SECONDARY APPLICATION PROCEDURE APPLICATION PROCEDURE FOR NON-JAPANESE STUDENTS ADMISSION TO GRADUATE SCHOOL OF ADVANCED TECHNOLOGY AND SCIENCE (Master Course2019) Graduate School of Advanced Technology and Science Tokushima University Tokushima, Japan 1
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SECONDARY APPLICATION PROCEDURE
APPLICATION PROCEDURE
FOR
NON-JAPANESE STUDENTS ADMISSION
TO
GRADUATE SCHOOL OF ADVANCED TECHNOLOGY
AND SCIENCE
(Master Course2019)
Graduate School of Advanced Technology and Science
Tokushima University
Tokushima, Japan
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◎ The following forms are included in the application packet:
◎本要項に添付されている,出願に必要な本教育部所定の用紙は,次のとおりです。
1 Application for Admission 入学志願票
2 Letter of Recommendation 推薦書
3 Outline of the Intended Research 学修したい研究課題又は研究分野の概要(学修計画書)
4 List of Educational Background and Professional Career 学歴及び職歴
5 Certificate of Payment of Examination Fee 検定料払込証明書(払込用紙含む)
6 Address Label あて名票
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SECONDARY APPLICATION PROCEDURE
FOR NON-JAPANESE STUDENTS ADMISSION
TO GRADUATE SCHOOL OF ADVANCED TECHNOLOGY AND SCIENCE (Master Course 2019)
Graduate School of Advanced Technology and Science
Tokushima University
1. Number to be admitted
College Department Number to be
Admitted
Intelligent Structures and Mechanics
Systems Engineering Civil and Environmental Engineering Several
Life and Materials Systems
Engineering
Biological Science and Technology Several
Systems Innovation Engineering Information Science and Intelligent Systems
Several Optical System Engineering
2. Qualifications
Applicants are required to have sufficient knowledge of Japanese language, and must possess one of the
following academic backgrounds:
(1) Those who have graduated from or will graduate from a university or college in Japan by March 31,
2019.
(2) Those who have completed or will have completed at least 16 years of formal school education outside
of Japan by March 31,2019.
(3) Those who have completed or will have completed at least 16 years of formal school education of a
foreign country by studying the relevant subject in Japan via correspondence course provided by a
school of the country by March 31,2019.
(4) Those who have successfully completed a course at an educational institution abroad (a graduated of
which must have completed a 16-years course in the school education system), which is assessed in
Japan to have university courses in that education system, and specifically designated by the Minister of
Education, Culture, Sports, Science and Technology or are expected to do so on or before March 31,
2019.
(5) Applicants must have or will have a degree corresponding to that of a bachelor’s through the completion
of courses with a term of study for three years or more by March 31, 2019 (which includes the
completion of an equivalent degree taken through a correspondence course in Japan provided by a
foreign university, and also includes the completion of an equivalent degree issued by an educational
institute which is designated as equivalent to those in Japan based on the conditions stated above and is
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acknowledged as a part of the formal education in the applicant’s home country) at a foreign university
or another overseas educational institute (limited to those appropriately rated by an accreditation agent
of the government of the applicant’s home country or by another officially approved accreditation
institute, or specifically and independently designated as equivalent by the Minister of Education,
Science and Culture).
(6) Persons who have successfully completed, or are expected to complete, after the date designated by the
Minister of Education, Culture, Sports, Science and Technology, the specialized course specifically
designated by the Minister of Education, Culture, Sports, Science and Technology at a vocational
school, whose minimum period required for graduation is four years or longer, and which also satisfies
other condition specified by the Minister of Education, Culture, Sports, Science and Technology.
(7) Those who have completed at least 15 years of school education outside of Japan, and are qualified by
the Graduate School of Advanced Technology and Science, Tokushima University, to have completed
the prescribed credits with excellent grades.
(8) Those who are qualified by the Graduate School of Advanced Technology and Science ,Tokushima
University , to have academic standards equivalent to those of university or college graduates in Japan,
and those who have reached 22 years old.
