GCOE Program New Frontier of Education and Research in Wind Engineering Japanese NatHaz
Program Research Program Education Program Members Research Facility Paper References Bulletin Events Recruitments Link

Education Program

Master Course

APEC Wind Hazard Mitigation Center main
Wind Engineering Information Center
Wind Engineering Research Center
gallery
APEC Wind Engineering Network
EVO VORTEX-Winds

Master Course
PhD Course
Double-Degree Program

Special Courses I-IV
GCOE Seminar
GCOE International Advanced School
International Internship
Streaming Lecture

Secretariat・Inquiry

TOKYO POLYTECHNIC UNIVERSITY
The School of Architecture & Wind Engineering
Global COE program secretariat 1583, Iiyama, Atsugi-shi, Kanagawa, 243-0297, Japan
TEL & FAX:046-242-9658
E-mail:gcoeoffice@arch.t-kougei.ac.jp

Master Course

[Education Program System]
 
The curriculum for the Department of Architecture was widely revised for the profound and systematic education and research activities in the field of wind engineering in 2008. In 2009, the new educational curriculum was opened, and the former name of The Department of Architecture will be changed to Architecture and Wind Engineering Course in 2010.

The School of Architecture is divided into four disciplines: (1) Architectural Structure Engineering, (2) Construction Methods & Architectural History, (3) Architectural Planning & Design, and (4) Architectural Environmental Engineering. Figure 1 shows the educational program of " structural and environmental engineering fields" that compose our wind engineering course.

The wind engineering course is divided roughly into the structural field (left side of Figure 1) and the environmental field (right side of Figure 1).
 The first half of the first year of the Master course (M1) is a period for acquiring the basics required for extensive study of wind engineering, such as mathematics, fluid dynamics, and meteorology. In the latter half of M1, students are required to take compulsory courses, such as structural analysis and building vibrations from the structural field, and heat transfer, ventilation and moisture from the environmental field, regardless of their future career options.

 From the second year of the Master course (M2), the structural field and the environmental field are more clearly divided, and students are required to acquire specialized learning and experiment techniques applicable to each field and to perform research in preparation for their Master's dissertation.
 In addition, an Engineering Virtual Organization that consists of Tokyo Polytechnic University, the University of Notre Dame (U.S.A.), and Wind Engineering Research Institutes in various countries will provide knowledge databases and lectures through the Web, and support self-study.
Through the Master course, a special lecture on wind engineering will be implemented and domestic and overseas researchers and practitioners who are active in the wind engineering field will deliver lectures on advanced or topical themes. Students will gain enhanced international awareness through research exchange with overseas researchers.


[Lectures in wind engineering course]

Field Lecture Lecturer
Structural engineering Advanced Lecture on Building Vibrations Yukio Tamura
Advanced Lecture on Mitigation of Natural and Man-made Hazards Yukio Tamura
Advanced Lecture on Structural Analysis Masahiro Matsui
Advanced Lecture on Natural Hazard Masahiro Matsui
Advanced Lecture on Structural Experiments Akihito Yoshida
Advanced Lecture on Wind Resistant Design Takeshi Ohkuma
Environmental engineering Advanced Lecture on Heat Transfer Kunio Mizutani
Advanced Lecture on Ventilation and Moisture Masaaki Ohba
Advanced Lecture on Air Conditioning Kunio Mizutani
Advanced Lecture on Planning Air Flow around Buildings Nobuyuki Kobayashi
Advanced Lecture on Indoor Air Environment Masaaki Ohba
Advanced Lecture on Sustainable Buildings Takashi Yanai
Advanced Lecture on Environmental Experiments Ryuichiro Yoshie
Common lectures Advanced Lecture on Applied Mathematics Shizuo Nakane
Advanced Lecture on Probability and Statistics Masahiro Matsui
Advanced Lecture on Fluid Dynamics Ryuichiro Yoshie
Advanced Lecture on Boundary Layer Meteorology Fumiaki Kobayashi
Special Lecture on Topics of Wind Engineering Invited researcher or invited engineer
Advanced Lecture on Engineering Ethics Toshio Ohkoshi
Advanced Lecture on Intellectual Property Saburo Kitazawa
Advanced Lecture on Simulation Engineering Teruhiro Kinoshita
Global Communication Literacy Hiroshi Tanabe
Thesis for Master's Degree in Architecture and Wind Engineering I, II Each lecturer
Advanced Seminar on Architecture and Wind Engineering I, II Each lecturer
Advanced Laboratory on Architecture and Wind Engineering Each lecturer
Internship I, II, III, IV Each lecturer

