GRADUATE SCHOOL OF

ENGINEERING SCIENCEAKITA UNIVERSITY 2025

Greetings
Regional revitalization through strengthening scientific education.
Educating and preparing students to deliver technological innovation in the global community.
Global warming is a problem of global scale, and we are required to solve it throughthe progress of science and technology and to build a sustainable society. In Japan aswell, the 2050 Carbon Neutral Declaration, which aims to reduce greenhouse gas
emissions to zero for society as a whole by 2050, has been announced, and the goal
is to aim for a decarbonized society. In order to achieve these goals, existing specialized approaches alone are not enough, and it is necessary to establish a newtechnology system with deep expertise and a broad perspective on other fields.
Furthermore, in recent years, there have been remarkable advances in computer-based technologies such as big data processing, data-driven science, automation,
and artificial intelligence. We need people who can find new breakthroughs by integrating existing specialized fields with these new digital technologies.
The Graduate School of Science and Engineering, Akita University develops education and research programs to develop human resources with engineering design
skills that create new value by integrating multiple fields based on a solid foundationin each field. We have master's courses available in each of our five departments: life
science, materials science, mathematical science and electrical-electronic-computerengineering, systems design engineering, and sustainable engineering, which is jointly
managed with Akita Prefectural University. Our graduate students are required to takenot only common-course and specialized classes but also minor-specialized classes
through which they efficiently acquire wide-ranging technical knowledge and skills.
Finally, doctoral degrees are the responsibility of the Department of Integrated
Engineering Science. Its students, whilst naturally focusing on very specialized areas,
are also trained to have broad perspectives in addition to comprehensive engineeringskills, so that they can play a leading role to build a sustainable society.

1

JIKEI Mitsutoshi

Dean of Graduate school ofEngineering Science

CONTENTS
Greetings---------------------------------------------------------------------------------------- 1
Graduate School Organization---------------------------------------------------------------- 2
Department of Life Science
Life Science Corse------------------------------------------------------------------------- 3
Department of Materials Science
Applied Chemistry Course---------------------------------------------------------------- 4
Materials Science and Engineering Course--------------------------------------------- 5
Department of Mathematical Science and Electrical-Electronic-Computer Engineering
Mathematical Science Course------------------------------------------------------------ 6
Electrical and Electronic Engineering Course------------------------------------------- 7
Human-Centered Computing Course---------------------------------------------------- 8
Department of Systems Design Engineering
Mechanical Engineering Course---------------------------------------------------------- 9
Civil and Environmental Engineering Course------------------------------------------- 10
Cooperative Major in Sustainable Engineering -------------------------------------------- 11
Graduate School of Advanced Healthcare Engineering---------------------------------- 12
Graduate Student Support------------------------------------------------------------------- 13
Japanese Government (MONBUKAGAKUSHO) Scholarship Program ----------------- 14
Message from Senior------------------------------------------------------------------------- 14
Admission Information for international Students----------------------------------------- 15

Graduate School Organization
The Graduate School of Engineering Science consists of master’s degree program and doctoral degree program.

[Master’s Degree Program]
The master's degree program consists of 5 departments as the below. The Department of Cooperative Major in Sustainable
Engineering is the joint master's degree program between Akita University and Akita Prefectural University.
Department
Life Science
Materials Science
Mathematical Science and Electrical- ElectronicComputer Engineering
Systems Design Engineering
Cooperative Major in Sustainable Engineering

CourseLife Science
Applied Chemistry
Materials Science and Engineering
Mathematical Science
Electrical and Electronic Engineering
Human-Centered Computing
Mechanical Engineering
Civil and Environmental Engineering
Electromobility
Social Environment System[Doctral Degree Program]
The doctoral degree program has one department which includes all research field of the master’s degree above.
Department
Integrated Engineering Science

Field
Life Science
Materials Science
Mathematical Science and Electrical- Electronic-Computer
Engineering
Systems Design Engineering

The doctoral degree program offers courses in English for international students.

●Cooperative master's degree program with the Graduate School of Medicine
Graduate School of Advanced Healthcare Engineering2

Department of Life Science

Life Science CourseLife Science Course consists of the fields of biology and chemistry, eachof which conducts scientific research on the problems of life science froma different point of view. Graduate students in Life Science Course specialize in biology or chemistry and acquire special knowledge and skills byperforming laboratory work. The students are also broadened their outlook
and strengthen their mind of cooperation by taking classes of both fields
and discussing scientific problems with students and teachers of different
laboratories. Life Science Course trains skillful scientific researchers andengineers.
https://www.riko.akita-u.ac.jp/en/intro/courses/life_sciences.html

Chemistry and Chemical Biology
Biomolecular Chemistry field covers the areas including structural biology, protein chemistry, analytical chemistry, supramolecular chemistry, organic
chemistry, electrochemistry, and computational chemistry.
Name

Title

Research Theme

Fujiwara Kenshu

Prof.

Total synthesis of bioactive natural products and development of synthetic, biofunctional molecules

Odaka Masafumi

Prof.

Structural and functional studies on medically and industrially important proteins

Amatatsu Yoshiaki

Associate Prof.

Computational design of photofunctional molecular devices

Kondo Yoshihiko

Associate Prof.

