in English.
face-to-face.
Online(Asynchronous).
Online(Synchronous)

It is estimated that 20-25% of the world's
land area is mountainous, about 12% of theearth's people live in mountainous regions,and 40% live in mid- and lower-mountainareas. People have engaged in various types
of work and livelihoods according to thediverse landscape spaces that make up themountains. In addition, in recent years,
mountainous areas have added value astargets for tourism and recreation. Throughomnibus lectures by people active in thefield of mountains in various capacities inindustry, government, academia, and theprivate sector, this course aims to provide
students with a deeper understanding of what
mountains are like, what problems they face,
what kind of human resources are needed, andto cultivate a broad knowledge of mountainscience.

Required forstudents in the
Mountain Studies
degree program
11/9-11/10
主専攻/主学位プログ
ラム必修科目.
Online(Synchronous)
Intensive lecturesby adjunct lecturers
active in various
fields in themountain region. In
the event that the
number of students
cannot beaccommodated,priority will begiven to students
enrolled in the
Mountain Science
degree program.

This course explores Science Communication
as an academic field of study and research.
We will examine a series of issues which
regularly draw the attention of science
communication scholars, along with current
topics in science communication research.
Through active participation in classdiscussions and contribution to course
content, students will become more familiar
with both the breadth and nature of the
field of science communication.

face-to-faceTsuda Yoshiaki

Wood Matthew
Christopher