Nagasaki University
School of Engineering &Graduate School of Engineering
Nagasaki University 32°47′10″N 129°51′59″E

BEIJING

TOKYO

SEOUL

OSAKA

SHANGHAINAGASAKITAIPEIHONG KONG
SASEBO City

HANOI

Nagasaki University
MANILANAGASAKICityBANGKOK

PHNOM PENH

32°47′10″N 129°51′59″E

KUALA LUMPUR

SINGAPORE

Nagasaki University
School of Engineering&
Graduate School of Engineering
1-14 Bunkyo, Nagasaki City, 852-8521 JAPAN
Tel: +81-95-819-2489 Fax: +81-95-819-2488
Email: sgsoumu@ml.nagasaki-u.ac.jp
URL: http://www.eng.nagasaki-u.ac.jp/english/index.html

2024.32024

Dreams for the Future■ Green Innovation

Message from the Dean

Development of robotics and new medical instruments,
for integration with IoT and deep learning through cooperation
between medics and engineers
With regard to medical innovation, a clear understanding of medical needs,
combined with a means to rapidly prototype proposed solutions, ready forevaluation has been found to be key. Fig.1 shows a CAD (Computer Aided
Design) design of a new kind of forceps, Fig. 2 shows a functional prototype ofthe forceps made with a high quality 3D printer, making immediate evaluationof the mechanism possible. The proposed laparoscopic forceps are designed
to delicately hold organs and provide for less invasive surgery as well as
provide a mechanism that can be robotically assisted. This project was initiatedby a combined team of medical and engineering staff and students. This andmany other projects are underway to provide for a new generation of assistive
mechanisms and systems that can integrate robotics, IoT and deep learning insuch a way to support a new generation of medics, nursing and welfare staff
through collaboration between medicine and engineering faculties.

Fig. 1 CAD design of a new kind of forceps

Fig. 2 Functional prototype of the forceps made with a highquality 3D printer■ The Novel and Creative Researches
Materials science research on innovative low carbon technologies

Professor Sakaguchi, Daisaku; Dean of the School of Engineering, Dean of the Graduate School of Engineering"Exciting Moments" of Discovery

Nowadays, we are facing severe environmental issues such as global warming and climate change. Green house gas emissions,convincingly a major cause of the global warming are mainly derived from the transportation sector and electricity power generation
based on the consumption of fossil fuels. This project focuses on the two research themes: (1) Development of innovative materials
for next-generation energy storages devices, (2) Development of novel synthetic technologies of energy resources. For example, wehave been developing new materials for highperformance Li-ion batteries with high power, highenergy and safety, to apply to electric vehicles andelectric power grid connection systems. Furthermore,
we are strengthening the developments of novel
technologies for CO 2 -reduction and conversion into
valuable carbon resources. We are aiming at essential
innovation by seeking new breakthrough technologies
and chemical transformations, in addition to
SEM image of an electrode nanomaterial and Organic synthetic reactor for CO2
addmissing the perspectives of environmental issues.
its crystal structure

Researching for many years can bring about "exciting moments," but they are rare and happen only once every few years oronce a decade. These moments drive us to work hard, waking up early and dedicating long hours in the lab to examine andcoding. They come when we succeed in proving something unknown to others, based on our own knowledge. This is a momentof validation when we confirm, with our own hands, knowledge that others have not yet discovered. This experience is addictive
and drives us to continue researching, even through failures and hardships.
In today's world, information and advanced technology are easily accessible, but original data requires a high level of specialized knowledge and creativity. To obtain data that others have not yet obtained, we must create our own instruments and code,sorting through what is known and unknown in the world to devise a research strategy. This requires not only a deep understanding of the subject matter but also interdisciplinary knowledge. Combining knowledge from physics, chemistry, and environmental engineering, for example, can lead to innovative solutions.
At Nagasaki University, we strive to achieve "Planetary Health" and promote livable societies on a global scale. By acquiring
both expertise and a broad range of knowledge at the University, we can enjoy "exciting moments" together and work towards
realizing "Planetary Health."
Dean of the School of Engineering / Dean of the Graduate School of Engineering

Prof. Sakaguchi Daisaku

transformation

Research project on innovative next generation magnets– “Control of Nanostructure” and “Alloy Composition Exploration” –A conventional Nd-Fe-B permanent magnet is an attractive material and has been widely used, however we are still searching for
new materials as a next generation permanent magnet from a future application point of view.
In our project, we focus on the preparation of various permanent magnet materials by talking account of analysis results with themicro magnetic theory. For example, the computer simulation indicated that (BH)max exceeded 300 kJ/m3 under the hightemperature at 473 K in Sm-Co/α-Fe nanocomposite magnets with multi-layered structure (see Fig. 1). The value was much higher
than that of an Nd-Fe-B magnet. We, therefore, try tofabricate Sm-Co/α-Fe multilayered films by using a
PLD (Pulsed Laser Deposition) method as shown in
Fig. 2. It was clarified that the control of microstructureof Sm-Co permanent magnets including α-Fe phase isan effective method of developing a high temperaturemagnet. Our group also attempt to control the
microstructure for Sm-Co/α-Fe nanocomposite
magnets synthesized by using a wet process.
We will demonstrate several prominent candidates asa next generation magnet through the simulational and
Fig.1 Computer simulations of (BH)max
Fig. 2 PLD method of preparation of
Sm-Co/α-Fe nanocomposite magnets withat 300 and 473 K, respectively, inexperimental approaches.
Sm-Co/α-Fe nanocomposite magnets
with multi-layered structure.

multi-layered structure.

School of Engineering & Graduate School of Engineering

Dreams for the Future■ Green Innovation

Message from the Dean

Development of robotics and new medical instruments,
for integration with IoT and deep learning through cooperation
between medics and engineers
With regard to medical innovation, a clear understanding of medical needs,
combined with a means to rapidly prototype proposed solutions, ready forevaluation has been found to be key. Fig.1 shows a CAD (Computer Aided
Design) design of a new kind of forceps, Fig. 2 shows a functional prototype ofthe forceps made with a high quality 3D printer, making immediate evaluationof the mechanism possible. The proposed laparoscopic forceps are designed
to delicately hold organs and provide for less invasive surgery as well as
provide a mechanism that can be robotically assisted. This project was initiatedby a combined team of medical and engineering staff and students. This andmany other projects are underway to provide for a new generation of assistive
mechanisms and systems that can integrate robotics, IoT and deep learning insuch a way to support a new generation of medics, nursing and welfare staff
through collaboration between medicine and engineering faculties.