Supramolecular chemistry based on macrocyclic compounds

Matsumura Hirotoshi

Associate Prof.

Studies on structure-function relationships within proteins for understanding mechanism of action of drugs*This associate professor will retireby the mandatory retirement regulation in March 2025.

Molecular Cell Biology
Molecular Cell Biology field covers areas such as biochemistry, molecular biology, cell biology, and disease biology.
Name

3

Title

Research Theme

Hikida Masaki

Prof.

Study for regulatory mechanism of memory B cell activation

Kubota Hiroshi

Prof.

Study for neurodegenerative disease and protein aggregtion (as an educational theme)

Yamazaki Masakazu

Prof.

Molecular mechanisms of planar cell polarity

Yamagata Nobuhiro

Associate Prof.

Neuroscience of likes and dislikes

Fujita Kaori

Lecturer

Biological functions of p53 and its isoforms in cellular senescence and aging-associated diseases

Department of Materials Science

Applied Chemistry Course
The Applied Chemistry Course curriculum provides the knowledge andskills necessary to use atomic- and molecular-scale material design andsynthesis to provide creative manufacturing solutions for society. After
finishing our course, graduates will be able to contribute to the development of environmentally friendly manufacturing and advanced chemical
technologies, such as the development of new functional materials, theeffective use of chemical energy in recycling, and the advanced use of
bio-derived functionality in products.

https://www.riko.akita-u.ac.jp/en/intro/courses/applied_chemistry.html

Chemistry of Organic Materials
Synthesis and Properties of Organic Functional Materials
Name

Title

Research Theme

Jikei Mitsutoshi

Prof.

Synthesis and properties of functional macromolecules

Matsumoto Kazuya

Associate Prof.

Synthesis and applications of functionalized organic materials

Yamada Manabu

Associate Prof.

Development of new molecules for separation of hard-to-separate organic compounds and precious metals

Applied Physical Chemistry
Design and Application of Environmental Advanced Materials from the Viewpoint of Physical Chemistry
Name

Title

Research Theme

Murakami KenjiProf.

Development of carbon resources conversion catalyst and synthesis of new inorganic-organic composites

Inoue Yukihiko

Lecturer

Chemistry about organic reactions and functional polymers

Ayano Nakamura

LecturerDevelopment of functional materials with stimuli-responsive polymer

Inorganic Materials Chemistry
Synthesis and Characterization of Inorganic Advanced Materials such as Porous Material,Catalytic Materials and Ceramics
Name

Title

Research Theme

Kato Sumio

Prof.

Studies on synthesis of complex metal oxides and application to materials for environmental purification

Ogasawara Masataka

Associate Prof.

Studies on preparation of functionalized porous material and inorganic-organic composite

Kanji Saito

Lecturer

Materials design using a low-dimensional nanospace of inorganic solids

Energy Chemical Engineering
Process Design of Heterogeneous Reaction for Efficient Utilization of Energy and Resources
Name

Title

Research Theme

Okawa Hirokazu

Prof.

Application of sonochemical reaction for the synthesis of battery materials and environmental purificationmaterials

Kato Takahiro

Lecturer

Effective utilization of energy resources and design of functional materials

Bioprocess Engineering
Bioprocess design and development by integrating biological and biochemical technologies, and creation and application of new functional
biomaterials

4Department of Materials Science

Materials Science andEngineering Course
Our master’s course goal is to develop the skills in our students needed tocreate new materials and develop new functional properties of materials.
The course is based on fundamental physics and chemistry, and focusses
on metals, semiconductors and ceramics. Our course curriculum gives
students the opportunity to learn a broad range of advanced knowledge
and skills efficiently on the microscopic nature of material properties andstructures, as well as computer simulation techniques for predicting theirmacroscopic properties. After completing the course, students will be
professionally able to contribute to the development of next generationmaterials that will contribute to, and be in harmony with human society.
https://www.riko.akita-u.ac.jp/en/intro/courses/materials_science.html

Material Creation GroupThe physical and chemical properties of metallic materials vary greatly depending on their constituent atoms and structure, as well as manufacturingmethods and heat treatment. The aim of this division is to investigate the mechanisms behind the physical and chemical properties of various materials based on microstructural analysis and simulation at the nanoscale and micron scale, and to develop new materials with new or improved
functions.
Name

Title

Research Theme

Saito Kaichi

Prof.

Microstructure control of alloys and development of new materials by advanced electron microscopy

Hayashi Shigeo

Prof.

Study on the structural and functional control of environmental ceramic materials

Natsume Yukinobu

Prof.

Development of numerical simulation model to predict the solidification structures for alloys

So Yeong-Gi

Associate Prof.

The atomic structure and physical properties of metals and alloys

Hasegawa Takashi

Associate Prof.

Development of advanced magnetic materials by sputtering method and nanotechnology

Kawano Naoki

Associate Prof.

Development of phosphor materials for radiation detection

Tsujiuchi Yutaka

LecturerDevelopment of molecular electronics device using organic molecules and semiconductor

Material Function GroupThe development of functional materials which efficiently use resources and improve energy efficiency needs detailed investigation of the physicaland chemical properties of materials. This division focuses on education and research aimed at the creation of innovative and practical materials
production technologies, with a particular focus on materials that can withstand harsh operating conditions and increase the life and reliability ofindustrial products, such as high-strength, high-durability materials and high-performance electrochemical materials.
Name

Research Theme

Ohguchi Ken-ichi

Prof.