Notes:
Those who wish to apply for admission with the qualification (7), (8) must submit the following forms
to the Admission Office by Friday, October 26, 2018 (they must be received by this date):
(a) Certificate of final graduation
(b) Certificate of final academic record
(c) List of educational background and professional career (use the prescribed form)
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3. Screening
Admission will be based on the results of entrance examination and personal interview, the academic record
submitted by the authorities of the university attended and recommendation letter.
(1) Examination SubjectsDepartment Subjects of Examination
Civil and Environmental Engineering
Choose one either English or Japanese when you apply. (oral examination) Choose one among the following seven specialized subjects when you apply. (1)Structural Mechanics,(2)Hydraulics, (3)Soil Mechanics, (4)Concrete Materialsand Mechanics, (5)Infrastructure Planning, (6)Environmental and Ecological Engineering,
Specialized Subjects: Biochemistry and Biophysical Chemistry
Personal Interview
Information Science and Intelligent Systems
Choose three among the following twelve specialized subjects when you apply. (1)Electronic Circuit and Integrated Circuit, (2)Microprocessor, (3)Data Structuresand Algorithms, (4)Automata and Formal Languages, (5)Discrete Mathematics andGraph Theory, (6)Information Communication Theory,(7)Programming Methodologies,(8)Artificial Intelligence, (9)Image Processing,(10)Language Engineering,(11)Mathematics, (12)Language (English or Japanese)
Personal Interview
Optical Systems Engineering
English (TOEIC or TOEFL score)
Personal Interview
Notes:
1) Oral examinations will be held for specialized subjects (except Department of Chemical Science and Technology).
2) Paper examinations will be held for specialized subjects in Department of Chemical Science and
Technology.
3) A Personal Interview will be given to discuss future research plans. Results of the personal interview will
be considered in admission screening.
4) Examinees who are more than 30 minutes late for a written examination cannot take that examination.
5) In a written examination, no recess is possible from start to finish of the examination.
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(2) Date and Time for Examination
(3) Place of Examination
Faculty of Science and Technology, Tokushima University
2-1 Minamijosanjima, Tokushima, Japan
4. Consultation for Candidates with Handicaps
Applicants requiring treatment during examination and classes should apply to the Student Affairs Section,
Faculty of Engineering, Tokushima University using the following procedure.
(1) Application Deadline: Friday, October 26, 2018
Note: Please consult with us as soon as possible.
(2) Application Procedure
Please submit the application form which includes the following details.
① Name and date of birth
② Desired college and department ③ Address and phone number of the candidate, guardian’s contact information ④ Type and degree of handicaps (Medical certification may be requested)
⑤ Treatment requested during examination
⑥ Treatment requested during classes
⑦ Treatment that you have received in your school and the name of that school
⑧ Condition of your daily life
5. Application Procedures
(1)Application Period and Application Method
①Application Period
From Wednesday, November 7, 2018 to Friday, November 9, 2018 (Applications are accepted 9:00-12:00 and 13:00-17:00 on each day at the Admission Office.)
Department November 29 ,2018
Civil and Environmental
Engineering
English or Japanese
Specialized Subjects
Personal Interview
9:00~
Biological Science and
Technology
English and
Japanese 9:00~11:00
Specialized Subjects
Personal Interview 13:00~
Information Science and
Intelligent Systems
Specialized Subjects
Personal Interview 9:00~
Optical Systems Engineering Personal Interview 9:00~
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When you send applications by mail, the application form, required documents and examination fee must
reach the Admission office by 17:00, Friday, November9, 2018. Application documents submitted past the deadline will not be accepted.
②Application Method
When you send applications by mail, use the attached envelope for the simplified registered mail.
③Admission Office
Student Affairs Section, Faculty of Science and Technology, Tokushima University
2-1 Minamijosanjima, Tokushima 770-8506, Japan
TEL. (088) 656-7315, 7317 FAX (088) 656-2158
http://www.tokushima-u.ac.jp/e/
(2) Documents Required
Documents Applicants Notes
Application Form All applicants On the prescribed form, paste a photograph〔head and shoulders, hatless, facing forward, size 4cm × 3cm〕
Certificate of Degree or Certificate Referring to Expected Graduation
All applicants EXCEPT applicants from the Tokushima University
Certified Academic Record of University Attendance All applicants Issued by university authorities
Outline of the Intended Research All applicants written in Japanese or English
Letter of Recommendation from the Academic Adviser Optional Submission
Certificate of TOEIC or TOEFL score
Applicants for the departments of Optical System Engineering Science and Technology
IP (Institutional Program) cannot be accepted. Only “Official Score Certificate” for “TOEIC®Listening&Reading Test” or “TOEIC®Test” is accepted.“Official Score Certificates” for “TOEIC®Speaking&Writing Tests”, “TOEIC®Speaking Test” , “TOEIC®Writing Test”, “TOEIC Bridge®Test” and “TOEIC IP” are not accepted.