Fig. 1 CAD design of a new kind of forceps

Fig. 2 Functional prototype of the forceps made with a highquality 3D printer■ The Novel and Creative Researches
Materials science research on innovative low carbon technologies

Professor Sakaguchi, Daisaku; Dean of the School of Engineering, Dean of the Graduate School of Engineering"Exciting Moments" of Discovery

Nowadays, we are facing severe environmental issues such as global warming and climate change. Green house gas emissions,convincingly a major cause of the global warming are mainly derived from the transportation sector and electricity power generation
based on the consumption of fossil fuels. This project focuses on the two research themes: (1) Development of innovative materials
for next-generation energy storages devices, (2) Development of novel synthetic technologies of energy resources. For example, wehave been developing new materials for highperformance Li-ion batteries with high power, highenergy and safety, to apply to electric vehicles andelectric power grid connection systems. Furthermore,
we are strengthening the developments of novel
technologies for CO 2 -reduction and conversion into
valuable carbon resources. We are aiming at essential
innovation by seeking new breakthrough technologies
and chemical transformations, in addition to
SEM image of an electrode nanomaterial and Organic synthetic reactor for CO2
addmissing the perspectives of environmental issues.
its crystal structure

Researching for many years can bring about "exciting moments," but they are rare and happen only once every few years oronce a decade. These moments drive us to work hard, waking up early and dedicating long hours in the lab to examine andcoding. They come when we succeed in proving something unknown to others, based on our own knowledge. This is a momentof validation when we confirm, with our own hands, knowledge that others have not yet discovered. This experience is addictive
and drives us to continue researching, even through failures and hardships.
In today's world, information and advanced technology are easily accessible, but original data requires a high level of specialized knowledge and creativity. To obtain data that others have not yet obtained, we must create our own instruments and code,sorting through what is known and unknown in the world to devise a research strategy. This requires not only a deep understanding of the subject matter but also interdisciplinary knowledge. Combining knowledge from physics, chemistry, and environmental engineering, for example, can lead to innovative solutions.
At Nagasaki University, we strive to achieve "Planetary Health" and promote livable societies on a global scale. By acquiring
both expertise and a broad range of knowledge at the University, we can enjoy "exciting moments" together and work towards
realizing "Planetary Health."
Dean of the School of Engineering / Dean of the Graduate School of Engineering

Prof. Sakaguchi Daisaku

transformation

Research project on innovative next generation magnets– “Control of Nanostructure” and “Alloy Composition Exploration” –A conventional Nd-Fe-B permanent magnet is an attractive material and has been widely used, however we are still searching for
new materials as a next generation permanent magnet from a future application point of view.
In our project, we focus on the preparation of various permanent magnet materials by talking account of analysis results with themicro magnetic theory. For example, the computer simulation indicated that (BH)max exceeded 300 kJ/m3 under the hightemperature at 473 K in Sm-Co/α-Fe nanocomposite magnets with multi-layered structure (see Fig. 1). The value was much higher
than that of an Nd-Fe-B magnet. We, therefore, try tofabricate Sm-Co/α-Fe multilayered films by using a
PLD (Pulsed Laser Deposition) method as shown in
Fig. 2. It was clarified that the control of microstructureof Sm-Co permanent magnets including α-Fe phase isan effective method of developing a high temperaturemagnet. Our group also attempt to control the
microstructure for Sm-Co/α-Fe nanocomposite
magnets synthesized by using a wet process.
We will demonstrate several prominent candidates asa next generation magnet through the simulational and
Fig.1 Computer simulations of (BH)max
Fig. 2 PLD method of preparation of
Sm-Co/α-Fe nanocomposite magnets withat 300 and 473 K, respectively, inexperimental approaches.
Sm-Co/α-Fe nanocomposite magnets
with multi-layered structure.

multi-layered structure.

School of Engineering & Graduate School of EngineeringSchool of Engineering and
Graduate School of Engineering

Programs and Majors

Organization

Educational Philosophy and Aim（As of 1 May, 2023）
Number of Faculty Members

Division

Division of System
Science
Division of ElectricalEngineering andComputer Science
Division of Chemistry
and Materials Science

Affiliated Division

Engineering Field

Professor

Associate
Professor

Assistant
Professor

Research
Associate

Total

Engineering for Sustainable Development

4

3

0

0

7

Human and Engineered Environmental Science

5

9

5

0

19

Mechanical Science

5

3

5

0

13

Electrical and Electronic Engineering

6

10

4

0

20

Surface and Interfacial Nano-Science

3

6

4

0

13

Advanced Materials Science

3

3

2

1

9

Molecular and Life Science

4

4

1

0

9

Eco Materials Science

1

0

0

0

1

Naval Architecture andOcean Engineering Laboratory

1

0

0

0

1

32

38

21

1

92

Total

Philosophy of the School of Engineering

Based in Nagasaki, a city echoing the heartbeat of Asia, the school seeks to contribute to the sustainable development of society byacquiring intelligence, spirit, and a strong understanding of science and technology to shape the future.

Educational Aim of the School of Engineering

Extensive educational programs are provided to deliver a strong fundamental education and robust knowledge of the individual specialties, while also focusing on students acquiring technical ethics, communication skills and task researching capabilities.

Educational Philosophy and Aim of the Graduate School of Engineering(Educational Philosophy)
As an educational and research base for advanced engineering which coexists with nature and commits to the sustainable development of human society, the Graduate School of Engineering will foster highly professional engineers and researchers who possess
professional and interdisciplinary knowledge along with as high expertise across a wide range of engineering topics, and who will beable to play an active role in the international field. We will also contribute to promoting innovative science and technology of next
generation through conducting pioneering and innovative research.
(Aim)
To develop in students professional and interdisciplinary knowledge along with high expertise across a wide range of engineering
topics, and to cultivate their skills to explore and solve problems as well as their capabilities to conduct internationally pioneeringresearch and development.

（As of 1 May, 2023）

1971.4.1

1987.4.1

2000.4.1

2010.3.31
2011.4.1

2024.4.1

Number ofStudents

Mechanical Engineering Program

366

Electrical and Electronic Engineering Program

345

Computer and Information Science Program

9

The Faculty of Engineering (Department of Mechanical Engineering and Electrical Engineering) was established.
The Department of Structural Engineering, Department of Civil Engineering, Department of Materials Science andEngineering, Department of Industrial Chemistry, Department of Electrical and Electronic Engineering, Departmentof Computer and Information Science were established in following years.

Structural Engineering Program

195

Civil and Environmental Engineering Program

188

Chemistry and Materials Engineering Program

294

The Advanced Courses (Mechanical Engineering, Electrical Engineering, and Structural Engineering) were established. The Advanced Courses in Civil Engineering, and in Materials Science and Engineering were establishedsubsequently.

Mechanical Engineering Program

99

Electrical and Electronic Engineering Program

104

The Department of Marine Science and Development was established in the Graduate School of Engineering
Science (Doctoral Course). It was transferred to the Graduated School of Marine Science and Engineering in thefollowing year.

Computer and Information Science Program

66

Structural Engineering Program

51

Civil and Environmental Engineering Program

27

Chemistry and Materials Engineering Program

88

History
1966.4.1

ProgramCourseSchool of Engineering

Master's
CourseThe Graduate School of Marine Science and Development was reorganized into the doctoral course of the Graduate School of Science and Technology. Along with this, the Graduate School of Engineering (Master’s Course) wastransferred to the Graduate School of Science and Technology (Doctoral Course).
Due to the establishment of Advanced Computing Center, Ultra-High Speed Many Core Computing ResearchCenter was discontinued.
Faculty of Engineering`s seven departments (Mechanical Systems Engineering, Electrical and Electronic Engineering, Computer and Information Sciences, Structural Engineering, Civil Engineering, Materials Science andEngineering, and Applied Chemistry) were restructured into one engineering department, and renamed the Schoolof Engineering.
The Graduate School of Science and Technology was restructured to establish the Graduate School of Engineering and the Graduate School of Fisheries Science and Environmental Studies.
The Graduate School of Information and Data Sciences, the Graduate Schools of Engineering, and the Graduate
Schools of Fisheries and Environmental Science have been merged into one graduate school, establishing the
Graduate School of Integrated Science and Technology.