Numerical and experimental study on constitutive modeling for materials

Yoshimura Satoru

Prof.

Development of high functional multiferroic thin films for novel magnetic devices driven by electric field

Nino Akihiro

Associate Prof.

Development of structural ceramics with superior mechanical properties

Fukumoto Michihisa

Associate Prof.

Research on high temperature oxidation behavior of heat resistant material and development of oxidation
resistant surface

Goto Ikuzo

Associate Prof.

Research on higher-performance castings

Takahashi Hiroki

Associate Prof.

Development of electrode materials for fuel cells and electrolytic process such as CO2 reduction and oxygen
evolution reaction

Fukuchi Kohei

Lecturer

Study on the development of metal matrix composites and evaluation of the material properties(Research Center of AdvanceMaterials for BreakthroughTechnology)

5

Title

Department of Mathematical Science and Electrical-Electronic-Computer Engineering

Mathematical Science Course
Our focus is education and research on advanced mathematical concepts
and structures in classical domains, such as algebra, geometry, and analysis, as well as elucidation and exploration of mathematical structures ofvarious physical phenomena.
Along with the systematic nature of the curriculum, the main emphasis ison the interplay with adjacent fields such as computer science, and theacquisition of logical thinking ability, problem-modeling and problem-solving skills.

https://www.riko.akita-u.ac.jp/en/intro/courses/mathematical_science.html

Algebra, Discrete Mathematics and Computer Science
We study algebraic structures such as groups, rings, and fields, the combinatorics of discrete structures such as words and graphs, and theoreticalcomputer science topics such as algorithms, computational complexity, and mathematical logic.
Name

Title

Research Theme

Yamamura Akihiro

Prof.

Combinatorial group and semigroup theory, combinatorial designs, cryptology and information security

Fazekas Szilard Zsolt

Associate Prof.

New computational models, automata theory, combinatorics of strings and languages

Geometry, Topology and Analysis
Our group focuses on the rich world of continuously changing objects. We study the shape and additional structure of curves, curved surfaces, andtheir higher-dimensional versions (geometric field). We are also interested in phenomena created by points that move in various patterns starting fromvarious places (analytical field).
Name

Title

Research Theme

Kawakami Hajime

Prof.

Mathematical study of inverse problems

Kobayashi Mahito

Associate Prof.

Theory and application of shape analysis by mappings.

Nakae Yasuharu

LecturerLow-dimensional topology, especially foliation theory in 3-dimensional manifolds*This professor will retire by the
mandatory retirement regulationin March 2026.

Theoretical Physics
Research subjects of theoretical physics are quite diverse, covering topics from elementary particles and nuclei to various groups of materials to theuniverse. Students can learn how to construct mathematical models that extract and abstract the characteristics of actual physical systems and thephenomena they exhibit, as well as mathematical and numerical methods for analyzing those models.
Name

Title

Research Theme

Onoda Masaru

Prof.

Theoretical study of geometric phase effects in quantum wave propagation

Tanuma Yasunari

Associate Prof.

Theoretical study of unconventional superconductors in non-uniform systems

Kuno Yoshihito

Lecturer

Theoretical study of quantum information scrambling, quantum many-body physics, and quantum
simulation

6

Department of Mathematical Science and Electrical-Electronic-Computer Engineering

Electrical and Electronic
Engineering Course
Electrical and electronic engineering has greatly contributed to the realization of a convenient and rich modern society. Electrical and electronicengineering has become important in realizing technologically advanced
and sustainable society. The electrical and electronic engineering course
covers a wide range of disciplines such as electrical energy, electricalequipment, advanced electronic devices, measurement and signal analysis. The course will cultivate human resources who have acquired creative
thinking and flexible application abilities, by having them actively engage
in research of a special field or technologically integrated fields.
https://www.riko.akita-u.ac.jp/en/intro/courses/electronic_engineering.html

Electric Energy and Electrification Engineering
Education and researches on generation, conversion and storage of electric energy, and engineering design oriented to human and environment,
contributing a sustainable society
Name

Title

Research Theme

Kumagai Seiji

Prof.

Study on energy devices such as batteries and the related materials, and their introduction to power systems and society

Kabir Mahmudul

Associate Prof.

Study on non-linear electric materials and their application to environmental purification

Takahashi Shotaro

Lecturer

Electromagnetic noise reduction, size reduction and performance improvement of power converters

Electronic Device and Measurement Engineering
Education and researches on developments of electronic devices including magnetic, optical, photoelectric conversion and high-frequency electromagnetic devices, and advancements of sensing, signal processing, information analysis and diagnosis technologies, intended for high speed andlarge capacity telecommunication and aging society
Name

Research ThemeProf.

Study on magnetic measuring techniques on nano-meter scale and their application to advanced magnetic
device assesment

Yamaguchi RumikoProf.

Study on measurement of liquid crystal physical property, liquid crystal molecular alignment technique, andelectro-optical characteristic of liquid crystal devices

Kawamura Marenori

Prof.

