pamphlet of the graduate school of engineering, hiroshima university

2013

Graduate School of Engineering 2013

Contents

Message from the Dean

Characteristics

Concepts and Objectives

History

International Exchange Program

Mechanical Systems Engineering

Mechanical Science and Engineering

System Cybernetics

Information Engineering

Chemical Engineering

Applied Chemistry

Civil and Environmental Engineering

Transportation and Environmental Systems

Architecture

Data

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Dean of Graduate School of Engineering

Toshimasa Sugimoto

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Japanese craftsmanship has been cultivated since ancient times. It is well known that Horyuji Temples fi ve-storied pagoda, the oldest wooden structure in the world, has withstood many earthquakes and typhoons over the centuries thanks to its unique architectural structure that cannot be found elsewhere. The pagoda stands as a testament to the high levels of craftsmanship and wisdom involved in Japanese architecture. Since the Meiji period (1868-1912), Japan has tried to eagerly absorb modern technology from the West. This combination of traditional craftsmanship and modern technologies enabled Japan to lay a unique foundation for a technology-oriented nation in the 21st century. In a resource-limited country, we have exercised our ingenuity and craftsmanship to push new frontiers in various aspects of human society, and contributed to the world.

Using knowledge and other cultural assets received from mainland Asia and the rest of the world, Japan has successfully created an affl uent society. Now, we in turn should diff use the creative ingenuity of Japanese people for the betterment of the global society. As the term Spaceship Earth suggests, it is imperative that we work on the development of innovative technologies that can ably control ecological balance. In this respect, the global community looks to the contribution of Japanese people, who have coped with forces of nature with fl exibility and ingenuity.

Technology has now become a universal tool that makes our lives easier. As one of the strongest advocates of world peace, Hiroshima can provide a place where promising young students gather from around the world to create and communicate innovative ideas and research results globally. Staff ed with faculty members excelling in their respective fi elds of specialization, the Graduate School of Engineering, Hiroshima University provides an environment that facilitates unconstrained research activities and the educational policy of respecting students personalities, producing steady results. In addition, the Graduate School has vigorously pushed ahead with the internationalization of education.

Mechanical Systems Engineering Mechanical Science and Engineering System Cybernetics Information Engineering Chemical Engineering Applied Chemistry Civil and Environmental Engineering Transportation and Environmental Systems Architecture

In April 2010, the Graduate School of Engineering underwent a major reorganization and made a fresh start as a graduate school comprising nine departments: Mechanical Systems Engineering, Mechanical Science and Engineering, System Cybernetics, Information Engineering, Chemical Engineering, Applied Chemistry, Civil and Environmental Engineering, Transportation and Environmental Systems, and Architecture. In collaboration with the Graduate School of Advanced Sciences of Matter and the Graduate School for International Development and Cooperation, our Graduate School off ers research and educational programs covering all fi elds of engineering. Such comprehensive research and education activities in engineering can be performed only at Hiroshima University, a research-intensive university that has a reputation as one of the leading research and educational institutions in Japan. We have produced many masters degree holders and brilliant doctorate degree holders including those from overseas countries.

The Graduate School of Engineering is committed to high-quality research and education in engineering, aiming to conduct world-leading research activities.

I look forward to welcoming you to our Graduate School.

2 Characteristics

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As their major social functions, universities educate students and develop human resources who can respond to societys needs.In recent years, the environment surrounding engineering has undergone substantial changes. Today, those engaged in engineering are required to 1) be experts profoundly knowledgeable about scientifi c technology in a specifi c fi eld so they can actively promote research and development in the area of engineering, and 2) have systematic basic knowledge in a wide range of fi elds.Against this background, Hiroshima University Graduate School of Engineering has formulated three principles and six objectives to achieve two major purposes: 1) to promote active exchanges among researchers who share the same academic methods or research subjects, thereby pioneering and developing boundary and interdisciplinary fi elds, and 2) to organically conduct education and research concerning impending engineering challenges from a broad perspective. Each graduate course is off ered independently from undergraduate clusters (groups), courses, and overall organization. As a result, the Graduate School of Engineering encompasses almost all major fi elds in engineering, thereby fostering researchers capable of integrating various disciplines while staying abreast of the specialization in each research fi eld.In fi scal 2001, in accordance with a program aimed to place more emphasis on graduate schools, the functions of education and research in the Faculty of Engineering have been transferred from undergraduate courses to graduate courses. Following this organizational change, the Graduate School of Engineering, together with the Graduate School of Advanced Sciences of Matter and the Graduate School for International Development and Cooperation, today provides advanced education to students who have completed undergraduate courses in engineering.Following the reorganization of the graduate school in 2010, the Graduate School of Engineering has set up lecture courses in English which make it possible to graduate in English only, in order to provide the basics for Japanese students to be able to perform activities on the international stage.Furthermore, the Interdisciplinary Program has been introduced to perform education in advanced fi elds that consist through the merger of diff erent fi elds, where knowledge and methods of other fi elds are taught as well, surpassing the territory of one specialty while maintaining the pivot of each major.

Concepts and Objectives

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3

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Topromoteadvancedandinterdisciplinarystudiesandprovideaforumforcreation,accumulationandutilization

ofknowledge.2

Inordertoaccomplishthe"PurposeofEngineering,"todevelopresearcherswhowillcreativelycopewiththedevelopmentofnewbasictechnologiesandhighly

advancedprofessionalengineerswhohavetheabilitiestosetoutandprovidesolutionstoproblems.

3

Tocontributetobuildinganaffluentsocietyandtofurtherpeace,developmentandcontinuationofhumanexistencethroughadvancedresearchactivitiesand

returningtheresultsofresearchtosociety.

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2

3

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6

1

Carryingoutadvancedandsystematiceducationandresearchactivitiesineachspecialfieldand

interdisciplinaryfields.2

Developmentofhumanresourceswhohaveknowledgeandabilitiesrequiredforbeingengagedinresearchand

development.3

Developmentofabroadoutlook,flexibleadaptabilityandcreativityandarousingdesireforself-enlightenmentand

study.4

Researchactivitiesaimingatpositivesolutionsforenvironmentalproblems,takingintoconsiderationthe

finitenatureoftheearth.5

Contributiontointernationalcommunitythroughpromotionofinternationaljointresearch.

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Activereductionactivitiesofresearchresultstosociety.