Certificate of Payment of Examination Fee
All applicants EXCEPT non-Japanese students With Japanese government Scholarship
Please bring examination fee of ¥30,000 and[1]payment form(払込用紙)to a post office. You will receive[2]receipt(払込受領証)and[3]payment certificate of examination fee for applicant(検定料払込証明書(志願者用)). Please paste[3]payment certificate of examination fee for applicant(検定料払
込証明書(志願者用)) to[4] certificate of payment of examination fee prescribed by Tokushima University(検定料
払込証明書(本学所定))and submit to the Admission Office. Examination fee is non-refundable. If you are an applicant residing outside Japan, payment by credit card is available by making an online application through “International Student Portal “of the University’s website. http://www.tokushima-u.ac.jp/isc/admission/english/
Resident Record Applicants residing in Japan
Please ask in the city hall to issue Resident Record(住民票)in which all items are Listed
Address Labels All applicants Write down your name, address and postal code on the described form.
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Envelope for Return. All applicants On the envelope, write down your name, address and the postal code. Put a ¥362 stamp on it.
Notes:
① Incomplete or incorrect application forms and documents will not be accepted.
② Application form, the documents and examination fee will not be returned once they are received by the Admission Office.
③ For address change (mailing address for notification of successful applications), inform the Admission
Office as soon as possible.
④ Admission card and information of examination room will be mailed to applicants at a later date.
⑤ Graduated from higher education institutions in China, the applicant who does not have the experience
enrolled in our university research student as they will make sure online education certification. Get the
reference number China Higher Education Student Information Network at (http://www.chsi.com.cn),
please indicate in the application.
⑥ TOEFL DI Code is 4433.
6. Notification of Results
The examinee numbers of those who passed the examination will be notified on the notice board of the
Faculty of Science and Technology, Tokushima University at 11:00, Monday, December 10, 2018. Official letters of admission will be sent by mail. Inquiry about the result by other means (such as telephone)
cannot be accepted.
Cancellation of Admission
(1) If successful applicants cannot meet eligibility requirements after completing the admission procedures,
admission will be canceled.
(2) If documents used in application and/or admission procedure are forged, admission can be canceled.
7. Admission Procedures
Detailed admission procedures will be notified by mail in the middle of February, 2019. (1) Admission Fee and Tuition Fee
(a) Admission Fee: ¥282,000
(b) Tuition Fee: ¥267,900 for the first semester (Annually ¥535,800 )
Non-Japanese students supported by a scholarship from the Japanese Government are exempted from the above fee.
Notes:
①Admission fee and tuition fee are current rates, subject to revision.
②Those fees are subject to change. Revised tuition fee will apply for your following enrollment.
③You can pay for the tuition fee for the second semester at the same time as you pay the tuition fee for
the first semester.
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④There is a financial aid to students by exempting them from either total or half of the admission or
tuition fee. Eligibility for the financial aid is based on financial need and academic achievement or
sufferings of natural disasters.
(2) Casualty and accident insurance for students' education and research is estimated to be ¥2,170 / two
years.
(3) Tokushima University Student Affairs Fund is estimated to be ¥7,000/ two years, (including
enrollment fee).
8. Treatment of Information on Individuals
(1) Tokushima University shall treat information regarding individuals which has been described in the application documents for the following purposes. ① Entrance examination affairs (entrance examinations, notification of entrance examination results,
admission procedures etc.) ②(a) Educational affairs after enrollment of successful applicants (administration of the school register,
educational guidance etc.) (b) Student support affairs (health administration, scholarships, job support etc.) (c) Affairs concerning tuition fee
(2) Information on individuals which has been obtained from the entrance examinations shall be used for the following purposes.