Department ofAdvanced Engineering

Water and Environmental Science Program

Graduate School ofEngineering(Formerly:Water and Environmental Engineering Program)

Doctoral Course(3 Year Program)

Doctoral Course(5 Year Program)

Department of Scienceand Technology

Department of Advanced
Technology and Science
for Sustainable Development

17

Frontiers of Marine Science Program

13

Systems Engineering Program

29

Electrical Engineering and Computer Science Program

15

Chemistry and Materials Science Program

7

Water and Environmental Science Program

8

Next Generation Energy System Program

4

Advanced Functional Materials Program

11

From April 2022, the "Frontiers of Marine Science Program" has been established, and the " Water and Environmental Engineering Program" has become the "Water and Environmental Science Program".

Nagasaki University

School of Engineering & Graduate School of EngineeringSchool of Engineering and
Graduate School of Engineering

Programs and Majors

Organization

Educational Philosophy and Aim（As of 1 May, 2023）
Number of Faculty Members

Division

Division of System
Science
Division of ElectricalEngineering andComputer Science
Division of Chemistry
and Materials Science

Affiliated Division

Engineering Field

Professor

Associate
Professor

Assistant
Professor

Research
Associate

Total

Engineering for Sustainable Development

4

3

0

0

7

Human and Engineered Environmental Science

5

9

5

0

19

Mechanical Science

5

3

5

0

13

Electrical and Electronic Engineering

6

10

4

0

20

Surface and Interfacial Nano-Science

3

6

4

0

13

Advanced Materials Science

3

3

2

1

9

Molecular and Life Science

4

4

1

0

9

Eco Materials Science

1

0

0

0

1

Naval Architecture andOcean Engineering Laboratory

1

0

0

0

1

32

38

21

1

92

Total

Philosophy of the School of Engineering

Based in Nagasaki, a city echoing the heartbeat of Asia, the school seeks to contribute to the sustainable development of society byacquiring intelligence, spirit, and a strong understanding of science and technology to shape the future.

Educational Aim of the School of Engineering

Extensive educational programs are provided to deliver a strong fundamental education and robust knowledge of the individual specialties, while also focusing on students acquiring technical ethics, communication skills and task researching capabilities.

Educational Philosophy and Aim of the Graduate School of Engineering(Educational Philosophy)
As an educational and research base for advanced engineering which coexists with nature and commits to the sustainable development of human society, the Graduate School of Engineering will foster highly professional engineers and researchers who possess
professional and interdisciplinary knowledge along with as high expertise across a wide range of engineering topics, and who will beable to play an active role in the international field. We will also contribute to promoting innovative science and technology of next
generation through conducting pioneering and innovative research.
(Aim)
To develop in students professional and interdisciplinary knowledge along with high expertise across a wide range of engineering
topics, and to cultivate their skills to explore and solve problems as well as their capabilities to conduct internationally pioneeringresearch and development.

（As of 1 May, 2023）

1971.4.1

1987.4.1

2000.4.1

2010.3.31
2011.4.1

2024.4.1

Number ofStudents

Mechanical Engineering Program

366

Electrical and Electronic Engineering Program

345

Computer and Information Science Program

9

The Faculty of Engineering (Department of Mechanical Engineering and Electrical Engineering) was established.
The Department of Structural Engineering, Department of Civil Engineering, Department of Materials Science andEngineering, Department of Industrial Chemistry, Department of Electrical and Electronic Engineering, Departmentof Computer and Information Science were established in following years.

Structural Engineering Program

195

Civil and Environmental Engineering Program

188

Chemistry and Materials Engineering Program

294

The Advanced Courses (Mechanical Engineering, Electrical Engineering, and Structural Engineering) were established. The Advanced Courses in Civil Engineering, and in Materials Science and Engineering were establishedsubsequently.

Mechanical Engineering Program

99

Electrical and Electronic Engineering Program

104

The Department of Marine Science and Development was established in the Graduate School of Engineering
Science (Doctoral Course). It was transferred to the Graduated School of Marine Science and Engineering in thefollowing year.

Computer and Information Science Program

66

Structural Engineering Program

51

Civil and Environmental Engineering Program

27

Chemistry and Materials Engineering Program

88

History
1966.4.1

ProgramCourseSchool of Engineering

Master's
CourseThe Graduate School of Marine Science and Development was reorganized into the doctoral course of the Graduate School of Science and Technology. Along with this, the Graduate School of Engineering (Master’s Course) wastransferred to the Graduate School of Science and Technology (Doctoral Course).
Due to the establishment of Advanced Computing Center, Ultra-High Speed Many Core Computing ResearchCenter was discontinued.
Faculty of Engineering`s seven departments (Mechanical Systems Engineering, Electrical and Electronic Engineering, Computer and Information Sciences, Structural Engineering, Civil Engineering, Materials Science andEngineering, and Applied Chemistry) were restructured into one engineering department, and renamed the Schoolof Engineering.
The Graduate School of Science and Technology was restructured to establish the Graduate School of Engineering and the Graduate School of Fisheries Science and Environmental Studies.
The Graduate School of Information and Data Sciences, the Graduate Schools of Engineering, and the Graduate
Schools of Fisheries and Environmental Science have been merged into one graduate school, establishing the
Graduate School of Integrated Science and Technology.

Department ofAdvanced Engineering

Water and Environmental Science Program

Graduate School ofEngineering(Formerly:Water and Environmental Engineering Program)

Doctoral Course(3 Year Program)

Doctoral Course(5 Year Program)

Department of Scienceand Technology

Department of Advanced
Technology and Science
for Sustainable Development

17

Frontiers of Marine Science Program

13

Systems Engineering Program

29

Electrical Engineering and Computer Science Program

15

Chemistry and Materials Science Program

7

Water and Environmental Science Program

8

Next Generation Energy System Program

4

Advanced Functional Materials Program

11

From April 2022, the "Frontiers of Marine Science Program" has been established, and the " Water and Environmental Engineering Program" has become the "Water and Environmental Science Program".

Nagasaki University

School of Engineering & Graduate School of EngineeringMechanicalEngineering Program

Electrical and Electronic
Engineering Program

Overview

Overview

This program aims to cultivate students’ understanding, knowledge and interest in advanced mechanical engineering and professional
skills to contribute to the development of an international society. The program offers independent research topics focusing on thefollowing two research perspectives: “Assistive mechanisms for people” and “Environmentally friendly systems”.

Acquiring the basic knowledge of the field of electrical and electronic engineering, as well as more advanced, highly specialized
knowledge, practical skills, and applied skills to flourish internationally.

Research Contents

Research Contents

Assistive mechanisms
for people

Environmentallyfriendly systems

Research as for refocusing mechanical engineering toward technologies which can enrichpeople's lives. For instance,-Biomechanics for collaborative robots, maintenance robots for infrastructure-Functional materials, failure analysis and strength evaluation for safe designing-Advanced manufacturing: high-speed laser inspection system, ultra-precision machining
Research as related to the development of machines to support the environmental conservation,
the progression of contemporary society, and for contributing to green construction.
-AI assisted designing for tidal turbine systems utilizing renewable energy-Molecular simulation for new environmentally friendly substances-Combustion system optimization for clean diesel engines

Electric Energy and
PlasmasHigh voltage engineering and discharge phenomena (Insulation design, discharge in super criticalfluid, discharge on water, Silent discharge, Ozonizer)

Plasma science and technology (Plasma processing, Plasma diagnostics)

Control theory and applications (Microcomputer control of inverter-fed induction motor and PM
synchronous motor, power converter and control of distributed generation and power conditioner)

Control Systems

Electronic Circuits andDevices

Electric machinery and applications, Power electronics (Development and control of novel motor andgenerator, Design analysis of electric machinery, Vibration energy scavenging by mechanical pendulum, AC to AC power conversion system, High performance motor drive system, Full vehicle simulation）
Power electronics for smart green systems, Switching power supply for green IT and HVDC systems,
Digital control for DC-DC and AC-DC converters, Intelligent signal processing, Image recognition,
Sensing circuit system
Magnetics (Computer simulation of magnetic properties, Development of magnetic materials for
Micro-machines, Application of magnetic materials)