Study on fabrication of novel liquid crystal devices and their applications

Kikuchi Nobuaki

Prof.

Study on Analysis and Development of Magnetic Functionalities

Sato Yuichi

Associate Prof.

Study on semiconductor thin f ilm and photoelectric conversion devices

Tanaka Motoshi

Associate Prof.

Study on analyis of acoustic signals and biological information related to human activity and its application

Fukuda Makoto

Lecturer

Study on measurement techniques of non-linear ultrasonic wave and their applications

Yodokawa Shinichi

Lecturer

Study on electromagnetic wave propagation in millimeter and submillimeter

Hosoki Ai

Lecturer

Study on chemical sensors using fiber optics and their applications*This professor will retire by the
mandatory retirement regulation in
March 2026.

7

Title

Saito HitoshiDepartment of Mathematical Science and Electrical-Electronic-Computer Engineering

Human-Centered
Computing Course
Human-Centered Computing Course offers education and research tosolve regional community issues and create new value, through the development of human-centered information processing systems. Students
learn advanced and state-of-the-art applied technologies based on computer science.
The main fields and targets of the curriculum are as follows.
1. Computer science (CS) and information technology (IT)
2. Modeling and analysis methods for human, society, culture, and nature
3. Exploring a good design for IT environment, with a focus on humans
4. Ability to conduct research and development having high creativity
https://www.riko.akita-u.ac.jp/en/intro/courses/human_information.html

Sensing and image processing technologies for building human-centered information systems
Aiming to realize a human-centered information society, education and research is conducted in the field of human sensing focusing on analysis oflip movement and facial expression, remote sensing (Satellites and UAV), image processing, image information applications, visual recognition, affective engineering, behavior analysis, and computer security.
Name

Title

Research Theme

Kageyama Yoichi

Prof.

Remote sensing, human sensing, image processing and image information applications

Ishizawa Chikako

Prof. (Concurrent post)

Human error prevention technologies and utilization of color information

Yokoyama Hiroshi

Associate Prof.
(Center for Information Technology
and Management)

High-reliable design method of computer systems and application of network systems

Shirai Hikaru

Lecturer (Concurrent post)

Analysis algorithms for remote sensing and their applications

Human support technologies to maintain health and transfer skills
Education and research is conducted in the field of medical and welfare engineering, such as frailty prevention and hyperthermia for the elderly tomaintain health and QOL, skill learning support technology using xR (VR, AR, MR, etc.) and MoCap (Motion Capture), welfare information engineeringto compensate for disability.
Name

Title

Research Theme

Mitobe Kazutaka

Prof.

Magnetic hyperthermia, human computer interaction, VR/MR training and testing.

Fujiwara KatsuyaProf.
VR simulators for medical training, assessment systems for cognitive function, and remote collaboration(Concurrent post) systems.

Nakajima Sawako

Lecturer

Accessible technology and sensory substitution system.

Spatial informatics for human-centered real-world information services
Research in this laboratory focuses on design, modelling, software development and evaluation of innovative human-centered real-world information
services based on spatial data fusion and analysis using GPS, camera, motion and compass sensors on smartphones. Examples of the services are
human-centered mobile mapping for supporting tourists, real world e-learning, and indoor AR (augmented reality) navigations for Mineral Industry
Museum of Akita University.
Name
Arikawa Masatoshi

Title
Prof.

Research Theme
Design and analysis on real world information environments for supporting human activity

Network modeling and optimization(1) Network modeling and optimization:· Traffic engineering using linear and nonlinear metrics.
· New route determination approach considering graph property.
(2) IoT network application systems:· Service proposals and its design using flow-base programming.
Name
Hashimoto Masashi*This professor will retire by the
mandatory retirement regulation in
March 2025.

Title
Associate Prof.

Research Theme
Traffic engineering and network optimization, design of IoT network systems and its applications8

Department of Systems Design Engineering

Mechanical Engineering Course
Mechanical engineering is based on disciplines including mechanics ofmaterials, thermodynamics, fluid mechanics, mechanics and control engineering. The Mechanical Engineering course provides education andresearch to deepen the specialist knowledge acquired at undergraduatelevel and to acquire the ability to apply it. The course aims to nurture
human resources with problem-solving and communication skills who cancontribute to the formation of a sustainable society in which humans, theenvironment and machines are in harmony with each other from a global
perspective.

https://www.riko.akita-u.ac.jp/en/intro/courses/mechanical_engineering.html

Aerospace System
Next-Generation Efficient Transportation / Mobility System
Name

Title

Research Theme

Muraoka Mikio

Prof.

Nanotechnology for structural and functional materials

Yamaguchi Makoto

Associate Prof.

Raman spectroscopic characterization of subsurface structure

Zhao Xu

Associate Prof.

Morphology control of nanostructures and creation / reliability evaluation of functional materials*This professor will retire by the
mandatory retirement regulation in
March 2026.

Medical System Engineering
Development of advanced medical and healthcare devices for supporting all generation’s peoples living an aging society
Name

Title

Research Theme

Naganawa Akihiro

Prof.

Development of medical devices and new actuators, Study on control method of mechanical systems

Iwami Takehiro

Prof.