Concepts

Objectives


4 History

1920 1929 191944 26 201945 26 241949

271952 291954

341959 351960

361961 44 381963

401965 421967 461971 471972 51511976

521977

571982 611986 1997 10

132001

162004 222010

1920 Hiroshima High Institute of Technology was founded (Departments of Mechanical, Electrical and Applied Chemistry)

1929 Department of Brewing was created1944 The name was changed to Hiroshima Technical School

(abolished in 1951) Department names were changed to Machine, Electricity, Chemical and Fermentation Engineering

1945 Hiroshima City Technical School was founded (abolished in 1951)

1949 Hiroshima Technical School and Hiroshima City Technical School were annexed and Hiroshima University Faculty of Engineering was created. The Departments of Mechanical, Electrical, Industrial Chemistry, Fermentation, Ship, Civil & Architectural, and Industrial Business existed.

1952 Industrial Teacher Training course was created.1954 Engineering non-degree graduate program was created.

Programs for Mechanical, Electrical, Industrial Chemistry, and Fermentation Engineering were made.

1959 Department of Chemistry Engineering was created. The name of Department of Industrial Chemistry was changed to Department of Applied Chemistry.

1960 Non-degree graduate programs for Ship, Civil and Architectural, and Industrial Business Engineering were created.

1961 Department of Civil and Architectural Engineering was separated into two departments. The Department of Exact Engineering was created. Industrial teacher training school was founded for the departments of Electrical and Mechanical Engineering.

1963 Gradaute School of Engineering (Master's course) was founded for Mechanical, Electrical, Applied Chemistry, Fermentation, Ship, Civil, Architectural, Industrial Business and Chemical Engineering

1965 The Department of Industrial Business was renamed to the Department of Business Engineering

1967 Department of Electronics was created1971 Master's course for the Department of Electronics was created 1972 Attached Inside Seawater Environmental Research Facility was

founded (abolished in 1976)1976 The Engineering Department was reorganized into four groups,

Machine Systems, Electric Systems, Chemical Systems, and Construction Systems and common lecture

1977 Gradute School of Engineering (Doctoral program) was founded. Materials, System, Movement Phenomenon, Design, Industrial Chemistry Structure and Environmental Engineering departments received the Doctoral program

1982 The school was relocated from Sendacho Nakaku ward in Hiroshima City to Higashi Hiroshima City

1986 Information Engineering Doctoral program was created1997 Module life function science was created. In 1998 this was

transferred to the graduate school of Advanced Science of matter.

2001 In accordance with emphasizing the graduate school programs, the Department of Engineering was reorganized into new groups. Cluster 1: Mechanical System Engineering, Cluster 2: Electrical, Computer and Systems Engineering, Cluster 3: Chemistry, Biotechnology and Process Engineering and Cluster 4: Social and Environmental Engineering

2004 Reorganized into national university corporation Hiroshima University.

2010 Graduate School of Engineering is divided into an educational organization and a faculty organization. As a result, the Graduate School of Engineering (doctoral program) came to function as the educational organization, and the School of Engineering as the faculty organization.

The Graduate School of Engineering (doctoral program) off ers nine research fi elds (Mechanical Systems Engineering, Mechanical Science and Engineering, System Cybernetics, Information Engineering, Chemical Engineering, Applied Chemistry, Civil and Environmental Engineering, Transportation and Environmental Systems, and Architecture).

The Faculty of Engineering comprises seven divisions: Mechanical Systems and Applied Mechanics; Energy and Environmental Engineering; Materials and Production Engineering; Electrical, Systems and Mathematical Engineering; Information Engineering; Chemistry and Chemical Engineering; Social Environment and Space).

5Graduate School of Engineering

International Exchange Program

ECBO 21Engineers to Cross BordersECBO

ICCEE ICCEE 2009 Student Workshop 2012

MOT)

International Internship - Short Stay and Short Visit Program with Taiwan -Applicants; Undergraduate studentThis program aims for the awareness of the necessity of internationalization by the students. In order to promote motivation of active participation in various internationalization programs, Hiroshima University and National Central University of Taiwan will send students for about two weeks to each others university, targeting four years students of the faculty of engineering. This program provides the students the opportunity to study together in another countrys education, research, design and manufacturing setting in a diff erent culture and environment.

International Internship - ECBO Program -Applicants; Master course graduate studentThis program aims for educating next generation engineers that carry 21st technology with high morale as an engineer. Students with an engineering background having an interest in the problems that Asia is dealing with and in advanced precedents will be sent to companies, manufacturing plants, offi ces and international institutions across Asia. By participating in this program, an opportunity will be given to grow into a global engineer who can be active across borders, in other words; Engineers to Cross Borders (ECBO).

International Internship - Joint Research Program -Applicants; Master and doctor course graduate studentIn this program students will be sent abroad to universities that have an International Exchange Agreements with Hiroshima University in order to promote internationalization of education and research, and to foster outstanding students having an international feel. By participating in International Joint Research an opportunity will be given not only to see ones theme in an international environment from a wider and higher viewpoint, but also to deepen ones confidence and learn about research methods in a global environment by conducting collaborative research with the partner institution.

International Internship - ICCEE Program -Applicants; Master and doctor course graduate studentICCEE is an international conference where students majoring in civil and environmental engineering make oral presentations in English. Since 2009, it is held at turns in China, Korea, Taiwan and Japan hosted by the partner universities. At the conference, student workshop is organized by the students in partner universities working together on a self-determined theme, which are then presented as a session of panel discussion. Since 2012, the selected students from the partner universities hold a leader's camp (LC; extensive course) in Hiroshima University. In LC, students participate in group-work for a solution proposal under the given task supported by the lecturers from partner universities. Participating students not only acquire international communication capabilities but learn the role of leader in highly advanced research or practical issues with regards to cities, environment and disaster preventions in Asian regions.

Double Degree ProgramApplicants; Master and doctor course graduate studentGraduate school of engineering, Hiroshima University has signed the agreement of Double Degree Program for master and doctor course with National Central University of Taiwan and that for master course with Institut Teknologi Bandung of Indonesia. Students who successfully complete the program will receive a degree of Master or Doctor from both universities.

Special Course Special Program for International Students from Asian Countries to Study Japanese-style Manufacturing Applicants; Foreign master course graduate studentThis special master course program is designed for students from the partner universities of Asian countries to study Japanese-style manufacturing. The program includes the following courses and classes etc. Intensive Japanese Language Course, Japanese-Style Manufacturing Course (Problem Based Learning), Internship in Companies in Hiroshima Prefecture, Regular Engineering/Technology Classes, Master Course Research, Dissertation.