Prototype tidal turbine

Molecular simulation

Electromagnetic
Waves andCommunications

Frontier
Uniaxial compression of Mortar
Sample and observed failure

Crack path simulation by
Body Force Method

Cell nuclear recognition in oral cytology using artificial intelligence
Nagasaki University

Information and communications technology by electromagnetic wave (Optical communication, Development of high functional antennas such as multiband, wideband antenna)
Electromagnetic wave theory (Electromagnetic wave scattering, Inverse scattering, Metamaterials,etc.) and its applications (Microwave imaging, Microwave tomography, Concrete radar, Polarimetricsynthetic aperture radar, Radar target classification, Target tracking, Monitoring of the living body)
Optical science and engineering (Ultra-high speed optical transmission devices and biophotonic
sensor to detect pandemic virus)

Microscopic observation of fracture surface

3D measurement of car body

False color image around Bunkyo Campus, Nagasaki University taken by
airborne synthetic aperture radar

Surface Discharge on Water Generated by Pulsed Power
School of Engineering & Graduate School of EngineeringMechanicalEngineering Program

Electrical and Electronic
Engineering Program

Overview

Overview

This program aims to cultivate students’ understanding, knowledge and interest in advanced mechanical engineering and professional
skills to contribute to the development of an international society. The program offers independent research topics focusing on thefollowing two research perspectives: “Assistive mechanisms for people” and “Environmentally friendly systems”.

Acquiring the basic knowledge of the field of electrical and electronic engineering, as well as more advanced, highly specialized
knowledge, practical skills, and applied skills to flourish internationally.

Research Contents

Research Contents

Assistive mechanisms
for people

Environmentallyfriendly systems

Research as for refocusing mechanical engineering toward technologies which can enrichpeople's lives. For instance,-Biomechanics for collaborative robots, maintenance robots for infrastructure-Functional materials, failure analysis and strength evaluation for safe designing-Advanced manufacturing: high-speed laser inspection system, ultra-precision machining
Research as related to the development of machines to support the environmental conservation,
the progression of contemporary society, and for contributing to green construction.
-AI assisted designing for tidal turbine systems utilizing renewable energy-Molecular simulation for new environmentally friendly substances-Combustion system optimization for clean diesel engines

Electric Energy and
PlasmasHigh voltage engineering and discharge phenomena (Insulation design, discharge in super criticalfluid, discharge on water, Silent discharge, Ozonizer)

Plasma science and technology (Plasma processing, Plasma diagnostics)

Control theory and applications (Microcomputer control of inverter-fed induction motor and PM
synchronous motor, power converter and control of distributed generation and power conditioner)

Control Systems

Electronic Circuits andDevices

Electric machinery and applications, Power electronics (Development and control of novel motor andgenerator, Design analysis of electric machinery, Vibration energy scavenging by mechanical pendulum, AC to AC power conversion system, High performance motor drive system, Full vehicle simulation）
Power electronics for smart green systems, Switching power supply for green IT and HVDC systems,
Digital control for DC-DC and AC-DC converters, Intelligent signal processing, Image recognition,
Sensing circuit system
Magnetics (Computer simulation of magnetic properties, Development of magnetic materials for
Micro-machines, Application of magnetic materials)

Prototype tidal turbine

Molecular simulation

Electromagnetic
Waves andCommunications

Frontier
Uniaxial compression of Mortar
Sample and observed failure

Crack path simulation by
Body Force Method

Cell nuclear recognition in oral cytology using artificial intelligence
Nagasaki University

Information and communications technology by electromagnetic wave (Optical communication, Development of high functional antennas such as multiband, wideband antenna)
Electromagnetic wave theory (Electromagnetic wave scattering, Inverse scattering, Metamaterials,etc.) and its applications (Microwave imaging, Microwave tomography, Concrete radar, Polarimetricsynthetic aperture radar, Radar target classification, Target tracking, Monitoring of the living body)
Optical science and engineering (Ultra-high speed optical transmission devices and biophotonic
sensor to detect pandemic virus)

Microscopic observation of fracture surface

3D measurement of car body

False color image around Bunkyo Campus, Nagasaki University taken by
airborne synthetic aperture radar

Surface Discharge on Water Generated by Pulsed Power
School of Engineering & Graduate School of Engineering

StructuralEngineering Program

Computer and Information
Science ProgramThis program is only for Graduate School of Engineering.
Overview

Overview

Acquiring a problem solving ability with a deep knowledge of engineering theory of computer and information science, as well as
knowledge of hardware, software, and applications related to wide-range of fields.

This program fosters advanced professional engineers and researchers to correspond to the needs of the structural engineering fieldin an industrial society, by acquiring advanced specialized knowledge with an international perspective.

Research Contents

Research Contents- Distributed artificial intelligence- Programming languages- Network applications- Reconfigurable Computing

Computer Science- Information extraction- Computer architecture- Real-time information processing- Network performance evaluation

Theoretical andApplied Software
Science- Computer vision and pattern recognition- Sparse modeling- Information retrieval and data clustering- Pattern information processing- Algorithmic number theory and its application to cryptography- Information security

Applied Information
System Engineering- Image processing, image coding and digital watermarking- Computer graphics- Human computer interaction- Speech processing- Remote sensing- Machine learning and data mining- Software architecture

Structural Analysis

Research in fundamental theories and applications of a structural analysis : Static behavior,
dynamic stability and response analysis of structures. Analysis and control of large systems.
Computer simulation and computer graphics.

Structural Systems

Research into development of structural materials, construction techniques, optimum planningand design of structures, for harmonizing structures between humans and the environment, byinterpreting each structural system field (planning, design and construction) systematically.

Development of low-cost sesimic retofitting technology by concrete filledsteel tublar brace acting in compression for old buildings

Highly-efficient FPGA implementation of human detection with a
deep-pipelined stream architecture

Deep learning approach to oral cytology

Nagasaki University

Research of Internet of Things (IoT); everything connects to the Internet.

Rehabilitation support system using virtual reality

Gunkanjima(World cultural heritage)

Nagasaki Atomic bomb historic ruins(National historic site)

Performance evaluation and development of conservation methods ofhistorical concrete structures

Development of a bio-inspired flapping drone

Research on management of dwelling environment, landscape-control andpreservation of traditional houses

Opticalmeasurement

Measured data

FEM analysis

Elucidation of mechanisms of degradation and disturbance of structures byusing an optical measurement and FEM

No plants (Reference)With plants (Petal)

With plants (Lettuce)

With plants(Mixing red and green leaves)

Feasibility study of indoor plants arranged in workplaces on worker’s mental
healthSchool of Engineering & Graduate School of Engineering

StructuralEngineering Program

Computer and Information
Science ProgramThis program is only for Graduate School of Engineering.
Overview

Overview

Acquiring a problem solving ability with a deep knowledge of engineering theory of computer and information science, as well as
knowledge of hardware, software, and applications related to wide-range of fields.

This program fosters advanced professional engineers and researchers to correspond to the needs of the structural engineering fieldin an industrial society, by acquiring advanced specialized knowledge with an international perspective.