① Tabulation and analysis of entrance examination results ② Investigation and research of selection methods (improvement of entrance examinations, investigation and analysis of candidate trends)
9. Other Notices (1) Scholarships Independent Administrative Institution Japan Student Services Organization from abroad studying in
Japan at their own expenses. (2) TA position Tokushima University offers TA (Teaching Assistant) positions to the graduate students. (3) Tokushima University International House In order to contribute to international communication in the field of education and research in the
University, the International House was established for the purpose of providing accommodation and facilities for non-Japanese students and researchers.
Depending on the availability of space and indications of financial need, accommodation can be available in the International House for a limited number of graduate students and their families.
(4) For further inquiry about admission, write or fax to the Admission Office. Telephone can be accepted
【建設創造システム工学コース Civil and Environmental Engineering】
社会の急速な高度情報化,国際化などに対応した,効率的な生産活動を可能にする国土を形
成し,安全で安心・快適な生活環境ならびに居住環境を創造するためには,生産基盤,生活基
盤などの社会資本やその運用システムを自然環境と調和させながら機能的,体系的に整備,拡
充していくことが必要です。このような観点から,本コースでは,社会的,経済的,工学的な
広い視野にもとづく生活・生産基盤施設,交通施設,防災施設,環境保全施設などの調査・計
画,解析,設計・施工・運用システムおよび維持管理に関わる技術について研究・教育を行う
ことを目的としています。
本コースは,上記の目的を達成するために,担当教員が,建設構造工学,環境整備工学,社
会基盤工学,社会システム工学の4講座に分かれて次のような研究課題に取り組んでいます。
担 当 教 員No.概 要講 座
教 授 橋本 親典Prof. Chikanori Hashimoto
教 授 長尾 文明Prof. Fumiaki Nagao
准教授 渡邉 健Assoc. Prof. Takeshi Watanabe
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可視化手法によるコンクリート施工機械の高性能化High performance of concrete machine with help of the visualization technique of fresh concrete構造物の耐風設計・風災害・風環境に関する研究Wind resistant design, Wind disaster, Wind environmentコンクリートの非破壊検査,診断技術の開発Non-destructive Testing of concrete
建設構造工学StructuralEngineering
教 授 中野 晋Prof. Susumu Nakano
教 授 鎌田 磨人Prof. Mahito Kamada
教 授 武藤 裕則Prof. Yasunori Muto
教 授 上月 康則Prof. Yasunori Kozuki
准教授 蒋 景彩Assoc. Prof. Jing-Cai Jiang
准教授 田村 隆雄Assoc. Prof. Takao Tamura
准教授 河口 洋一Assoc. Prof. Yoichi Kawaguchi
講 師 山中 亮一Assoc. Prof. Ryoichi Yamanaka
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自然災害リスクマネジメント・事業継続マネジメントNatural disaster risk management, Business continuity management地域生態系の保全・修復に関する研究Conservation and restoration of regional ecosystems
河道の地形形成プロセスと河川環境・防災に関する研究Fluvial Process on Environment Restoration and Disaster Mitigation環境と災害を一体とした自然との共生を目指した研究Study on Coexistence of People and Nature (Nature Conservation and Disaster Mitigation)斜面災害の予知予測と対策技術に関する研究Prediction and countermeasures of landslides and slope disasters山地森林流域からの雨水・物質流出機構の定量評価Rain water and solute runoff system in mountainous foresed basin生態系の保全・修復・利用に関する研究Study on the conservation, restoration and utilization of the ecosystem沿岸環境に係る人為的影響の解明と共生システムの構築Anthropogenic impact assessment and ecological mitigation technology in estuarine
環境整備工学EnvironmentalConservationEngineering
教 授 馬場 俊孝Prof. Toshitaka Baba
准教授 上野 勝利Assoc. Prof. Katsutoshi Ueno
准教授 中田 成智Assoc. Prof. Narutoshi Nakata
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海溝型地震の発生メカニズムと津波予測に関する研究Seismogenic process of the subduction zone earthquakes and Tsunami prediction