6 CAEComputer Aided EngineeringFA

Factory Automation

Mechanical engineering plays a key role in all fields of manufacturing, including but not limited to mechanical industries, electrical appliances, electronic devices, and chemical industries. In the past, machines were designed based on an engineers experience and intuition or by using empirical equations. Since then, Computer Aided Engineering (CAE) has been developed and continues to advance technologically, and is now used extensively in the design and industrial processing of machines. The Finite Element Method (FEM) is an example of CAE that creates analytical models and conducts numerical simulations. These computerized techniques now enable engineers to predict machine properties with a higher degree of accuracy and thereby obtain the optimal design in terms of quality and efficiency. In addition, the rapid progress of control and electronic measurement technologies within the manufacturing process enables machines to be produced using high-speed and high-accuracy positioning controls, especially in Factory Automation (FA) and industrial-use robots. The Department of Mechanical Systems Engineering offers educational programs for students who wish to

FACAE TRIP

rise to the challenge of meeting societys demand for a future filled with cutting-edge technology. The program emphasizes solid mechanics, dynamics, fluid dynamics, reactive gas dynamics, design engineering, manufacturing process engineering, manufacturing systems engineering, and control engineering. Graduates from this program usually pursue careers in Research and Development (R&D), as executive technical experts, high-performance and intelligent machine designers, or CAE computer software developers for mechanical systems (machines, measurements, controls, FA, industrial-use robots, etc.).

Selected Laboratory Topics: Mechanics of Materials Laboratory: Impact Engineering,

Transformation-thermo-mechanics, TRIP Steel, Multi-scale Analysis, Interface Motion, Crystal Plasticity Analysis

Fluid Engineering Laboratory: Liquid Atomization and Spray Characteristics, Laser Diagnositcs of Mixture Formation Process, Fluid-Structure Interaction, Rarefield Gas to Continuum Flow Analysis

Reactive Gas Dynamics Laboratory: Shock Wave,

Mechanical Systems Engineering

http://www.hiroshima-u.ac.jp/en/mec/

http://www.hiroshima-u.ac.jp/mec/

Experiment and finite element analysis of an energy absorption characteristic for steel

Pulse Detonation Rocket Engine(Equipment and Jet)


Human-Robot Cooperation

Area

Field of Research

Prof.

Assoc. Prof.

Assist. Prof.

????????

?Mechanical S

ystems Engineering

Mechanics of

Materials

TakeshiIwamoto

*Yuya

Omiya*

Fluid

Engineering

Keiya

Nishida

YouichiOgata

*BaoluShi*

Reactive Gas

Dynamics

Takuma

Endo

TomoyukiJohzaki

AkioSusa

Machine

Dynamics

TakashiIkeda

YasuhisaSekiguchi

Yuji

Harata

Mechanical Design

and Systems

Kazuteru

Nagamura

Kiyotaka

Ikejo

Machining and

Machining System

Keiji

Yamada

RyutaroTanaka

Katsuhiko

Sekiya

Manufacturing

Systems A

KazuhiroOhkura

ToshiyukiYasuda

Manufacturing

Systems B

Toru

Eguchi

Control

Engineering

MasamiSaeki

Nobutaka

Wada

SatoshiSatoh

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Detonation, Pulse Detonation Engine, Detonation Thermal Spraying, Laser-Driven Detonation, Laser Fusion

Machine Dynamics Laboratory: Vibration Analysis, Vibration Suppression Technique, Diagnostics of Machines, Noise Reduction, Dynamics of Bipedal Locomotion

Mechanical Design and Systems Laboratory: Design of Machine and Mechanical Systems, Improvement of Gear Strength, Gear Vibration and Noise Reduction, Tribology

Machining and Machining System Laboratory: Sensing Technology and Components for Machine Tools, Machining for Diffi cult-to-Cut Materials, Development of Free-Cutting Steels and New Cutting Tools, Laser Processing of Brittle Materials

Manufacturing Systems A Laboratory: Machine Intelligence, Computational Intelligence, Multi-Robot Systems, Man-Machine Cooperation, Adaptive Systems, Autonomous Distributed Systems

Manufacturing Systems B Laboratory: Design, Planning and Control of Manufacturing Systems

Control Engineering Laboratory: Control System Analysis and Design Methods (Robust Control, Nonlinear Control, Learning Control) and Their Application

*Assist. Prof. (Special Appointment)

8http://www.hiroshima-u.ac.jp/en/mec/

Mechanical Science and Engineering

http://www.hiroshima-u.ac.jp/mec/

We promote researchers and persons with advanced professional skills who deeply understand a physical phenomenon and can use it to design and manufacture a machine in order to advance the next generations machine technology development.In order to achieve a low-carbon society, technical innovation has been rapidly advancing, especially in the fields of new energy development and the environment. In next-generation automotive development, battery and hydrogen-fueled engines have been focused on, and competition for weight-saving has increasingly intensified. Diversified research and development such as in the areas of natural energy (sunlight, wind force, etc.) and biomass has been advanced in the power generation field. Thermal fluid, energy engineering, and new material development and application technology hold the key to developing such new technology. In particular, it is important to develop the processing technology to overcome associated problems, because it is an inconvenient fact that highly functional materials are a very difficult materials to process. At the Department of Mechanical Science and Engineering, in order to advance next-generation mechanical technology development in such fields, we promote researchers and persons with advanced professional

skills who deeply understand a physical phenomenon though experimentation and theory, and can apply the phenomenon to the design and manufacture of a machine. The core of the curriculum to achieve this goal comprises thermal engineering, fluidics, combustion engineering, material physics, material processing and applied study, and the like it is hoped that graduate students from this department, will play active roles as specialists of new energy development, environmental instrument development, forging technology, etc. in experimental analysis, and production and processing technology.