Research Contents

Research Contents- Distributed artificial intelligence- Programming languages- Network applications- Reconfigurable Computing

Computer Science- Information extraction- Computer architecture- Real-time information processing- Network performance evaluation

Theoretical andApplied Software
Science- Computer vision and pattern recognition- Sparse modeling- Information retrieval and data clustering- Pattern information processing- Algorithmic number theory and its application to cryptography- Information security

Applied Information
System Engineering- Image processing, image coding and digital watermarking- Computer graphics- Human computer interaction- Speech processing- Remote sensing- Machine learning and data mining- Software architecture

Structural Analysis

Research in fundamental theories and applications of a structural analysis : Static behavior,
dynamic stability and response analysis of structures. Analysis and control of large systems.
Computer simulation and computer graphics.

Structural Systems

Research into development of structural materials, construction techniques, optimum planningand design of structures, for harmonizing structures between humans and the environment, byinterpreting each structural system field (planning, design and construction) systematically.

Development of low-cost sesimic retofitting technology by concrete filledsteel tublar brace acting in compression for old buildings

Highly-efficient FPGA implementation of human detection with a
deep-pipelined stream architecture

Deep learning approach to oral cytology

Nagasaki University

Research of Internet of Things (IoT); everything connects to the Internet.

Rehabilitation support system using virtual reality

Gunkanjima(World cultural heritage)

Nagasaki Atomic bomb historic ruins(National historic site)

Performance evaluation and development of conservation methods ofhistorical concrete structures

Development of a bio-inspired flapping drone

Research on management of dwelling environment, landscape-control andpreservation of traditional houses

Opticalmeasurement

Measured data

FEM analysis

Elucidation of mechanisms of degradation and disturbance of structures byusing an optical measurement and FEM

No plants (Reference)With plants (Petal)

With plants (Lettuce)

With plants(Mixing red and green leaves)

Feasibility study of indoor plants arranged in workplaces on worker’s mental
healthSchool of Engineering & Graduate School of Engineering

Chemistry andMaterials Engineering Program

Civil and Environmental
Engineering Program
More Detailed Information

http://www.cee.nagasaki-u.ac.jp/en/introduction/

Overview

Overview

Acquiring of certain basics of engineering, a broad expertise related to civil engineering, as well as story thinking ability and analyticalcapability.

This program provides a high-quality education that enables students to be ready for challenges in next-generation society withinterdisciplinary knowledge and skills. Chemistry and materials science are expected to play important roles in realizing
game-changing technologies for sustainable societies: e.g., efficient synthesis of novel chemicals for medical and pharmaceuticalproducts, and development of new materials for effective energy conversion/storage systems. Systematically designed classes andresearch activities in laboratories enhance students' fundamental knowledge and expertise in molecular science, materials
engineering, and bioengineering. A lot of graduates have been globally active in both academia and industries.

Research Contents
Geoenvironmental
Engineering

StructuralEngineering- Dynamic characteristics of geomaterials- Design and maintenance management of geotechnical and rockmass structures- Numerical analysis and model tests for evaluation of slope stability under heavy rainfall- Evaluation of soil stabilizer with various recycled materials for ground improvement- Static and dynamic analysis of civil structures- Techniques for design and maintenance management of structures- Remote online monitoring of physical phenomena on civil structures- Controlling techniques for structural vibration

Environmental
Engineering and
Planning- Urban and regional planning based on history and townscape- Remote sensing of hydrology and its application to disaster prevention

HydraulicEngineering andRiver Engineering- Environmental assessment and improvement of enclosed coastal seas and lakes, performanceof hydraulic structures- Numerical analysis of change of water environment, evaluation of pollution load and its
reduction, water quality improvement technologies

Research Contents
Advanced
Materials Science

Thermoelectric materials; Microstructure analysis by transmission electron microscopy (TEM); Amorphous
superalloy coatings; Metallic multilayered nanowires; Ferromagnetic ordered alloys; Inorganic/organic
hybrid materials; Rapid photo- and bio-degradation of polymeric materials; Polymer and organic chemistryby using carbon dioxide; Hydroxyapatite-based nanomaterials for biomedicine and drug delivery;
Graphene-based composite materials with multiple functions.

Surface andInterfacial
Nano-Science

Gas sensors utilizing semiconductors and other functional ceramic materials; Synergistic function of bioinorganic composite materials; Chemistry of adsorbents and heterogeneous catalysts; Energy storage
device materials related to advanced batteries and capacitors; Nanoporous materials; Nanoscale
analyses; Dynamic molecular assemblies and ultra-thin films at electrified interfaces; Stimuli-responsive
polymers; Redox-active ionic liquids; Functional elastomers.

Molecular andLife Science

Synthesis and application of photofunctional coordination compounds; Small molecule activation mediatedby transition metals; Efficient and highly selective organic synthesis; Transition-metal catalysis towards
organic synthesis; Design and total synthesis of novel antitumor agents based on natural products;
Artificial and modified enzymes via protein engineering; Structural and functional analyses and genetic
engineering of bioactive proteins.

Domain 1

Domain 2

Heptamerization

Domain 3

7.5 nm!

Cell membrane

11.5 nm!

90°!

2.5 nm!

Transmembrane pore

High resolution scanning TEM (upper right: TEM image of 2D inorganic compound and the filteredimage in red frame, bottom right: STEM image of sulfur-introduced “single-walled carbon nanotube(SWCNT)” and electron energy loss spectroscopy (EELS)-mapping image in green frame)
Nagasaki Univ.
River Flooding of Chao Phraya in 2011

Remote sensing and monitoring of
infrastructures
Nagasaki University

X-ray crystal structure of the pore-forming
protein from the marine invertebrate
Cucumaria echinata

Learning construction techniques via field visit

Urban maintenance in consideration of natural environment

Personal organic synthesizer "ChemiStation" forindividual stirring and control of liquid temperature

Spectroscopy of electrified interfaces byreflection and fluorescence to track molecules

Photoluminescent heteropolynuclear Pt
complexes containing Au, Ag and Cu
School of Engineering & Graduate School of Engineering

Chemistry andMaterials Engineering Program

Civil and Environmental
Engineering Program
More Detailed Information

http://www.cee.nagasaki-u.ac.jp/en/introduction/

Overview

Overview

Acquiring of certain basics of engineering, a broad expertise related to civil engineering, as well as story thinking ability and analyticalcapability.

This program provides a high-quality education that enables students to be ready for challenges in next-generation society withinterdisciplinary knowledge and skills. Chemistry and materials science are expected to play important roles in realizing
game-changing technologies for sustainable societies: e.g., efficient synthesis of novel chemicals for medical and pharmaceuticalproducts, and development of new materials for effective energy conversion/storage systems. Systematically designed classes andresearch activities in laboratories enhance students' fundamental knowledge and expertise in molecular science, materials
engineering, and bioengineering. A lot of graduates have been globally active in both academia and industries.

Research Contents
Geoenvironmental
Engineering

StructuralEngineering- Dynamic characteristics of geomaterials- Design and maintenance management of geotechnical and rockmass structures- Numerical analysis and model tests for evaluation of slope stability under heavy rainfall- Evaluation of soil stabilizer with various recycled materials for ground improvement- Static and dynamic analysis of civil structures- Techniques for design and maintenance management of structures- Remote online monitoring of physical phenomena on civil structures- Controlling techniques for structural vibration

Environmental
Engineering and
Planning- Urban and regional planning based on history and townscape- Remote sensing of hydrology and its application to disaster prevention

HydraulicEngineering andRiver Engineering- Environmental assessment and improvement of enclosed coastal seas and lakes, performanceof hydraulic structures- Numerical analysis of change of water environment, evaluation of pollution load and its
reduction, water quality improvement technologies

Research Contents
Advanced
Materials Science

Thermoelectric materials; Microstructure analysis by transmission electron microscopy (TEM); Amorphous
superalloy coatings; Metallic multilayered nanowires; Ferromagnetic ordered alloys; Inorganic/organic
hybrid materials; Rapid photo- and bio-degradation of polymeric materials; Polymer and organic chemistryby using carbon dioxide; Hydroxyapatite-based nanomaterials for biomedicine and drug delivery;
Graphene-based composite materials with multiple functions.