地盤の変形と破壊に関する研究Deformation and failure of ground
複合的自然災害に対する構造解析,シミュレーションおよび評価Structural Analysis, Simulation and Evaluation for Multiple Natural Hazards
社会基盤工学Geotechnical and GeoenvironmentalEngineering
安全,高齢者,身障者,環境に配慮した道路・交通の研究Transport planning and road design for safety, elderly, disabled, and environmentコンクリート構造の耐久性向上・評価,補修・補強技術Durability evaluation and rehabilitation techniques of concrete structures公共施設や住宅等の建築計画(デザイン,マネジメント)に関する研究Architectural planning and design for dwellings and public facilities高精度数値計算手法の研究High Precision Numerical Computation非線形可積分系の古典解析Classical analysis on nonlinear integrable systems非線形楕円型方程式の定性的研究Nonlinear partial differential equations of elliptic type: Qualitative theory公共調達システムの研究Public Procurement System
都市環境形成のための交通現象解析と都市交通政策評価Traffic analysis and evaluation of transport policy for ecological city
担 当 教 員No.概 要講 座教 授 岡田 達也Prof. Tatsuya Okada教 授 窓木 均Prof. Hitoshi Takagi教 授 西野 秀郎Prof. Hideo Nishino准教授 Antonio Norio NakagaitoAssoc. Prof. Antonio Norio Nakagaito准教授 大石 篤哉Assoc. Prof. Atsuya Oishi講 師 石川 真志Assoc. Prof. Masashi Ishikawa
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金属単結晶,双結晶を用いた結晶塑性と再結晶の研究Plasticity and recrystallization of metal single- and bi-crystal環境に優しいエコマテリアルの開発Development of environment-friendly ecomaterials超音波による構造物の信頼性評価に関する研究Ultrasonic material measurement and evaluationセルロースナノファイバーに基づく複合材料の開発Development of composite materials based on cellulose nanofiberPCクラスタによる大規模シミュレーションMassively parallel simulation on PC clustersサーモグラフィを用いた構造材料の非破壊評価に関する研究Infrared thermographic non-destructive evaluation of structural materials
流体流れの層流から乱流への遷移の研究Laminar-turbulent transition in fluid flow気液・液々二相流や複雑流体の流れに関する研究Gas-liquid/liquid-liquid two-phase flows and non-Newtonian fluid dynamics燃焼改善技術と燃焼排気物質の低減に関する研究Combustion Improvement and Reduction of Exhaust Emissionsレーザ計測技術を用いたエネルギー・環境機器の開発Development of energy and environmental devices using laser diagnostics宇宙太陽光熱利用システムの地上要素研究Fundamental research of Space Solar Power System (SSPS)生体医工学的手法による骨/微小循環関連疾患の研究Biomedical engineering approach to study bone/microcirculation-related diseases無機化合物を用いた電気化学デバイスに関する研究Research on electrochemical energy-conversion device using inorganic compounds流体機械の性能特性と内部流れに関する研究Research on performance characteristics and internal flow of fluid machinery噴霧燃焼における低環境負荷燃焼法の開発Spray combustion technology for reduction of pollutant emissions
機械システムMechanical Systems
教 授 窓岩 昌弘Prof. Masahiro Takaiwa教 授 日野 順市Prof. Junichi Hino准教授 三輪 昌史Assoc. Prof. Masafumi Miwa講 師 浮田 浩行Assoc. Prof. Hiroyuki Ukida講 師 佐藤 克也Assoc. Prof. Katsuya Sato
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人間支援型ロボットシステムの開発Development of Human Support Robot System機械の動的設計と振動制御Dynamic design and vibration control of machinery無人航空機の自律航行システムに関する研究Automatic navigation system for UAVイメージスキャナを用いた立体形状計測3D shape measurement using image scanner細胞バイオメカニクスとその医工学応用Cell biomechanics and biomedical engineering
知能機械学Intelligent Machines
教 授 石田 徹Prof. Tohru Ishida教 授 中村 浩一Prof. Koichi Nakamura教 授 安井 武史Prof. Takeshi Yasui教 授 米倉 大介Prof. Daisuke Yonekura准教授 伊藤 照明Assoc. Prof. Teruaki Ito准教授 南川 丈夫Assoc. Prof. Takeo Minamikawa講 師 犬飼 宗弘Assoc. Prof. Munehiro Inukai講 師 日下 一也Assoc. Prof. Kazuya Kusaka講 師 溝渕 啓Assoc. Prof. Akira Mizobuchi