Selected Laboratory Topics: Materials Physics: Structural control of materials at

nano- and sub-nano-scales, and development of high performance functional materials

Property Control of MaterialsAnalyses and micro-macro modeling for material fabrication processes, and development of material property control by such techniques

Net shape Manufacturing: Advanced manufacturing technology for forming and sintering of fine powder materials, and study of interaction between materials and plasma

High-power diode laser welding system and in-situ observation system using high speed camera

Experimental apparatus of spray column for chemicalhumidity-conditioning system


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Materials Joining Science and Engineering: Investigation of welding and joining processes of various materials, and development of innovative technology of welding and joining

Engineering Elasto-Plasticity: Constitutive modeling of metallic materials, metal forming simulation, and optimization of metal forming process

Strength and Fracture of Materials: Evaluation of strength of advanced structural materials based on microscopy of fatigue mechanism, and modifi cation of mechanical properties of materials by coatings and surface modifi cations

Thermal Engineering: Supercritical water gasifi cation of biomass, ethanol production from lignocellulosic biomass, chemical dehumidifi cation system, experimental and theoretical study of carbon nanotubes

Combustion Engineering: Fundamental studies on fl ame structure and fl ame propagation, and power up and suppression of environmental pollutants in combustor and internal combustion engines

Plasma Science: Physics and propulsion of arcjet plasmas, Laser driven plasma x-ray source and its application, Plasma diagnostics and quantum control by lasers

Quantum Energy Applications: Low level radiation measurement and nuclear engineering, and computer simulation of interaction of radiation with matter

Area

Field of Research

Prof.

Assoc. Prof.

Assist. Prof.

??????

?Mechanical M

aterial Engineering

MaterialsPhysics

Gen

Sasaki

KenjiroSugio

Property Control of

Materials

KazuhiroMatsugi

Yongbum

Choi

Net Shape

Manufacturing

NobuhiroNishino

HiroyukiSuzuki

Materials Joining

Science and Engineering

Kenji

Shinozaki

MotomichiYamamoto

KotaKadoi

Engineering Elasto-

Plasticity

FusahitoYoshida

Ryutaro

Hino

Hiroshi

Hamasaki

Strength and

Fracture of Materials

AtsushiSugeta

Masahiko

Kato

HiroyukiAkebono

*Ryota

Tanegashima*

???????

?Energy Engineering

Thermal

Engineering

Yukihiko

Matsumura

ShuheiInoue

MachiKanna

*Takashi

Yanagida*

Combustion Engineering

SatoruIshizuka

Daisuke

Shimokuri

PlasmaScience

ShinichiNamba

Quantum Energy

Applications

SatoruEndo

TsuyoshiKajimoto

Biaxial stretching experiment


10http://www.hiroshima-u.ac.jp/en/cyb/

System Cybernetics

http://www.hiroshima-u.ac.jp/cyb/

20

We educate our students and conduct research with a view to building ideal artificial systems uniting human beings with the environment, and to solving the varied problems of such complex systems in the 21st century.The progress of technology in the 20th century has been a major driving force behind the realization of todays affluent lifestyle. On the other hand, in line with increasing economic discrepancy, it has also brought about serious environmental aggravation and social unrest. Moreover, all systems surrounding us have become larger and more complex. Therefore, the possibility of large-scale uncontrollable confusion, caused by even a very small accident, cannot be ignored. Therefore, in order to construct a better society, it is required to solve the many fundamental problems caused by large-scale complex systems, and to build ideal and gentle systems for the people. We establish the theory and methods for analyzing complex systems that comprise people as one component. To achieve this, it is necessary to unify existing research

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areas, and to devise new plans to construct better systems. Currently we encounter a lot of problems caused by complicated, large-scale systems. System cybernetics is a research area which solves problems such as those mentioned above by mathematical and information scientific approaches and investigates many innovative problems through system engineering methods. Our approach to such problems is based on the study of electricity, electrons, systems, information, and mathematics. This will help propel us toward an ideal society for human beings in the 21st century. In our department, we provide two courses. One course is the Fundamentals of Systems Engineering. In this course, the students study the basic theory of system cybernetics. The other course is Applied Cybernetics. The purpose here is to construct a new theory to analyze, control and design systems generated by human beings and machines. In this way we establish system cybernetics, which is a new field of investigation in engineering. Here are some of the main lectures given in our

Human motor control mechanism

Digital image processing


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department: fundamental theory of a system by applied and stochastic mathematical approaches, system optimization, social informatics, and so on. We also provide lectures on application theories which currently handle various real systems in our society through appropriate basic theory and methodology. Furthermore, in cooperation with the Department of Information Engineering, we nurture the students who have a wider range of basic knowledge, technical one of the latest technology and its application, and have learned the skills to analyze, plan, control and apply for various real systems from the viewpoint of system cybernetics.In the masters course, students must take both core lectures, which consist of applied and stochastic mathematical approaches, system optimization, social informatics, and the like; and special lectures, which consist of a wide range of topics from the fi eld of system cybernetics.

Area

Field of Research

Prof.

Assoc. Prof.

Assist. Prof.

Assist. Prof.

??????

?Fundamentals of S

ystem C

ybernetics

Systems

Optimization

Hideki

Katagiri

TakeshiMatsui

Social

Informatics

Ichiro

Nishizaki

TomohiroHayashida

Production Systems

Engineering

KatsuhikoTakahashi

KatsumiMorikawa

DaisukeHirotani

Mathematics

MasaruIkehata

ToshioMikami

TetsutaroShibata

Yasumasa

Saisho

ChungYong Moo

SatoshiMasaki

Satoki

Uchiyama

Fundamentals of

Cybernetic Systems

Yasuhide

Ito

??????????

?Applied C

ybernetics

Control Systems

Engineering

Toru

Yamamoto

ShuichiOhno

MasayoshiNakamoto

*

ManassehEmmanuel

Chifuel*

Electric Power and

Energy System

NaotoYorino

Yoshifumi

Zoka

YutakaSasaki

Biological Systems

Engineering

ToshioTsuji

YuichiKurita

*Taro

Shibanoki*

Robotics

IdakuIshii

TakeshiTakaki

TadayoshiAoyama

*QingyiGu*

Applications of Cybernetics

OsamuFukuda

HidehikoKomine

High-speed parallel robot

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Information Engineeringhttp://www.hiroshima-u.ac.jp/en/info/

http://www.hiroshima-u.ac.jp/info/

IT ICT

Information Engineering leads research and education in the fields of information science and computer science as the basis of an advanced information society. In other words, we explore a wide range of fields focused on the basics of engineering by combining the four major areas of fundamental theoretical and applied computer science, hardware, and software.

This department, with expertise in the fields of ICT, Science, Information Engineering, and advanced IT-related technology, aims to develop highly specialized engineers and researchers capable of winning in international competition. Also, through participation in field research and development of cutting-edge technologies in science, engineering, and information theory, this department aims to develop the practical skills and technical knowledge that need to be acquired.