Surface andInterfacial
Nano-Science

Gas sensors utilizing semiconductors and other functional ceramic materials; Synergistic function of bioinorganic composite materials; Chemistry of adsorbents and heterogeneous catalysts; Energy storage
device materials related to advanced batteries and capacitors; Nanoporous materials; Nanoscale
analyses; Dynamic molecular assemblies and ultra-thin films at electrified interfaces; Stimuli-responsive
polymers; Redox-active ionic liquids; Functional elastomers.

Molecular andLife Science

Synthesis and application of photofunctional coordination compounds; Small molecule activation mediatedby transition metals; Efficient and highly selective organic synthesis; Transition-metal catalysis towards
organic synthesis; Design and total synthesis of novel antitumor agents based on natural products;
Artificial and modified enzymes via protein engineering; Structural and functional analyses and genetic
engineering of bioactive proteins.

Domain 1

Domain 2

Heptamerization

Domain 3

7.5 nm!

Cell membrane

11.5 nm!

90°!

2.5 nm!

Transmembrane pore

High resolution scanning TEM (upper right: TEM image of 2D inorganic compound and the filteredimage in red frame, bottom right: STEM image of sulfur-introduced “single-walled carbon nanotube(SWCNT)” and electron energy loss spectroscopy (EELS)-mapping image in green frame)
Nagasaki Univ.
River Flooding of Chao Phraya in 2011

Remote sensing and monitoring of
infrastructures
Nagasaki University

X-ray crystal structure of the pore-forming
protein from the marine invertebrate
Cucumaria echinata

Learning construction techniques via field visit

Urban maintenance in consideration of natural environment

Personal organic synthesizer "ChemiStation" forindividual stirring and control of liquid temperature

Spectroscopy of electrified interfaces byreflection and fluorescence to track molecules

Photoluminescent heteropolynuclear Pt
complexes containing Au, Ag and Cu
School of Engineering & Graduate School of Engineering

Water and Environmental
Science Program
Overview
The program emphasizes a practical and multidisciplinary approach to solving environmental problems. The program comprises
lectures, practicums and an individual research project. Teaching in the program focuses on fundamental understanding in water
treatment technologies, monitoring of water environment and numerical modeling of water environment such as lake or ocean.
Students learn more practical techniques for water treatment and monitoring thorough practicums at the same time. Moreover aninternship program in a private company or a water treatment facility will be carried out for students.

Research Contents

Water treatment,water reuse andwastewater treatment

Monitoring andsimulation on water
environments andaquatic ecosystem

The program will provide you with a fundamental and practical knowledge about conventional andadvanced water and wastewater treatment technologies.
You will study on advanced water treatment and re-use technologies using membrane separation
systems such as nanofiltration systems. Development of advanced materials such as new
photocatalysts and polymer materials for water treatment is an important topic.
Moreover, appropriate water and wastewater treatment technologies for developing countries will be
studied collaborating with South East Asian and African countries.
The program will provide you with theoretical background and practical knowledge about water
quality, monitoring and computer simulation of water environment.
You will study about coastal environment, inner bay and freshwater environment by several
advanced monitoring techniques and eco-hydraulic computer simulation models. Hydrology andwater resource analysis using satellite data are remarkable research topics.
Moreover, development of water purification system for eutrophication lakes and reservoirs will be
studied using mechanical, biological and ecological methods, especially for a countermeasure ofharmful cyanobacteria.

Frontiers of Marine Science
Program
Overview

This program provides advanced topics in marine science.
Students will gain comprehensive and interdisciplinary
knowledge needed for marine science, where expertise inengineering science, fisheries, and environmental science isessential. Students will participate in hands-on research in themarine field of ocean observation, the utilization of marine
resources, and environmental conservation.

Ocean Observation

Understanding the vastness of the ocean, withits multitude of species, is an important step in
beginning marine research. In this regard,
students will learn about state-of-the-art
oceanographic measurement technologies
such as marine robots, satellite remotesensing, and bio-logging techniques. It is also
important to know how to utilize the information
obtained from these technologies to ensurethat we work in harmony with nature.

Dolphin robot

AUV Docking Station

Utilizing Ocean Resources

Experiment on an advanced water treatment

Microscopic observation and isolation of phytoplankton
collected from reservoirs (Nagasaki, Japan)

Ocean resources such as wind, wave, and tidal
currents are expected to become major
sources of energy as they do not produce
carbon dioxide. In this regard, students will
understand the principles and challenges
faced using marine energy resources. One
such specific application of this energy is tosupport the next-generation of aquaculture
technology. Students will also learn methods ofextraction and synthesis of marine resources,
basics of pharmaceutical development, andadvanced uses of marine organisms.

Tidal current turbine

Environmental Conservation

The problem of marine pollution, much of which is caused by waste
mismanagement, is becoming increasingly apparent in many forms. Thishighlights the various pollution problems currently present in the oceans, thedecline of marine resources, and what approaches can be taken to preventand protect this precious resource.

Practicum of wastewater treatment using membranebioreactor (MBR) in Nagasaki University

Nagasaki University

Water sampling for water quality analysis and plankton
surveys in a reservoir

Marine debris and plastic investigation

School of Engineering & Graduate School of Engineering

Water and Environmental
Science Program
Overview
The program emphasizes a practical and multidisciplinary approach to solving environmental problems. The program comprises
lectures, practicums and an individual research project. Teaching in the program focuses on fundamental understanding in water
treatment technologies, monitoring of water environment and numerical modeling of water environment such as lake or ocean.
Students learn more practical techniques for water treatment and monitoring thorough practicums at the same time. Moreover aninternship program in a private company or a water treatment facility will be carried out for students.

Research Contents

Water treatment,water reuse andwastewater treatment

Monitoring andsimulation on water
environments andaquatic ecosystem

The program will provide you with a fundamental and practical knowledge about conventional andadvanced water and wastewater treatment technologies.
You will study on advanced water treatment and re-use technologies using membrane separation
systems such as nanofiltration systems. Development of advanced materials such as new
photocatalysts and polymer materials for water treatment is an important topic.
Moreover, appropriate water and wastewater treatment technologies for developing countries will be
studied collaborating with South East Asian and African countries.
The program will provide you with theoretical background and practical knowledge about water
quality, monitoring and computer simulation of water environment.
You will study about coastal environment, inner bay and freshwater environment by several
advanced monitoring techniques and eco-hydraulic computer simulation models. Hydrology andwater resource analysis using satellite data are remarkable research topics.
Moreover, development of water purification system for eutrophication lakes and reservoirs will be
studied using mechanical, biological and ecological methods, especially for a countermeasure ofharmful cyanobacteria.

Frontiers of Marine Science
Program
Overview

This program provides advanced topics in marine science.
Students will gain comprehensive and interdisciplinary
knowledge needed for marine science, where expertise inengineering science, fisheries, and environmental science isessential. Students will participate in hands-on research in themarine field of ocean observation, the utilization of marine
resources, and environmental conservation.