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複雑穴放電加工システムの開発Development of EDM system for fabricating complicatedly shaped holesNMRと超音波測定によるエネルギーデバイス材料の研究NMR and ultrasonic studies on materials for energy devices知的テラヘルツ計測と生体光計測に関する研究Intelligent terahertz instrumentation and biomedical optics表面改質による機能性材料の開発Surface engineering for functional materials協調的仮想空間指向ヒューマンインタフェースの研究Human interface towards virtual collaboration光と物質の相互作用を利用した光応用計測Optical sensing by photon-material interactions固体核磁気共鳴法の新規な応用と装置開発New application and hardware development in solid-state NMRPVD薄膜のX線回折による応力評価に関する研究X-ray evaluation of stress in thin films deposited by PVD method難削材の機械加工用工具の開発Machining of difficult-to-cut materials
反応中間体及び新奇有機分子の構造と反応性Organic photochemical reactions, electron-transfer reactions, and chemical modification of carbon allotropes such as fullerenesモデル的高分子の精密合成と特性解析に関する研究Synthesis and characterization of polymers with controlled structure環境調和型有機合成手法の開発と応用Development of environmentally friendly Synthetic method刺激応答材料などの機能性材料合成及び物性Synthesis and property of stimuli-responsive and other functional materials重合反応の立体化学に関する研究Study on stereospecificity in polymerization reaction新規立体選択的反応開発と応用Development and application of novel stereoselective reactions医療応用を指向した天然物由来高分子の合成に関する研究Study on bio-renewable polymers synthesis for medical application
化学的親和性を活用する分離分析法の開発Development of analytical and separation methods on the basis of chemical affinity
赤外分光法を用いた固体の光物性研究Infrared and optical studies of solid materialsバイオセンサおよびバイオマテリアルに関する研究Research and development of biosensors and biomaterials放射性同位元素を用いたナノ粒子の機能化Functionalization of nanoparticles by radioisotopesタンパク質結晶およびコロイド結晶の研究Fundamental studies on protein crystals and colloidal crystals液体・溶液中の構造・ダイナミクス・反応の研究Analysis of structure, dynamics, and reactions in liquids and solution systems
化学/生化学分析のための化学反応および固液界面反応場に関する研究Study on chemical reactions and solid-liquid interfaces for chemical and biochemical analysis
高機能性触媒および環境浄化材料の開発研究Development of advanced materials for catalysts and environmental cleanup
酸(窒)化物半導体・蛍光体の合成と材料化学Materials chemistry on oxynitride/oxide semiconductors and phosphors
マイクロ反応装置を利用した新規化学プロセスの開発Application of microreactor technology無機多孔性材料を用いた分離プロセスの開発Development of new separation processes using porous inorganic materials
燃焼触媒および機能性材料の構造化学的研究Structural study of advanced functional materials機能性多孔質材料の開発とその応用に関する研究Study on development of functional porous materials and its applications
教 授 宇都 義浩Prof. Yoshihiro Uto准教授 友安 俊文Assoc. Prof. Toshifumi Tomoyasu准教授 玉井 伸岳Assoc. Prof. Nobutake Tamai講 師 山田 久嗣Assoc. Prof. Hisatsugu Yamada講 師 田端 厚之Assoc. Prof. Atsushi Tabata
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両親媒性分子集合系の生物物理化学的研究Biophysicochemical study on aggregate systems of amphiphilic molecules微生物毒素の機能研究とその医学・細胞工学的応用Study on function of microbial toxins and their application in medicine and cell technology発育鶏卵を利用した制癌剤の創薬研究Study on medicinal chemistry of anticancer drugs based on developing egg
細菌の細胞内蛋白の品質管理機構の解析Study on quality control pathways for cellular proteins in Bacteria脂質膜の構造特性に関する物理化学的研究Physicochemical study on structure and properties of lipid membranes生体機能解析のためのin vivoケミカルプローブの創製Study on development of in vivo chemical probes for direct analysis of bio-function微生物由来機能性因子の基礎・応用研究と微生物検出システムの開発Investigation for microbial functional materials and their application
