INTERNATIONAL TRAINING ON
SEISMOLOGY AND
EARTHQUAKE ENGINEERING



(Last Update 2009/04/08)



Outline of IISEE 丂丂丂丂丂 丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂

The International Institute of Seismology and Earthquake Engineering (IISEE), at the Building Research Institute (BRI), was originally established in January 1962 as an organization dedicated to training to researchers and engineers in developing countries  and to carrying out researchers to contribute to earthquake disaster mitigation. Currently, IISEE carries out training courses with the Japan International Cooperation Agency (JICA) and offers following three training programs. A total of 1,380 participants from 96countries and region have completed the training courses, and these courses have received high praises in Japan and around the world. The IISEE-net (information network of earthquake disaster prevention technologies for buildings), which is accessible via the IISEE website, is effectively used by participants for their follow-up studies.

International Training on Seismology and Earthquake Engineering Annual Training on Seismology and Earthquake Engineering
1960丂Seismology Course
1960丂Earthquake Engineering Course
Tsunami Disaster Mitigation Course 2006
Global Seismological Observation Course
1995
Individual Course
1968


Annual Training on Seismology and Earthquake Engineering

Seismology Course and Earthquake Engineering Course

Participants at the Second World Conference on Earthquake Engineering in Tokyo in 1960 discussed and confirmed the need for training of young researchers in other countries in seismology and earthquake engineering. As a result, the first courses were given at University of Tokyo in the same year. The results of courses were widely acclaimed by the international community. Therefore, the Japanese Government established the International Institute of Seismology and Earthquake Engineering (IISEE) in BRI to provide the training courses continuously. The second courses were given in the following year at Waseda University, and the IISEE took over the latter half of the course.

The 2nd Annual Training courses on Seismology and Earthquake Engineering Participants (1961- 1962)

丂丂丂IISEE Flag



Tsunami Disaster Mitigation Course

Gigantic tsunami generated by a major earthquake offSumatra in 2004 wreaked havoc in the coastal areas of the Indian Ocean. In response, the Tsunami Disaster Mitigation Course was established in October 2006 to provide advanced education in earthquakes and tsunami, with the aim of training tsunami specialists who can apply and diffuse their acquired knowledge and techniques in tsunami disaster mitigation in their home countries.

Height of tsunami along the coastlines devastated following the earthquake off Sumatra in 2004 (simulation result)

Master乫s Degree

Since October 2005, a part of the training course in partnership with the National Graduate Institute for Policy Studies (GRIPS) was certified as GRIPS乫s lecture course. Today, each trainee can get Master of Disaster Mitigation certified by GRIPS and BRI if he/she acquires required credits. On September 2006, 19 participants became the first graduates under new system. With diplomas, participants secure their complete background as specialists in seismology and earthquake engineering back in their home countries.

Awarding of master乫s degree by Chief
Executive of BRI (GRIPS, 2006)
Number of participants awarded Master乫s degree

Course

2005-06

2006-07

2007-08

Seismology

10

10

10

Earthquake Engineering

9

10

10

Tsunami Disaster Mitigation

5

5

Total

19

25

25

Support of UNESCO

In cooperation with UNESCO, the Japanese Government offered annual training courses from 1963 to 1972. Since 1972, the Japanese Government has continued to offer these courses independently. UNESCO sent experts to IISEE from 1985 to 1995. The outcome of these courses were reappraised later, and UNESCO dispatches experts again in 2007.

Logo, whose use is granted by UNESCO



Courtesy visit to Minister of Land,
Infrastructure and Transport (2006)

Visit by President of JICA to
the training course (2005)

Lecture at the training course (2006)

Participants乫 presentation (2005)


Global Seismological Observation Course丂 丂丂丂丂丂丂丂丂

The international community is making efforts to put the Comprehensive Nuclear Test Ban Treaty (CTBT) into effect and to provide the International Monitoring System (IMS) to verify compliance with the CTBT. Seismological observation technology plays an important role in the IMS, because it can be used to detect nuclear explosions. At a request of the Ministry of Foreign Affairs, IISEE started a training course on global seismological observation in 1995. This course is part of Japan乫s contribution to nuclear disarmament and is organized with the Japan Metrological Agency and JICA.

Individual Course丂丂丂丂 丂丂丂丂丂丂丂丂丂丂 丂丂丂丂

IISEE accepts individual researchers from developing countries as part of our technical cooperation on earthquake damage mitigation. Under the Individual Course, subjects are selected that need urgent attention in each trainee乫s country or that are up-to-the-minute and essential. Individual training programs are prepared to match the needs of each participant and are provided under the guidance of IISEE staff and lecturers from universities, research institutes, and private companies.



Visit to a construction site (Sapporo, 2005)

Study trip (Hiroshima, 2005)


Outline of Training Courses 丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂 丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂
Classification Field Capa-city  Period Description Opening year Number of ex-participants  Remarks
International Training on Seismology and Earthquake Engineering Annual Training on Seismology and Earthquake Engineering Seismology Course Seismology 10 One year program Group Training (Eight months) The course begins with the basics of seismic wave theory and moves systematically onto seismological observation and analysis, earthquake source processes, and plate tectonics. Individual Training (Three months) The course teaches specific subjects under the instruction of lecturers in a specific field individually so that the participants can understand the seismic environment, improve the seismic resistance of buildings, and understand the tsunami environment of their home country. 1960 477 Participants are entitled to acquire a master乫s degree if they enroll in the master乫s degree course of GRIPS and complete it.
Earthquake Engineering Course Earthquake Engineering 10 Octoberto the following September The course begins with structural analysis and structural dynamics and moves systematically onto seismic resistant structures such as reinforced concrete and steel construction, state-of-the-art technologies of base isolation and vibration damping, and seismic ultimate design techniques. 483
Tsunami Disaster Mitigation Course Tsunami  5 The majority of this course is the same as that of the Seismology Course. Tsunami related contents include fluid dynamics, generation and propagation of tsunami, and tsunami early warning systems. 2006 10
Global Seismological Observation Course Seismology 10 Two months program January  to March Participants learn about various technologies of seismological observation such as observation systems and seismic networks for detecting nuclear testing, earthquake data analysis to determine hypocenter location and magnitudes, discrimination technique of nuclear test from natural earthquakes, and the system of the CTBT and IMS. 1995 139
Individual Course Seismology, Earthquake Engineering a few Arbitrary Participants study specific research themes under the guidance of the IISEE staff. 1968 96

Note: In addition, 175 participants completed the Seminar Course (conducted from 1980 to 2000 and 2008).
The total number丂 reached丂1,380.    (As of
March 31, 2009)


撈棫峴惌朄恖 寶抸尋媶強, BUILDING RESEARCH INSTITUTE
(c) 2002 BRI All Rights Reserved