Ocean Observation

Understanding the vastness of the ocean, withits multitude of species, is an important step in
beginning marine research. In this regard,
students will learn about state-of-the-art
oceanographic measurement technologies
such as marine robots, satellite remotesensing, and bio-logging techniques. It is also
important to know how to utilize the information
obtained from these technologies to ensurethat we work in harmony with nature.

Dolphin robot

AUV Docking Station

Utilizing Ocean Resources

Experiment on an advanced water treatment

Microscopic observation and isolation of phytoplankton
collected from reservoirs (Nagasaki, Japan)

Ocean resources such as wind, wave, and tidal
currents are expected to become major
sources of energy as they do not produce
carbon dioxide. In this regard, students will
understand the principles and challenges
faced using marine energy resources. One
such specific application of this energy is tosupport the next-generation of aquaculture
technology. Students will also learn methods ofextraction and synthesis of marine resources,
basics of pharmaceutical development, andadvanced uses of marine organisms.

Tidal current turbine

Environmental Conservation

The problem of marine pollution, much of which is caused by waste
mismanagement, is becoming increasingly apparent in many forms. Thishighlights the various pollution problems currently present in the oceans, thedecline of marine resources, and what approaches can be taken to preventand protect this precious resource.

Practicum of wastewater treatment using membranebioreactor (MBR) in Nagasaki University

Nagasaki University

Water sampling for water quality analysis and plankton
surveys in a reservoir

Marine debris and plastic investigation

School of Engineering & Graduate School of EngineeringDepartment of Advanced Technology and
Science for Sustainable Development（5 Year Doctoral Degree Program）

Overview
Our department will provide a broader and deeper educational and research environment to highly motivated students in the area ofenergy systems (Next Generation Energy System Program) and high performance materials (Advanced Functional Materials
Program). We will provide students with opportunities to realize sustainable development, to invent technology, and to discover materials that improve society’s access to clean and effective energy.

Research Focus• Study on Environmentally Benign Heat Pumps and High- Performance CPU Coolers

International Exchange Agreement of Academic Exchange with Oversea Institutes
Jeju National University（ Korea）

1988.01.26

Fuzhou University（ China）

1992.03.04

University of Naples Federico Ⅱ（Italy）

1998.05.04

Tongji University（China）

2001.11.12

Sungkyunkwan University（Korea）

Technical University of Dortmund,
Faculty of Chemistry and Chemical Biology（Germany）

2018.10.05

Dalian University of Technology（ China）

2018.12.06

2006.03.28

Philipps-Universität Marburg（Germany）

2019.04.30

Shandong University（ China）

2010.11.01

2020.01.31

Shandong University of Science andTechnology（ China）

National University of Civil Engineering（Vietnam）

2010.11.01

Universita’ Politecnica delle Marche（Italy）

2020.06.15

Jeonbuk National University（ Korea）

2010.11.01

Heriot-watt University（ United Kingdom）

2014.10.01

Vietnam National University Ho Chi Minh City University of Science（Vietnam）

2022.01.01

University of Edinburgh（United Kingdom）

2014.10.01

Yangon Technological University（ Myanmar）

2015.07.20

2022.03.31

Technical University of Civil Engineering
Bucharest（Romania）

Shandon University（ China）,
Sungkyunkwan University（ Korea）[Tri-University Agreement]

2016.07.12

Hasanuddin University ( Indonesia )2023.02.02• Prediction and Engineering Application of Fracture in Solids

Next Generation
Energy System
Program• Development of Energy Storage Device Materials via Nanostructural Control• Development and Structural Analysis of Thermoelectric Materials• Fabrication of Functional Metallic Materials Using Electrodeposition Technique

Jeju National University（ Korea）

2008.02.28

Dalian University of Technology（ China）

2018.12.06• Application and Control of Power Converter System for Grid Connection

Fuzhou University（ China）

2004.09.21

2020.01.31

Tongji University（ China）

2004.09.28

National University of Civil Engineering（Vietnam）

Sungkyunkwan University（ Korea）

2006.03.28

Universita’ Politecnica delle Marche（Italy）

2020.06.15

Shandong University（ China）

2010.11.01

Vietnam National University Ho Chi Minh City University of Science（Vietnam）

2022.01.01

Shandong University of Science andTechnology（ China）

2010.11.01

2022.03.31• Machining and Measurement of Functional Material

Jeonbuk National University（ Korea）

2010.11.01

Shandong University（ China）、Sungkyunkwan University（ Korea）[Memorandum of Understanding between
the Three Universities]• Activation of Small Molecules by Transition Metal Complexes

University of Naples Federico Ⅱ（Italy）

2012.09.21

Hasanuddin University(Indonesia)

2023.02.02• Development of Efficient Organic Synthesis for Functionalized Materials• Advanced Design of Electrified Interfaces for Functional Molecular Assemblies

Advanced
Functional
Materials Program• Study of Polymer Degradation Mechanism and Development of Biodegradable Polymer• Preparation of Magnetic Materials Applied for Electronic Devices• Application and Development of Computational Quantum Chemistry

International Students

Oﬀ-campus research
All students of the Department of Advanced Technology and Science for Sustainable Development must participate in the “off-campus
research” program during their 4th year of study. In this program, they are required to study abroad for at least 3 months under normal
circumstances. The following map shows all institutions and universities that hosted our students during 2015-2022.

Oﬀ-campus research Map（2015-2022）

NagasakiNorth America◎ Lakehead Univ. Thunder Bay, Canada◎ Univ. Victoria, British Columbia, Canada◎ Univ. California, Berkeley, USA◎ Columbia Univ., New York, USA◎ Univ. Michigan, Ann Arbor, USA◎ Texas Univ., Austin, USA◎ Virginia Polytech. Inst. Sate Univ., USA◎ CPES Virginia Tech., USA

Nagasaki University

Memorandum of Understanding on Student
Exchange Based on Academic Cooperation Agreements

Western Europe◎ Univ. Manchester, United Kingdom◎ Leibniz Univ. Hannover, Germany◎ Tech. Univ. Dortmund, Germany◎ Georg-August-Univ. Göttingen, Germany◎ Philipps-Univ. Marburg, Germany◎ Inst. Tech. Verbrennung, Germany◎ ETH Zürich, Switzerland◎ Univ. Toulouse Ⅲ, Paul Sabatier, France◎ Inst. Chem. Res. Catalonia, Spain

Asia & Oceania◎ Jeonbuk Nat. Univ., Jeonju, Korea◎ Nat. Taiwan Univ. Sci. & Tech., Taiwan◎ Nanyang Tech. Univ., Singapore◎ Univ. New South Wales, Australia

School of Engineering（As of 1 May, 2023）
Graduate School of Engineering
Total
National
PrivateCountry

National
expenditure

Privateexpenditure

Total

expenditure

expenditure

Total

Lao People’s Democratic Republic

0

0

0

0

1

1

1

Democratic Republic of the Congo

0

0

0

0

1

1

1

Republic of Mozambique

0

0

0

0

1

1

1

Egypt

0

0

0

0

1

1

1

Ethiopia

0

0

0

0

1

1

1

Kenya

0

0

0

0

1

1

1

United Republic of Tanzania

0

0

0

1

0

1

1

Bangladesh

0

0

0

0

1

1

1

Viet Nam

0

0

0

5

6

11

11

Thailand

0

0

0

0

2

2

2

Myanmar

0

0

0

3

2

5

5

Nepal

0

0

0

0

1

1

1

Korea

0

7

7

0

2

2

9

China

0

12

12

0

43

43

55

Mongolia

0

0

0

0

2

2

2

Malaysia

0

1

1

0

1

1

2

Zambia

0

0

0

0

1

1

1

Guinea

0

0

0

0

1

1

1

Indonesia

0

0

0

1

0

1

1

Madagascar

0

0

0

0

1

1

1

Russian Federation

0

0

0

0

1

1

1

Total

0

20

20

10

70

80

100

School of Engineering & Graduate School of EngineeringDepartment of Advanced Technology and
Science for Sustainable Development（5 Year Doctoral Degree Program）

Overview
Our department will provide a broader and deeper educational and research environment to highly motivated students in the area ofenergy systems (Next Generation Energy System Program) and high performance materials (Advanced Functional Materials
Program). We will provide students with opportunities to realize sustainable development, to invent technology, and to discover materials that improve society’s access to clean and effective energy.