Reconstruction of motor function and medical engineering

Sasaki Yoshihiro

Associate Prof.

Development of fluid control technology making full use of the advantages of hydraulic systems and pneumatic systems

Yamamoto Yoshiyuki

Associate Prof.

Study on dynamics and medical applications of functional magnetic nanomaterials

Takahashi Mamoru

Associate Prof.

Study on evaluation of synthesized films and synthesis of films for surface modification of mechanical materials and biomaterials

Seki Takeshi

LecturerDeveloment of medical/ industrial devices using optical systems and machine parts.

Environmentally Friendly System
Renewable energy and the system construction
Name

Research ThemeProf.

Nano-metrology and ultra-precision mechanism design

Miyano Yasuyuki

Associate Prof.

Research on joining and welding processing for structural materials / Elucidation of the mechanism of
bio-corrosion of metals

Komatsu Yoshimi

Associate Prof.

Heat and mass transfer with phase change

Sugiyama Wataru

Lecturer

Small wind turbine, rarefied gas flow

*This professor will retire by the
mandatory retirement regulation in
March 2026.

9

Title

Okuyama Eiki

Department of Systems Design Engineering

Civil and Environmental
Engineering Course
Civil and Environmental Engineering Course carries out education and research to provide professional knowledge on structural mechanics,
construction materials, soil mechanics, hydraulics and transport system
planning, to improve problem solving ability and applicability of skills
based on the knowledge, and to cultivate communication ability for co-operative problem solving, as a goal to contribute to development of social
infrastructure which is resilient in natural disasters, comfortable, andsustainable.

https://www.riko.akita-u.ac.jp/en/intro/courses/civil_and_environmental.html

Structural Engineering
Study on new type structures such as easily assembled timber bridges utilizing characteristics of timber materials, Origami structures utilizing thosefolding and development characteristics, and so on
Name
Gotou Humihiko

Title
Prof.

Research Theme
Study on performance evaluation of structures using 3D structural analysis simulation

Hydraulics and Hydraulic Engineering
Education and research are as follows.Study on disaster prevention system for a tsunami and floods using observation and numerical calculation.
Study on water environment system for estuary using the topographical survey and numerical simulation.
Name
Watanabe Kazuya

Title
Associate Prof.

Research Theme
Study on disaster prevention system for tsunami and floods

Geotechnical Engineering
Study about methods for evaluating soil properties and estimating status of grounds
Name
Ogino Toshihiro

Title
Associate Prof.

Research Theme
Research in strength and deformation characteristics of unusual soils

Urban and Traffic Plannning
We are conducting education and research on cities, roads, and public transportation to ensure that all people, including the elderly and disabled,
can live comfortably and safely. We also aim to develop and operate comprehensive urban and transportation systems that are in harmony with thenatural environment.
Name

Title

Research Theme

Hamaoka Hidekatsu

Prof.

Creation of a road environment that can be used safely and securely

Hino Satoru

Associate Prof.

Infrastructure planning for sustainable city and public transportation in local cities

Concrete Engineering
Study on properties of concrete and other construction materials, development of environmental conscious concrete and durability of concrete
structures
Name
Tokushige Hidenobu

Title
Prof.

Research Theme
Deterioration mechanism such as frost damage of concrete and performance of environmental conscious
concrete10Cooperative Major
in Sustainable Engineeringhttps://www.sustainable.riko.akita-u.ac.jp/sustainable/enElectromobility Course

Social environment system Course

The Cooperative Major in Sustainable Engineering is a joint graduate school of Akita University and Akita Prefectural University
which is started from April 2022. The course focuses on eduation and research in the filed of sustainable engineering to contribute to the sustainable development of the region and to contribute to reduction of environmental load and the promotionof industry in Japan and the region by acquiring advanced expertise in sustainable engineer.

Electromobility Course
The electrification of power systems utilizing internal-combustion engine for aircrafts, automobiles, railways and ships reduces CO2 emissions oftransportation. In the course, the education and research on motorization of mobility are given in cooperation with the ‘Electrification System Joint
Research Center', and overseas universities and research institutes.
Name

Title

Research Theme

Tajima Katsubumi

Prof.

Coupled analysis of circuit - magnetic - motion - heat in electrical machinery and apparatus

Adachi Takahiro

Prof.

Thermal management for aircraft a rotating cone

Akinaga Takeshi

Associate Prof.

Conceptual aerofoil design based on hybrid laminar flow control / A restorative approach to agriculture

Miura Takeshi

Associate Prof.

Study on automatic control and system optimization

Yoshida Yukihiro

Associate Prof.

Study on analysis and design of permanent magnet motors

Kinoshita Yukinori

Lecturer

Nano-level characterization of ultra low-power electronic/magnetic devices

Hirayama Hiroshi

Lecturer

System design of spacecraft and electric aircraft

Takamure Kotaro

Lecturer

Analysis of Heat Exhausting Characteristics of High Performance Motor used in Aircraft Electrification

Social environment system Course
The education and research in this course focus on the following,• technologies of efficient utilization of renewable energy•environmental-friendly designs through life cycle of product including resource exploitation, production, transportation, use, disposal andrecycling.
Name

11

Title

Research Theme

Mishima Nozomu

Prof.