生物機能工学Engineering in Biological Functions
教 授 櫻谷 英治Prof. Eiji Sakuradani教 授 中村 嘉利Prof. Yoshitoshi Nakamura准教授 湯浅 恵造Assoc. Prof. Keizo Yuasa准教授 三戸 太郎Assoc. Prof. Taro Mito講 師 佐々木千鶴Assoc. Prof. Chizuru Sasaki講 師 淺田 元子Assoc. Prof. Chikako Asada
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ユニークな脂質変換反応の探索と有用脂質の微生物生産に関する研究Study on screening of unique reactions for lipid conversion and microbial production of useful lipids生物資源の有効利用と生物的環境修復技術に関する研究Study on effective utilization of biomass and environmental bioremediation technology動物細胞における細胞内情報伝達機構の解析とその応用Study on intracellular signaling pathways in animal cells形態形成を制御するゲノム機能の研究Study on genome function involving morphogenesis未利用天然物資源由来の有用化学物質の探索とその応用Study on search for useful chemicals from unutilized natural resources超高温耐熱性セルラーゼの生産とバイオマス分解への応用Study on production of hyperthermophilic cellulase for hydrolysis of biomass
生物反応工学Engineering in Biological Reactions
難治性がんにおけるがん細胞の幹細胞性獲得機構の解明Deciphering of the underlying mechanism for stemness acquisition in refractory cancer cells
講 師 岸本 幸治Assoc.Prof.Koji Kishimoto
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【電気電子創生工学コース Electrical and Electronic Engineering】
教 授 永瀬 雅夫Prof. Masao Nagase教 授 直井 美貴Prof. Yoshiki Naoi准教授 大野 恭秀Assoc. Prof. Yasuhide Ohno准教授 西野 克志Assoc. Prof. Katsushi Nishino准教授 敖 金平Assoc. Prof. Jin-ping Ao准教授 富田 卓朗Assoc. Prof. Takuro Tomita准教授 川崎 祐Assoc. Prof. Yu Kawasaki
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グラフェンの研究Study on graphene新材料開発,ナノ構造と光デバイスNew advanced materials, nano structure and photonic devicesナノカーボン材料を用いたデバイス応用研究Device applications based on nano-carbon materials窒化物半導体結晶成長の研究Crystal growth of nitride semiconductorsワイドバンドギャップ半導体デバイスに関する研究Wide bandgap semiconductor devices半導体光物性とレーザープロセシングに関する研究Optical properties in semiconductors and the study on laser processing遷移金属酸化物の磁性の研究NMR study of magnetism in transition metal oxides
パルスパワー応用と放電プラズマ応用,視環境設計Applications of pulsed power and discharge plasma, visible environment design知的システム(ロボット,福祉機器,再生可能エネルギー)Intelligent systems (robotic systems, human friendly motion control systems, renewable energy systems)現代及び次世代電力システムの解析と制御Analysis and controls of modern and advanced power systems電力機器診断技術,電磁波計測,計算電磁気,信号処理Diagnostic techniques for power equipment, measurement of electromagnetic waves, computational electromagnetics, and signal processing放電プラズマの生成と応用ならびに環境改善技術への適用Generation of discharge plasmas and their application to environmental improvement
光信号処理,光伝送及び光通信ネットワークOptical fiber transmission, optical signal processingむだ時間を含む系,分布定数系の制御Control of time-delay and distributed-parameter systemsUWB通信及びインターネット情報通信UWB communication and Internet telecommunication整数論および代数系の応用Number theory and applications of algebraic systems保型形式の明示的研究Explicit study of modular forms医用生体工学に関する研究Biomedical engineering生体医工学,医療機器,医用システムBiomedical engineering, biomedical instruments and system
電子回路の設計とテストDesign and test of electronic circuitsLSIレイアウト設計のCAD技術に関する研究Research on CAD algorithms for VLSI layout design非線形回路工学,カオス工学,認知工学Nonlinear circuit technology, chaos engineering, cognitive engineeringVLSIの検査容易化設計に関する研究VLSI testing and design for testability動画像符号化アルゴリズム及びそのVLSI設計Video coding algorithms and its VLSI design複雑系ネットワーク,脳情報工学Complex networks, brain-inspired information technology