Research Focus• Study on Environmentally Benign Heat Pumps and High- Performance CPU Coolers

International Exchange Agreement of Academic Exchange with Oversea Institutes
Jeju National University（ Korea）

1988.01.26

Fuzhou University（ China）

1992.03.04

University of Naples Federico Ⅱ（Italy）

1998.05.04

Tongji University（China）

2001.11.12

Sungkyunkwan University（Korea）

Technical University of Dortmund,
Faculty of Chemistry and Chemical Biology（Germany）

2018.10.05

Dalian University of Technology（ China）

2018.12.06

2006.03.28

Philipps-Universität Marburg（Germany）

2019.04.30

Shandong University（ China）

2010.11.01

2020.01.31

Shandong University of Science andTechnology（ China）

National University of Civil Engineering（Vietnam）

2010.11.01

Universita’ Politecnica delle Marche（Italy）

2020.06.15

Jeonbuk National University（ Korea）

2010.11.01

Heriot-watt University（ United Kingdom）

2014.10.01

Vietnam National University Ho Chi Minh City University of Science（Vietnam）

2022.01.01

University of Edinburgh（United Kingdom）

2014.10.01

Yangon Technological University（ Myanmar）

2015.07.20

2022.03.31

Technical University of Civil Engineering
Bucharest（Romania）

Shandon University（ China）,
Sungkyunkwan University（ Korea）[Tri-University Agreement]

2016.07.12

Hasanuddin University ( Indonesia )2023.02.02• Prediction and Engineering Application of Fracture in Solids

Next Generation
Energy System
Program• Development of Energy Storage Device Materials via Nanostructural Control• Development and Structural Analysis of Thermoelectric Materials• Fabrication of Functional Metallic Materials Using Electrodeposition Technique

Jeju National University（ Korea）

2008.02.28

Dalian University of Technology（ China）

2018.12.06• Application and Control of Power Converter System for Grid Connection

Fuzhou University（ China）

2004.09.21

2020.01.31

Tongji University（ China）

2004.09.28

National University of Civil Engineering（Vietnam）

Sungkyunkwan University（ Korea）

2006.03.28

Universita’ Politecnica delle Marche（Italy）

2020.06.15

Shandong University（ China）

2010.11.01

Vietnam National University Ho Chi Minh City University of Science（Vietnam）

2022.01.01

Shandong University of Science andTechnology（ China）

2010.11.01

2022.03.31• Machining and Measurement of Functional Material

Jeonbuk National University（ Korea）

2010.11.01

Shandong University（ China）、Sungkyunkwan University（ Korea）[Memorandum of Understanding between
the Three Universities]• Activation of Small Molecules by Transition Metal Complexes

University of Naples Federico Ⅱ（Italy）

2012.09.21

Hasanuddin University(Indonesia)

2023.02.02• Development of Efficient Organic Synthesis for Functionalized Materials• Advanced Design of Electrified Interfaces for Functional Molecular Assemblies

Advanced
Functional
Materials Program• Study of Polymer Degradation Mechanism and Development of Biodegradable Polymer• Preparation of Magnetic Materials Applied for Electronic Devices• Application and Development of Computational Quantum Chemistry

International Students

Oﬀ-campus research
All students of the Department of Advanced Technology and Science for Sustainable Development must participate in the “off-campus
research” program during their 4th year of study. In this program, they are required to study abroad for at least 3 months under normal
circumstances. The following map shows all institutions and universities that hosted our students during 2015-2022.

Oﬀ-campus research Map（2015-2022）

NagasakiNorth America◎ Lakehead Univ. Thunder Bay, Canada◎ Univ. Victoria, British Columbia, Canada◎ Univ. California, Berkeley, USA◎ Columbia Univ., New York, USA◎ Univ. Michigan, Ann Arbor, USA◎ Texas Univ., Austin, USA◎ Virginia Polytech. Inst. Sate Univ., USA◎ CPES Virginia Tech., USA

Nagasaki University

Memorandum of Understanding on Student
Exchange Based on Academic Cooperation Agreements

Western Europe◎ Univ. Manchester, United Kingdom◎ Leibniz Univ. Hannover, Germany◎ Tech. Univ. Dortmund, Germany◎ Georg-August-Univ. Göttingen, Germany◎ Philipps-Univ. Marburg, Germany◎ Inst. Tech. Verbrennung, Germany◎ ETH Zürich, Switzerland◎ Univ. Toulouse Ⅲ, Paul Sabatier, France◎ Inst. Chem. Res. Catalonia, Spain

Asia & Oceania◎ Jeonbuk Nat. Univ., Jeonju, Korea◎ Nat. Taiwan Univ. Sci. & Tech., Taiwan◎ Nanyang Tech. Univ., Singapore◎ Univ. New South Wales, Australia

School of Engineering（As of 1 May, 2023）
Graduate School of Engineering
Total
National
PrivateCountry

National
expenditure

Privateexpenditure

Total

expenditure

expenditure

Total

Lao People’s Democratic Republic

0

0

0

0

1

1

1

Democratic Republic of the Congo

0

0

0

0

1

1

1

Republic of Mozambique

0

0

0

0

1

1

1

Egypt

0

0

0

0

1

1

1

Ethiopia

0

0

0

0

1

1

1

Kenya

0

0

0

0

1

1

1

United Republic of Tanzania

0

0

0

1

0

1

1

Bangladesh

0

0

0

0

1

1

1

Viet Nam

0

0

0

5

6

11

11

Thailand

0

0

0

0

2

2

2

Myanmar

0

0

0

3

2

5

5

Nepal

0

0

0

0

1

1

1

Korea

0

7

7

0

2

2

9

China

0

12

12

0

43

43

55

Mongolia

0

0

0

0

2

2

2

Malaysia

0

1

1

0

1

1

2

Zambia

0

0

0

0

1

1

1

Guinea

0

0

0

0

1

1

1

Indonesia

0

0

0

1

0

1

1

Madagascar

0

0

0

0

1

1

1

Russian Federation

0

0

0

0

1

1

1

Total

0

20

20

10

70

80

100

School of Engineering & Graduate School of EngineeringNagasaki University
School of Engineering &Graduate School of Engineering
Nagasaki University 32°47′10″N 129°51′59″E

BEIJING

TOKYO

SEOUL

OSAKA

SHANGHAINAGASAKITAIPEIHONG KONG
SASEBO City

HANOI

Nagasaki University
MANILANAGASAKICityBANGKOK

PHNOM PENH

32°47′10″N 129°51′59″E

KUALA LUMPUR

SINGAPORE

Nagasaki University
School of Engineering&
Graduate School of Engineering
1-14 Bunkyo, Nagasaki City, 852-8521 JAPAN
Tel: +81-95-819-2489 Fax: +81-95-819-2488
Email: sgsoumu@ml.nagasaki-u.ac.jp
URL: http://www.eng.nagasaki-u.ac.jp/english/index.html

2024.32024