Study on evaluation methods of product eco-effieicncies/resource efficiencies

Fukuyama Mayuko

Associate Prof.

Environmental studies on chemistry and Eearth system

Takahashi Hiroshi

Associate Prof.

Development of new chemical processes, and its visualization of operating data via IoT techniques

Sato Yoshiyuki

Associate Prof.

Research on materials design by computer

Sugawara Toru

Associate Prof.

Studies on high-temperature properties of molten oxides and their application

Furubayashi Takaaki

Associate Prof.

Design and analysis of sustainable energy systems

Graduate School of Advanced
Healthcare Engineeringhttps://www.akita-u.ac.jp/honbu/healthcare/heal_en.html'Graduate School of Advanced Healthcare Engineering' is a new graduate school established cooperatively with Graduate School of
Medicine and Graduate School of Engineering Science of Akita University to integrate each field.
We will develop human resources who will support an aging society by conducting education and research that take advantages of thestrength of both parties.

Inspection and Diagnostic Field
Division of Engineering
Name

Title

Research Theme

Mitobe Kazutaka

Prof.

Education and research on examination / diagnosis technology based on behavior inxR environment and examination / treatment technology applying electromagnetism.

Kageyama Yoichi

Prof.

Examinations and diagnostic support, and estiomation of emotional / physical condition change using various sensing, image processing, and machine learning.

Fujiwara Katsuya

Prof.

Mild cognitive impairment test by finger dexterity assessment, and VR simulator for
training surgery.

Tanaka Motoshi

Associate Prof.

Study on analysis of biological information, such as EEG and ECG, and acoustic signals related to human activity, and its application for examination and diagnosis.

Nakajima Sawako

Lecturer

Welfare technologies for elderly and sensory impaired people to enjoy media content
using speech synthesis and natural language processing.

Division of Medicine
Name

Title

Affiliation

Bando Yoshio

Prof.

Graduate School of Medicine Doctoral Course in Medicine Bioregulatory Medicine Department of Anatomy

Hozumi Yasukazu

Prof.

Graduate School of Medicine Doctoral Course in Medicine Bioregulatory Medicine Department of Cell Biology and Morphology

Ishii Satoshi

Prof.

Graduate School of Medicine Doctoral Course in Medicine Bioregulatory Medicine Department of Immunology

Kono Michihiro

Prof.

Graduate School of Medicine Doctoral Course in Medicine Organ Function-Oriented Medicine Department of Dermatology and
Plastic Surgery

Mori Naoko

Prof.

Graduate School of Medicine Doctoral Course in Medicine Bioregulatory Medicine Department of Radiology

Nomura Kyoko

Prof.

Graduate School of Medicine Doctoral Course in Medicine Public Health and Environmental Medicine Department ofEnvironmental health science and Public HealthHasegawa Hitoshi

Prof.

Graduate School of Medicine Doctoral Course in Medicine Public Health and Environmental Medicine Department of Medical
Education

Ueki Shigeharu

Prof.

Graduate School of Medicine Doctoral Course in Medicine Bioregulatory Medicine Department of General Medical Practice andLaboratory Diagnostic Medicine

Otsubo Tetsuya

Prof.

Graduate School of Medicine Doctoral Course in Medicine Public Health and Environmental Medicine Department of Medical
Informatics

Exercise and Treatment Field
Division of Engineering
Name

Title

Research Theme

Naganawa Akihiro

Prof.

Education and research on new healthcare devices and treatment support
devices using mechatronics technology.

Iwami TakehiroProf.

Research and Education on medical engineering and robotics for thereconstruction of motor function

Sasaki Yoshihiro

Associate Prof.

Development of functional devices using fluid actuators and research on
power assist systems.

Yamamoto Yoshiyuki

Associate Prof.

Study on dynamic properties of magnetic fluids under an alternating
magnetic field and its application for non-invasive treatment

Takahashi Mamoru

Associate Prof.

Study on evaluation of synthesized films and synthesis of films for surface
modification of biomaterials

Seki Takeshi

Lecturer

Research of the temperature estimation method of laser irradiated area andthe laser power control method for Photothermal Therapy.

Division of Medicine
Name

Title

Affiliation

Shibata Hiroyuki

Prof.

Graduate School of Medicine Doctoral Course in Medicine Oncoregulatory Medicine Department of Clinical Oncology

Nakayama Katutoshi

Prof.

Graduate School of Medicine Doctoral Course in Medicine Organ Function-Oriented Medicine Department of Respiratory Medicine

Watanabe Hiroyuki

Prof.

Graduate School of Medicine Doctoral Course in Medicine Organ Function-Oriented Medicine Department of Cardiovascular
Medicine

Shimizu HiroakiProf.

Graduate School of Medicine Doctoral Course in Medicine Organ Function-Oriented Medicine Department of Neurosurgery

Miyakoshi Naohisa

Prof.

Graduate School of Medicine Doctoral Course in Medicine Organ Function-Oriented Medicine Department of Orthopedic Surgery

Waki Hironori

Prof.

Graduate School of Medicine Doctoral Course in Medicine Bioregulatory Medicine Department of Metabolism and Endocrinology

Andoh HideakiProf.