Graduates of this department are sought in the following occupations:

Researchers at IT companies Professional engineers responsible for advanced

system integration Advanced electronic, electrical, and information

technicians responsible for planning, design, development and evaluation of hardware and software in companies

Researchers at universities and institutes, and in government

In the masters program, students acquire advanced knowledge of information technology and highly specialized applications ranging from systems science and information theory underlying computer science, to the challenging and complex area of research and development in newly active regions. We aim to be highly specialized in technical training through participation in field research and development of cutting-edge technologies in science, engineering, and information theory, and develop practical skills through students acquired knowledge and skills.

A PC cluster comprised of a lot of personal computers A board with a Field-Programmable Gate Array (FPGA)

PC FPGA


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In the PhD course, students are expected to fi nd their own highly advanced topics in Engineering Science. The course is designed to train highly specialized engineers and researchers with an outstanding ability to assume leadership in research and development, through proactive participation in the central area of highly advanced research and development in information science and engineering, and to develop more advanced skills and practical knowledge and deeper understanding of the learning curve.

In this department, students acquire the basic theory of computer science and applied technology, in addition to an extensive educational background and applied mathematics. They can expect to obtain a masters/doctoral degree of engineering. However, a masters/doctoral degree of arts may be obtained for interdisciplinary courses in areas such as mathematics.

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Teach-in-English

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1

Area

Field of Research

Prof.

Assoc. Prof.

Assist. Prof.

?

???

?

???

?

???

?

?Information Engineering

Computer Systems

Koji

Nakano

Yasuaki

Ito

DaisukeTakafuji *

Manduhu* *

Md. NazrulIslam Mondal*

DistributedSystems

SatoshiFujita

SayakaKamei

SatoshiTaoka

Algorithm

Engineering

Computational Mathematics

Masaaki

Ito

Intelligent Systems

and Modeling

KazufumiKaneda

Toru

Tamaki

Bisser

Raytchev

Learning

Engineering

Tsukasa

Hirashima

YusukeHayashi

Foundation of

Computer Science

Chuzo

Iwamoto

Katsunobu

Imai

AppliedAlgebra

FujioKubo

Dependable

Systems

Tadashi

Dohi

HiroyukiOkamura

Media

Graphics

KoichiHarada

JunichiMiyao

Applied Mathematics

and Informatics

Hiroaki

Mukaidani

Analysis in

Mathematical Science

TadashiShima

NaoyukiIchihara

Information Planning

and Design

TakioKurita

YasuhikoMorimoto

Rainbows rendered by Computer Graphics

CG


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Chemical Engineeringhttp://www.hiroshima-u.ac.jp/en/chemeng/

http://www.hiroshima-u.ac.jp/chemeng/

Synthesis of porous nanoparticles, photoluminescence and self-organized film, and its characterization.

Development of supercritical fluids technology.

Though they may have excellent value, materials and products do not become great tools for enriching human lives without the appropriate production processes. Since the amounts of available energy and material resources are limited, it is necessary to innovate the processes and their systems to achieve an ideal balance between sustainable production of materials and minimization of the environmental loads.Chemical engineering has developed as an academic area that utilizes chemistry, biology, and physics in the design and operation of more innovative processes and systems for chemical plants that realize more highly efficient production modes. The essence of chemical engineering is using process-oriented intellections to recognize systemic problems being faced and thereby discover optimal solutions. Thus, chemical engineerings roles in developing a sustainable society consist of constructing optimal processes for material production and conserving our environment by controlling energy and material flows based on the characteristics, structures, and functions of molecules and their

assembly, as well as transportations and conversions of energy and materials in micro-/macro-phenomena, all under the concept of eco-friendly chemistry. Typical challenges in chemical engineering include establishing technologies for energy production and its effective utilization, designing chemical synthesis and production systems, creating new valuable materials, and controlling human impacts on the environment in consideration of the energy, resource and environmental problems we face. The approaches in chemical engineering are widely used in many sectors including the chemical industry, indicating the importance of chemical engineering as a practical academic endeavor.Department of chemical engineering in Hiroshima University consists of seven laboratories: Thermal-Fluid Engineering, High-Pressure Fluid Property, Polymer Technology, Separation Technology, Fine Particle Technology, Equipment Materials Engineering, and Green Process Engineering. Working together, we conduct state-of-the-art research on the development


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Area

Field of Research

Prof.

Assoc. Prof.

Assist. Prof.

Assist. Prof.

?

??

??

??

?Chem

ical Engineering

Thermal-Fluid Engineering

AkihiroYabuki

TakashiOgi

High-Pressure Fluid

Property

Shigeki

Takishima

ShinichiKihara

MasashiHaruki

Polymer

Technology

Shuji

Sakohara

TakashiIizawa

Takehiko

Gotoh

Separation Technology

Toshinori

Tsuru

TomohisaYoshioka

MasakotoKanezashi

Fine Particle Technology

Hideto

Yoshida

Tetsuya

Yamamoto

Equipment Materials

Engineering

ManabuShimada

YoshinoriIsomoto

MasaruKubo

ToshinoriTsumura

Green Process

Engineering

Kunihiro

Fukui

SatoshiNakai

Development of fi ne powder technology.

of advanced nano- and macro-scale chemical processes and equipment based on nano-, supercritical fl uid, polymer gel, separation, fi ne particle, material and environmental technologies.The Department also provides educational studies on the development of novel materials and advanced processes to enhance ones knowledge of chemical engineering in order to overcome environmental, energy, and resource issues and thereby help build a more sustainable society. Our department fosters highly specialized engineers and researchers who will be able to fl exibly and comprehensively deal with global and complex issues in industry and the environment from both micro/macro and comprehensive/panoramic views, and who can overcome the challenges of industrial society.