[Lectures in architectural course]
Field Lecture Lecturer
Architectural planning and design Advanced Lecture on Architectural Planning and Design I Kayoko Kitai
Advanced Lecture on Architectural Planning and Design II Hiroshi Yatsuo
Advanced Lecture on Architectural Design I Kayoko Kitai
Advanced Lecture on Architectural Design II Every other year
Advanced Lecture on Architectural Design III Izuru Ichihara
Advanced Lecture on Theory of Architecture Every other year
Architectural Design Exercise I Hiroshi Yatsuo
Architectural Design Exercise II Izuru Ichihara
Building system and history of architecture Advanced Lecture on Building System Design Ryuji Ohno
Advanced Lecture on Architectural Building System Ryuji Ohno
Advanced Lecture on History of Architecture I Monado Ebisawa
Advanced Lecture on History of Architecture II Every other year
Architectural engineering Advanced Lecture on Building Materials Every other year
Advanced Lecture on Reinforced Concrete Structures Takeyoshi Korenaga
Advanced Lecture on Wooden Structure Every other year
Common lectures Advanced Lecture on Topics of Architecture and Architectural Engineering Nobuyuki Kobayashi
Advanced Lecture on Intellectual Property Saburo Kitazawa
Advanced Lecture on Colorimetry Fumio Nakaya
Advanced Lecture on City Planning Yuka Okai
Advanced Lecture on Simulation Engineering Teruhiro Kinoshita
Advanced Lecture on Applied Mathematics Sizuo Nakane
Global Communication Literacy Hiroshi Tanabe
Advanced Lecture on Probability and Statistics Masahiro Matsui
Advanced Lecture on Engineering Ethics Toshio Ohkoshi
Thesis for Master's Degree in Architecture and Wind Engineering I, II Each lecturer
Advanced Seminar on Architecture and Wind Engineering I, II Each lecturer
Advanced Laboratory on Architecture and Wind Engineering Each lecturer
Internship I, II, III, IV Each lecturer

[Course completion term]
 The students should select one field among the four major fields and perform specified research (Master's Thesis) under a supervisor. Four units (two lectures) belonging to the research field, four units for advanced seminar on architectural and wind engineering, four units for advanced laboratory on architecture and wind engineering, and ten units for thesis for Master's degree in architecture and wind engineering, giving a total of 22 units credited. And 30 units including required lectures and voluntary lectures should be credited before completion of Master's course.
 Course completion term is the minimum level for Master's course, and wind engineering course set the following recommended model for lectures, which can cover from the fundamental to advanced lectures.

[Recommendable Model for Lectures]
Lectures in the research field 5 Lectures 10 Lectures
Common field 5 Lectures 10 Lectures
Advanced seminar on architecture and wind engineering I, II Required lectures 04 Lectures
Advanced laboratory on architecture and wind engineering Required lectures 04 Lectures
Subtotal 28 Lectures
Thesis for master's degree in architecture and wind engineering I, II Required lectures 10 Lectures
Total 38 Lectures

[Entrance Quota and Entrance Exam]
Type of Entrance Time for Application Day for Exam Entrance Quota
Recommendation Entrance 2012/5/21(Mon.)〜5/28(Mon.) 2012/6/2(Sat.) 10 persons
First Entrance Exam 2012/9/14(Fri.)〜9/20(Thr.) 2012/9/29(Sat.)
Second Entrance Exam 2013/1/25(Fri.)〜1/31(Thr.) 2013/2/16(Sat.)

[Tuition Fee]

[Educational Expense and Money Paid]
Type of Fee Amount of Payment at Amount of Payment at Second Term at Total
Entrance Fee 200,000Yen 0,200,000Yen
Tuition Fee 290,000Yen 290,000Yen 0,580,000Yen
Laboratory Fee 075,000Yen 075,000Yen 0,150,000Yen
Equipment & Facilities Fee 125,000Yen 125,000Yen 0,250,000Yen
Add Association Fee 009,000Yen 009,000Yen 00,18,000Yen
Total 699,000Yen 499,000Yen 1,198,000Yen

【Dormitory】