Graduate School of Medicine Doctoral Course in Health Sciences Department of Clinical Nursing

Wakasa MasahikoProf.

Graduate School of Medicine Doctoral Course in Health Sciences Department of Physical Therapy

Kume Yu

Prof.

Graduate School of Medicine Doctoral Course in Health Sciences Department of Occupational Therapy

Ota Hidetaka

Prof.

Advanced Research Center for Geriatric and Gerontology

Fukuda Masayuki

Associate Prof.

Hospital Dentistry and Oral Surgery

Nanjo Hiroshi

Associate Prof.

Hospital Division of Clinical Pathology

Imai Kazuhiro

Associate Prof.

Graduate School of Medicine Doctoral Course in Medicine Oncoregulatory Medicine Department of Thoracis Surgery

Kikuchi Yukiko

Lecturer

Graduate School of Medicine Doctoral Course in Health Sciences Department of Bacic Nursing

Takagai Junko

Assistant Prof.

Graduate School of Medicine Doctoral Course in Health Sciences Department of Clinical Nursing

12Graduate Student Support
Admission Fee & Tuition (estimate)●Graduate Student

Admission Fee: ¥282,000 / Annual Tuition: ¥535,800*Note that these fees are the same for enrollment in both the master’s and the doctoral degree programs. Enrollees who join the doctoral course immediately after completing a master’s degree program at Akita University do not have to pay the doctoral course admission fee.

Graduate Student Support●Admission fee exemption and deferment
Graduate students who have excellent academic records and are facing financial difficulties, as well as those whose guarantors have died, and also graduate students and/or their guarantors who have been affected by a natural disaster within 1 year before admission, are eligible to apply for exemption and/or deferment of the admission fee. Deferment or exemption (either full or half the admission fee) is decided after a review process. Applications are required
to be made by students themselves prior to entering the university.

●Tuition fee exemption and deferment
Graduate students who have excellent academic records and are facing financial difficulties, as well as those whose guarantors have died, and also graduate students and/or their guarantors who have been affected by a natural disaster, are eligible to apply for exemption and/or deferment of the tuition fee.
Deferment or exemption (either full, half or one-third) is decided after a review process. Applications are required to be made by students themselves prior
to university entry.

Scholarship ※ Scholarships are awarded competitively to students after a review processa)International Student Scholarship Program
Program for self-funded international students (excluding exchange students) provided through Japan Student Services Organization (JASSO)b)Privately Financed Scholarships
Various scholarship programs for self-funded international students (excluding exchange students)c)Graduate School of Engineering Science (Scholarship for international students)
The Graduate School of Engineering Science in Akita University provides return-free scholarships for self-funded international graduate students who needfinancial support. This scholarship is funded by the Hokko-kai.
◎Number of scholarships : about 5◎Recruitment period : March of the academic year prior to program entry◎Scholarship amount : ¥20,000/month (planned)
Note that scholarship payments may be suspended immediately if it is found that the recipients have quit or have been dismissed from the school, or havebeen awarded a return-free scholarship of ¥48,000 or more per month from other bodies.
For details, see “Scholarship information” (https://www.akita-u.ac.jp/honbu/global/en/abroad/inbound/scholarship.html) on the Akita University
website.

Accommodation
1. Dormitory House for International Students

1

International House“A”and“B”

2

International
Student House

5-minute walk to
the University

Boarding fee(House A)
Single occupancy rooms:¥5,900/month(House B)
Single occupancy rooms:¥15,000/month*water, electricity and otherliving expenses not included

Maximum period ofresidence

1 year15-minute walk to
the University

Boarding fee

3

Nishiyachi Men’s Dormitory
15-minute walk to
the University

Dormitory house for both Japanese and international students.
It is available until graduation. Boarding fee is ¥20,000/month.

Single occupancy rooms:¥5,900/month*water, electricity and otherliving expenses not included

1

Maximum period ofresidence

Residence Hall for
Women (Tegata-Ryo)

Baseball Field

1 yearBus-Stop

Athletic Filed

Small
GymnasiumTennis Court

S

2. Private Apartments
Apartments are usually found through Akita University Co-op or local real estate agents. Rent
varies depending on the area or age of the apartment but is generally approximately ¥30,000/
month for a 6-jo studio apartment with a kitchen and bathroom. ( 1-jo= 180cm×90cm)

Tegata Station,
Akita-Higashi Police

Akita University
Hospital
Bus-Stop

Hiroomote Branch,
Joto Fire Station
コン
ビニ

Bus-Stop

コン
ビニ

コン
ビニ

Tegata Rikkyou Overpass

S

コン
ビニ

*2 or 3 months’ rent as a deposit and / or “key money” may be required up front for signing a
rental contract.
For details, see “Information on housing for international students”(https://www.akita-u.ac.jp/honbu/global/en/abroad/inbound/apartment.html)
on the Akita University website.