16

Applied Chemistry

http://www.hiroshima-u.ac.jp/appl/

http://www.hiroshima-u.ac.jp/en/appl/

Education and research in basic and applied chemistry have become more and more important in light of a strong societal demand for the materials that possess high functionality while harmonizing with the global environment. The Department of Applied Chemistry aims to cultivate human resources who can analyze, design, and develop functional materials at a molecular level while considering the environment, through the concept of environment-friendly chemistry, employing state-of-the-art research in each field with the cooperation of each laboratory. Concretely, in the masters course, we provide a wide-ranging specialized chemistry education comprising chemical reaction theory as well as organic, inorganic and analytical chemistry. We also give students assignments to analyze the structure, chemical reactivity and physical property of materials at the molecular level, as well as to design and develop novel functional materials. Through these processes, we develop researchers and advanced engineers who can chemically not only design environmentally harmless molecules and reactions but also develop environmentally

harmonized chemical processes. In the doctors course, we nurture highly skilled professionals and researchers, based on the basic knowledge acquired in the masters course, who are able to solve problems from higher aspects, settle on an original working system, and play an active international role as a leader. Representative research subjects are as follows:

Synthesis of novel organosilicon compounds and their applications to heat-resistance, conducting, and emissive materials (Ohshita)

Synthesis of Novel Functional Dyes and Their Applications to Optoelectronic Devices (Ooyama)

High performance hydrocarbon polymers via transition metal catalyzed polymerization (Shiono)

Development of high-performance polymerization catalysts with metal complexes and environmentally friendly polymer materials (Nakayama)

Exploitation of new organic reactions directed at environmentally benign molecular transformation (Takaki)

Development of a new synthetic method using

Dye-sensitized solar cell Nuclear magnetic resonance spectrometer


20139

reactive intermediates and/or transition metal catalysts (Yoshida)

Site specifi c trace elemental characterization using synchrotron radiation (Hayakawa)

Research and development of molecular assembled devices (Harima)

Development of novel photo- and electroactive organic-inorganic hybrid materials with well-defi ned structures (Imae)

Development of functional paramagnetic materials and evaluation of their physical properties (Komaguchi)

Development of highly functional inorganic materials and thin fi lms by designing nanospaces, interfaces, and interstices in crystals and nanostructured materials (Inumaru)

Syntheses and applications of inorganic microporous and mesoporous materials such as zeolites and related materials (Sano)

Synthesis of new transition metal oxide-based materials (Sadakane)

Area

Field of Research

Prof.

Assoc. Prof.

Assist. Prof.

?

???

???

???

?Applied C

hemistry

Applied Organic

Chemistry

Organic Materials

Chemistry

Joji

Ohshita

YousukeOoyama

Polymer

Chemistry

TakeshiShiono

Yuushou

Nakayama

Ryo

Tanaka

Reaction Design

Chemistry

Ken

Takaki

Hiroto

Yoshida

Kimihiro

Komeyama

AnalyticalChemistry

Shinjiro

Hayakawa

*Naoki

Noguchi*

Materials Physical

Chemistry

YutakaHarima

IchiroImae

Kenji

Komaguchi

Inorganic Materials

Chemistry

Kei

Inumaru

Hiroshi

FukuokaKiyofumiKatagiri

CatalysisChemistry

TsunejiSano

MasahiroSadakane

http://www.hiroshima-u.ac.jp/appl/[2010/10/16 17:43:47]

Web


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One scene in a laboratory


18

http://www.hiroshima-u.ac.jp/civil/

http://www.hiroshima-u.ac.jp/en/civil/

Civil and Environmental Engineering

Department of Civil and Environmental Engineering, Graduate School of Engineering

Comprehensive education and research activities focused on design construction, maintenance of next-generation infrastructures, waste disposal facilities, and survey with statistical modeling for city and regional planning are extensively carried out in order to solve environmental issues and encourage the harmony with nature.

Department of Civil & Environmental Engineering of the Hiroshima University provides excellent education and conducts high-quality research in water, environmental, geotechnical, structural engineering and infrastructure planning fields.

Education and research in this department are concerned with creation of safe, comfortable and sustainable social systems. Civil and Environmental

Engineering department is divided into two divisions as Structural Engineering and Environmental Engineering. The subdivisions of Structural Engineering are Structural Materials and Concrete Structures, Design and Maintenance of Structures, and Geotechnical Engineering. Environmental Engineering is composed of Infrastructure and Transportation Planning, Environmental Preservation Engineering, Hydraulic Engineering, and of Coastal Engineering.

Department of Civil & Environmental Engineering of the Hiroshima University has established international ties with seven other universities in overseas. This global cooperation is focused on stimulating young researchers and students to activate the international cooperation. In our group, the International Conference on Civil and Environmental Engineering has been held annually, rotating in four hosting university, since 2009. Graduate students write and present their papers in English to improve their communication skill by through discussions or student-organized workshop.

Triaxial compression testMeeting for transportation planning


20139ICCEE; International Conference on Civil and Environmental Engineering2009ICCEE

Area

Field of Research

Prof.

Assoc. Prof.

Assist. Prof.

????

?Structural Engineering

Structural

Materials and Concrete

Structures

KenjiKawai

Yuko

Ogawa

Design and

Maintenance of Structures

Katashi

Fujii

KenichiroNakarai

IchiroArio

Geotechnical Engineering

Takashi

Tsuchida

KojiIchii

*A. M. R. G.

Athapaththu*

????

?Environmental Engineering

Infrastructure and

Transportation Planning

MakotoTsukai

Environmental Preservation Engineering

AkiyoshiOhashi

Noriatsu

Ozaki

TomonoriKindaichi

*Hiroya

Kodera*

Hydraulic

Engineering

YoshihisaKawahara

Ryota

Tsubaki

*Cho

Thanda Nyunt*201310

Coastal

Engineering

Kiyoshi

Kawanishi

TadashiHibino

Shinya

Nakashita*

TouchNarong*

http://www.hiroshima-u.ac.jp/civil/[2010/10/16 18:31:01]

Web


()

()

( 117 ) 117(:)

1

117

Crush test of concrete beam

( 11( 11( 11( 11( 11( 11( 11( 11( 11( 11( 11( 11( 11


20

Transportation and Environmental Systems

http://www.hiroshima-u.ac.jp/en/yuso/

http://www.hiroshima-u.ac.jp/yuso/

The Department of Transportation and Environmental Systems provides education and performs research on Vehicle Technology and Global Environmental Engineering to achieve Transportation-Environment Harmony.Related education and research fields include Structural Systems, Structural Design, System Safety, Integrated Engineering for Vehicle and Environmental Systems, Marine Transportation System, Fluid Dynamics for Vehicle and Environmental Systems, and Airworthiness and Seakeeping for Vehicles and Ocean-Atmosphere Systems. Details of education and research fields are as follows:Structural Systems Development of structure-related nonlinear simulation

methods (buckling, instability, structure-fluid interaction, collision)

Ultimate strength and safety assessment of structureFracture mechanicsStructural Design Design technologies and optimization methods for large-

scale structures such as vehiclesTopology optimization method and its applicationComputational method for structural analysisSystem Safety Research on the development of sheet-type sensors for

dynamic load measurement, impact force measurement, deformation measurement, and stress measurement