知能電子回路Intelligent Networks and
Computer Science
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【知能情報システム工学コース Information Science and Intelligent Systems】
言語理解と知識・知能工学に関する研究Research on language understanding and knowledge-intelligence engineeringマルチメディア情報検索に関する研究Research on multimedia information retrieval知能システムの創発的設計に関する研究Emergent Design of Intelligent Systems音声言語情報処理とヒューマンマシンインタラクションに関する研究Research on speech information processing and human-machine interaction非線形力学系の分岐問題と視覚化に関する研究Bifurcation problems and visualization of nonlinear dynamical systemマルチメディア応用と情報基盤システム研究Research on Multimedia Applications and ICT Infrastructure進化計算やメタ戦略を用いた最適化に関する研究Research on evolutionary computation and metaheuristicsコンピュータアーキテクチャ・ネットワークに関する研究Research on Computer architecture and network認知発達ロボティクスに関する研究Research on cognitive developmental roboticsWeb文書へのアクセスの利便性向上に関する研究Research on Intelligent Access to Web Documents通信ネットワークの管理に関する研究Research on administration of communication networks
基礎情報工学Information Science
教 授 寺田 賢治Prof. Kenji Terada教 授 木下 和彦Prof. Kazuhiko Kinoshita教 授 泓田 正雄Prof. Masao Fuketa教 授 獅々堀正幹Prof. Masami Shishibori教 授 福見 稔Prof. Minoru Fukumi准教授 池田 建司Assoc. Prof. Kenji Ikeda准教授 森田 和宏Assoc. Prof. Kazuhiro Morita准教授 柏原 考爾Assoc. Prof. Koji Kashihara講 師 Stephen KarungaruAssoc. Prof. Stephen Karungaru講 師 光原 弘幸Assoc. Prof. Hiroyuki Mitsuhara講 師 大野 将樹Assoc. Prof. Masaki Oono講 師 伊藤 桃代Assoc. Prof. Momoyo Ito
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画像処理,コンピュータビジョンに関する研究Research on image processing and computer vision情報ネットワークに関する研究Research on Information Network自然言語処理と情報検索に関する研究Natural language processing and information retrievalマルチメディア情報検索技術に関する研究Research on multimedia information retrieval techniquesソフトコンピューティングと信号処理に関する研究Softcomputing and Signal Processingシステム同定および制御工学に関する研究System identification and control engineering自然言語・知識処理に関する研究Natural language and knowledge processingヒューマンインターフェイスでの生体計測に関する研究Biological human-machine interfacesパターン認識及びソフトコンピューティングに関する研究Object recognition using pattern recognition and soft computing algorithmse-LearningシステムおよびICT活用教育に関する研究Research on e-Learning Systems and ICT for Education知的音声音楽情報処理に関する研究Research on music information processing人間の行動解析に基づく意図理解に関する研究Research on intention recognition based on human behavior analysis
ナノサイズ領域への光閉じ込めと応用に関する研究Photon localization in nano-scale plasmonic structure and its application強結合超伝導体の電子状態の研究Research on the electronic states of strong coupling superconductors光機能ナノ材料の先端レーザー分光Advanced laser spectroscopy for optical nanomaterialsナノフォトニクスとメタマテリアルに関する研究Study on Nanophotonics and Metamaterialsナノ材料の電子的および光学的物性の研究Electrical and optical properties of nanomaterials
立体ディスプレイや映像情報システムの研究Information display system & 3D display system光通信や光情報ネットワークの研究Study on optical communications and optical information networks医用画像処理,知的画像診断支援システムの研究Medical image processing, Intelligent computer-aided diagnosis (CAD) system人間の視覚情報処理と空間認識機構の研究Study on human visual processing and mechanisms of space perception
ナノ半導体結晶成長とそのデバイス応用Fabrication of semiconductor quantum nanostructures and its device applicationナノ半導体デバイスのテラヘルツ科学への応用Applications of semiconductor nanostructure devices to terahertz science