Hondo Campus
Hiroomote
Elementary School

AKITA UNIVERSITY

Tegata Campus

Large
Gymnasium

AKITA UNIVERSITY

Mineral Industry
MuseumAkita Bank

3

コン
ビニ

West Exit
Bus Stop

JR Akita Sta. Bus Stop
East Exit

2

S
to Akita Chuo IC

NHK
ALVE

コン
コン
store
Convenience
Supermarket
store
ビニ Convenienceビニ

S

13

McDonald's M McDonald's
Shrine/temple
SMSupermarket

Shrine/temple

Japanese Government (MONBUKAGAKUSHO) Scholarship Program
Special programs conducted by Graduate School of Engineering Science/ Faculty of Engineering Science, Akita University have been assigned from April
2022 by the Ministry of Education, Culture, Sports, Science and Technology (MEXT) to preferentially accept the recipients who have been awarded“MONBUKAGAKUSHO Scholarship”.

International Education Program for Design for Environment
This program of 'international education program for design for Environment' aims for students to acquire multidisciplinary knowledge about design forenvironment including the ideas of decarbonization and green energy. It has been conducted in collaboration with the following 5 departments at Graduate
School of Engineering Science, Akita University: Department of Life Science, Department of Material Science, Department of Mathematical Science andElectrical-Electronic-Computer Engineering, Department of System Design Engineering, and Department of Cooperative Major in Sustainable Engineering.
First grade of students who belongs to these departments can participate this program in the addition to their regular Master program.
●Target Students:First grade of Master’s Course
3 of MEXT Scholarship recipients
3 of privately-financed foreign students
3 of Japanese students●Period of MEXT Scholarship
The scholarship period is effective for the standard total education period at the Department (two years).
●Scholarship Allowance
144,000 yen per month will be supplied.
For details, see “Japanese Government (MONBUKAGAKUSHO) Scholarship Program”(https://www.riko.akita-u.ac.jp/en/examination/mext_scholarship.html) on the Akita University website.

Message from Senior
Ali Busuma
Department of Cooperative Major in Sustainable Engineering,
Graduate School of Engineering Science

Don’t give up!
After I graduated from my tertiary institution, I felt I needed further knowledge
to specialize practically in my field of study, to know about the technical aspects in practical and not just theoretically. I have passion to explore geology,
to nurture, and build my capacity as well as to enrich my knowledge in the field.
Being interested in exploring, culture and diversity drove me to choose to study
in Japan. My greatest motivation is seeing younger generations doing things
that I might have not known is possible “like magic”and who yet still are outstanding and contributing to the growth of their country. My aim is to partake inpost graduate study to carry out research in Geochemistry and petrology to
streamline the knowledge acquired into my daily work as a geologist. My goal
is to carry out a geochemical analysis of some formations in Nigeria and toseek results that will provide my country with a baseline for study, or continuity
via renewable energy prospect.
My willingness to adapt and be flexible in meeting and learning new thingsgave me the courage to realize that there are so many things we can do withtechnology. I am an optimist that my research will serve as a case study forother people.
Coming to Akita university has been one of the best decisions, not only inachieving my dreams of acquiring a master’s degree but the level of exposureand the people I meet. Everything about Akita is wonderful, the four distinctive
weathers, food, culture, you name it.

Above) Photo with my son, Ahmad.
Below) Conducting LA-ICP-MS analysis in the laboratory.

I am now dreaming bigger in the near future to be among a leading group of experts to establish a consortium between mycountry and the Japanese government, as Nigeria is now interested in exploring renewable energy sources.
I can’t write anything about my study life in Japan (Akita university) without acknowledging my supervisor (Professor Fukuyama),
with her support and guidance she made my life and study hectic free throughout the journey. Thank you, Sensei.
For the prospective student: Learning is a gradual process, Consistency and hard work is what keeps the motivation alive.
Give it your best and you shall have no regrets.
14Admission Information for international Students
Master’s Courses *Based on 2023 application scheduleSpecial Entrance Examination for International Students
Screening for admission will be determined by the combined results of an academic ability test (interview) and a document review.

Admission Schedule
Prior Screening of Applicants’Qualifications(certain applicants only)

Application Period

Examination Date

Announcement of Results

AugustAugustAugustSeptember

Affiliated School Recommendation
Admission is based on analysis of all documents submitted.

Application Period
October (Fall) Admission

June

April (Spring) Admission

OctoberDoctoral Courses *Based on 2023 application scheduleSpecial Entrance Examination for International Students
The admission screening process shall comprise an academic ability test and a thorough document review. The results of both evaluations shall be considered in determining eligibility for admission.

Admission Schedule
Prior Screening of Applicants’Qualifications (certain applicants only)
AugustApplication Period

Examination Date

Announcement of Results

AugustAugustSeptember

Affiliated School Recommendation
The selection is based on a thorough analysis of all the documents that have been submitted by the applicant.

Application Period
October (Fall) Admission

June

April (Spring) Admission

OctoberInternational Doctoral Courses in English
The selection is based on a thorough analysis of all the documents that have been submitted by the applicant.

Application Period
October (Fall) Admission

June

April (Spring) Admission

October

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●Osaka Int’l Airport (ltami) - Akita Airport(approx. 1hr 20mins)



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Akita University
Graduate School of Engineering Science
1-1 Tegata Gakuen-machi, Akita City, Akita
010-8502, JAPAN
TEL.+81-18-889-2305
https://www.riko.akita-u.ac.jp/en 

From Osaka●New Chitose Airport - Akita Airport (55mins)°

From Nagoya

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