Structural monitoring Structural reliability analysis and inspection planning of

aging structures Automatic control and planning of ship equipment and

systems Study on analysis of electromagnetic and structural

coupled problems Integrated Engineering for Vehicle and Environmental

Systems Information system to support the design and production

of vehicles Development of a new transportation system in

consideration of human factors Integration of logistics planning and design of vehiclesMarine Transportation System Development of an environment friendly marine vehicle Research on the performance prediction of a marine

vehicleResearch on marine navigation safetyResearch on new energy transportationResearch on ship equipment Fluid Dynamics for Vehicle and Environmental Systems Research on passive/active stall control of an aerofoil Research on the reduction of wind resistance acting on the

bridge of a ship Research on the seakeeping performance of a ship in a

Crash analysis of carExperiment of a canard configuration WIG


20139 CFD

nonlinear wave Research on CFD technology for aerodynamics and

dynamic performance of automobile Assessment and prediction of the ocean-atmosphere

environment with regard to vehicle transportation Research on the advanced technology of electrical energy

generated by ocean powerAirworthiness and Seakeeping for Vehicles Research on the aerodynamics of WIG fl ying over the

waves Research on off shore fl oating wind turbine Research on ocean current turbineResearch on human-powered aircraft Research on theoretical estimation of ship seakeeping Research on remote sensing of the marine environmentOcean-Atmosphere Systems Monitoring and prediction systems study of coastal

environmental variations Study of Kuroshio eff ect on the environmental variations at

the central part of the Seto Inland Sea Development study of acoustic tsunami currentmeterStudy of seichesStudy of tidal mixing and fronts

Area

Field of Research

Prof.

Assoc. Prof.

Assist. Prof.

?

??

??

??

??

??

??

??

??

?Transportation and Environmental S

ystems

StructuralSystems

ShigenobuOkazawa

SatoyukiTanaka

Structural

Design

Mitsuru

Kitamura

Akihiro

Takezawa

SystemSafety

Yukio

Fujimoto

Eiji

Shintaku

Yoshikazu

Tanaka

Integrated Engineering for

Vehicle and Environmental

Systems

KunihiroHamada

NoritakaHirata

Marine

Transportation System

Hironori

Yasukawa

SusumuTanaka

Masaaki

Sano

Fluid Dynamics for

Vehicle and Environmental

Systems

Yasuaki

Doi

Hidemi

Mutsuda

Takuji

Nakashima

Airworthiness and

Seakeeping for Vehicles

HidetsuguIwashita

Yuji

Sakuno

Ocean-Atmosphere

Systems

Arata

Kaneko

Masazumi

Arai

http://www.hiroshima-u.ac.jp/yuso/[2010/10/16 18:34:43]

Web


1

Research and development of eco-friendly ships with an electric propulsion system

22http://www.hiroshima-u.ac.jp/en/architecture/

http://www.hiroshima-u.ac.jp/architecture/

Architecture

21

The goal of research and education at the Department of Architecture is to ensure a safe and comfortable environment for various types of structures ranging from small-scale residential buildings to highrise and long-span structures, as well as the regional and urban spaces. Various types of structures, including steel, reinforced concrete, and timber structures, are investigated with regard to their cultural, functional, and mechanical aspects.Due to increasing societal demands of the 21st century, we have to abandon the scrap-and-build-type system of building and construction of the 20th century, and seek for rational renovation of residential spaces and the urban environment that emphasizes conformity and coexistence with nature and an increasingly aging society. In order to resolve these demands, new methodologies are required for recreating beautiful landscapes in highly industrialized societies. Safe and comfortable urban and residential environments should be developed, safeguarding against seismic and fire disasters, based on new technologies in renovation, recycling, and reuse, for residential buildings, cultural

facilities, public buildings, and industrial structures.Toward these goals, we educate engineers and researchers who have deep knowledge and expertise in new technologies, including seismic engineering, computational mechanics, material engineering, applied mathematics, computer science, and reliability-based engineering. These engineers and researchers are expected to lead the innovative development of architecture and building engineering based on a deep and wide knowledge of the traditional areas of research and education: namely, structural mechanics, material science, design loads, construction management, architectural environment, planning, design, and history. The ability to practically integrate their expertise is to be acquired systematically through internship or on-the-job training in industry and design offices, which is required for application for the qualification of First Class Qualified Architect/Building Engineer.In order to carry out this research and education, the laboratories of the Department of Architecture are classified into the two areas of Building Engineering and Architecture. The main research topics of these

FE-analysis of steel frame Design of building


20139

http://www.hiroshima-u.ac.jp/architecture/[2010/10/16 18:37:44]

Web


()

()

1

CG

two areas can be summarized as follows:Building Engineering Durability design of structures; Structural analysis

method for traditional timber buildings; Computational mechanics for nonlinear structural analysis; Seismic safety of steel building frames; Development of hysteretic damping devices; Resisting characteristics of steel structural members and their connections; Computational mechanics for seismic performance optimization; Analysis and design of long-span and tension structures; Site amplifi cation of earthquake motion; Load resistance mechanism of reinforced concrete structures; and Retrofi t of existing buildings.

Architecture Planning and management methodology for building

construction projects, and related social and legal systems; Evaluation of the housing environment; Effi cient use of energy in buildings; Analysis, planning, and design of the urban environment; Research and planning for the conservation of buildings and towns; History of modern architecture; Theoretical research of architectural design; CG simulation of historical architecture and urban space; and Theory of architectural landscape.

Area

Field of Research

Prof.

Assoc. Prof.

Assist. Prof.

?????

?Building Engineering

Building Materials and Components

TakaakiOhkubo

Structural Mechanics

of Building

Kazuo

Kondoh

Building

Structures

Hiroshi

Tagawa

Teruaki

Yamanishi

Disaster Prevention

Engineering

MakotoOhsaki

HiroyukiMiura

HidekazuWatanabe

Earthquake and

Structural Engineering

Yo

Hibino

?????

?Architecture

Architectural

Planning

Yoshinobu

Hirano

Aya

Ishigaki

Architectural History and Design Theory

ToshimasaSugimoto

ShoichiroSendai

SusumuMizuta

*RyokoAkagi*

Architectural Environment

DaisakuNishina

TakahiroTanaka

Sayaka

Kindaichi

Architectural

Project

MitsuguOkagawa

Testing of reinforced concrete column


24

Graduate School of Engineering Data

Number of Graduate School of Engineering Students by Research Field

Department

Number

Mechanical Systems Engineering 83 Mechanical Science and Engineering 110

System Cybernetics 115

Information Engineering 116

Chemical Engineering 92

Applied Chemistry 62 Civil and Environmental Engineering 58 Transportation and Environmental Systems 64

Architecture 66

Total 766

Department

Number

Mechanical System Engineering 6 Artificial Complex Systems Engineering 3 Social and Environmental System Engineering 7

Total 16

2551

21Befor 2009 Enrollment

22After 2010 Enrollment

Number of International Students by Country of Origin

Classification

Graduate School of Engineering Hiroshima University

Professor

Associate Professor

Lecturer

Assistant Professor

TotalFaculty 63 63 0 54 180 1,717

Staff 24 1,589

2551(As of May 1, 2013)

Each number represents the current number of faculty or staff members.

Number of Faculty Members in the Graduate School of Engineering

Number of Graduate and Undergraduate Students

Classification

Faculty of Engineering

Hiroshima University

Undergraduate student 2,224 10,941

Graduate student 782 4,132

Postgraduate student, etc. 23 185

* (International student, etc.) 168 994

Total 3,029 15,258

2551

* International student, etc. is indicated as the number of international students included in the total.

Number of Degree Awardees

Classification

24FY2012

Accumulated Total

Graduate School of

Engineering


Graduate School of

Engineering


Masters 309 1,158 10,320 32,141

Doctoral 53 325 1,317 10,702

Country (Top 3)

Number

China 8711

Malaysia 22 0

South Korea 16 0

Other Asian countries 34 1

Other 9 1

Total 16813

2551

* The number in ( ) indicates international postgraduate students, etc. included

in the total.


Graduate School of Engineering Entrance Examinations

Eligible applicant

April Admission

10October Admission

Students who have graduated (or are expected to graduate) from the Faculty of Engineering

Early July (admission on recommendation) and late August

Late August

International students

Late August and Late January-early February (Examination in

Late January-early February is carried out through special selection procedures.)

Late August

Adults (System Cybernetics)

Late January-early February

Eligible applicant

April Admission

10October Admission

Those who have earned (or are expected to earn) a masters degree

Late February early March

Late August

International students

Late January early February

Late August

Adults

Late January early February

Late August

24 Career Paths of Students Who Completed the Graduate School of Engineering in FY2012

Masters program

Doctoral program

2551

Masters program Doctoral program

Pursued higher education19

Government2

Electricity, Gas, Heat supply and Water

12

Information and Communications

24

Transport and Postal activities

4

Wholesale and Retail trade

5

Scientec research, Professional

and Technical Services

13

Scientec research, Professionaland Technical Services

3

Finance and Insurance1 Government13

Other Services4

Other14

Graduates50

Graduates309

Electricity, Gas, Heat supply and Water

2 Construction

1 Other Services1

Pursued higher education7 Construction

24

Manufacturing176

Education, Learning support

22

Other 3

Manufacturing9

Pursued higher education7

Manufacturing176

Foods 2

Textile products 4

Printing-related 3

Chemicals 37

Iron and steel 16

General machinery 41

Electrical machinery 24

Electronic components 1

Transport machinery 37

Other 11

Manufacturing9

Chemicals 2

General machinery 5

Transport machinery 1

Other 1

Higashi-Hiroshima

Hiroshima

Hiroshima pref.

Yamaguchi pref.

Shimane pref.

Tottori pref.

Okayama pref.

739-8527 414-1, Kagamiyama 1-chome, Higashi-Hiroshima, Japan 739-8527

Graduate School of Engineering

082URL: http://www.hiroshima-u.ac.jp/eng/

2 0 1 0

http://www.hiroshima-u.ac.jp/index-j.htmlhttp://www.hiroshima-u.ac.jp/m/

Access

375

2

Sanyo Expressway

ICShiwa IC IC

Saijo IC

ICKochi IC

Boulevard

Bypass

Nishi-Takaya Sta.

Hachihonmatsu Sta.

Higashi-Hiroshima Sta.

Saijo Sta.

JRJR Sanyo Line

JRJR Sanyo Shinkansen Line

Shiraichi Sta.

Hiroshima Airport

Hiroshima University Higashi-Hiroshima Campus

TEL082424-7505FAX082422-7039General Affairs Sec. TEL81-82-424-7505FAX81-82-422-7039 TEL082424-7519FAX082424-5461Graduate Student Sec. TEL81-82-424-7519FAX81-82-424-5461 TEL082424-7532FAX082422-7193Mechanical Systems Engineering TEL81-82-424-7532FAX81-82-422-7193 TEL082424-7532FAX082422-7193Mechanical Science and Engineering TEL81-82-424-7532FAX81-82-422-7193 TEL082424-7687FAX082422-7195System Cybernetics TEL81-82-424-7687FAX81-82-422-7195 TEL082424-7878FAX082422-7195Information Engineering TEL81-82-424-7878FAX81-82-422-7195 TEL082424-7712FAX082424-5494Chemical Engineering TEL81-82-424-7712FAX81-82-424-5494 TEL082424-7712FAX082424-5494Applied Chemistry TEL81-82-424-7712FAX81-82-424-5494 TEL082424-7819FAX082422-7194Civil and Environmental Engineering TEL81-82-424-7819FAX81-82-422-7194 TEL082424-7774FAX082422-7194Transportation and Environmental Systems TEL81-82-424-7774FAX81-82-422-7194 TEL082424-7839FAX082422-7194Architecture TEL81-82-424-7839FAX81-82-422-7194

60

20-30I.C.

20-25I.C.

JR

15JR

20

10JR

Hirodai-Chuoguchi or Hirodai-Higashiguchi About 20min. by bus

Shiraichi Sta. About 15min. by busHiroshima Airport

Saijo Sta. About 10min. by JR Sanyo LineShiraichi Sta.

Saijo Sta.

JR JRJR

20

20JR

Saijo Sta. Hirodai-Chuoguchi or Hirodai-Higashiguchi About 20min. by bus

Hirodai-Chuoguchi or Hirodai-Higashiguchi About 20min. by busHachihonmatsu Sta.

15

JR

Hirodai-Chuoguchi or Hirodai-Higashiguchi About 15min. by bus Higashi-Hiroshima Sta.

From Hiroshima Airport

JRFrom JR Sanyo Line

From JR Sanyo Shinkansen Line

2

2013

2013

pamphlet of the graduate school of engineering, hiroshima university

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