Regular Course Curriculum

Outline

Participants for the regular course will choose one of two sub-courses, S or E. In the term of the Group Training 1, sub-course S attends classes on Seismology. The sub-course E attends lectures on Earthquake Engineering. In the term of the Group Training 2, all the participants should attend lectures on Seismic Disaster Mitigation.

1) Lectures in the group training 1

-	Seismology sub-course	Earthquake Engineering sub-course
Orientation	Opening Ceremony, Interview, Guidance(1 day) Overview of Earthquake and Disasters(4 days)	Opening Ceremony, Interview, Guidance(1) Introduction to Seismology(1) Introduction to Earthquake Eng.(1) Computer(2)
Basic Technology	Computer Literacy Computer (8) Earthquake Information (2) Mathematics for Seismology (7) Seismicity and Statistics (3)	Earthquake Engineering 1 Linear and Nonlinear Analysis (6) Finite Element Method (4) Dynamic Aseismic Design (2) Limit Analysis (2) Soil Mechanics (3) Soil Dynamics (2) Soil Dynamics (1)
Basic Technology	Seismology 1 Local Earthquake Observation (4) Local Earthquake Analyses (4) Least square Method (2) Theory of Seismic Waves I(4) Crust and Upper Mantle (2) Analyses of Teleseismic Records (3)	Earthquake Engineering 2 Vibration Analysis (9) Free Vibration Practice (1) Structural Testing (3) Soil Test and Survey (2) Effects of Surface Geology on Seismic Motion (2) Strong Earthquake Motion Observation (1) Microtremor Observation Practice (2) Geophysical Exploration (3) Dynamic Soil Structure Interaction (2)
Applied Technology	Seismology 2 Earthquake Focal Mechanism (4) Seismic Tomography (2) Scaling Law of Earthquake (2) Overview for Earthquake Prediction Research (2) Earthquake Geology (2) Earthquake and Plate Tectonics (4) Earthquake Source Mechanism (4)	Structural Systems RC Structures (6) Steel Structures (3) Masonry Structures (1) PC Structures (1) Foundation Engineering (4) Bridge Engineering (3) Port and Harbor Structures (1) Dam Structures (1) Underground Structures (1) Lifeline Engineering (1)
Applied Technology	Seismology 3 Soil Test and Survey (2) Seismic Ray Theory and Computer (1) Digital Data Processing (3) Strong Earthquake Motion Observation (1) Geophysical Exploration (3) Soil Dynamics (2) Effect of Surface Geology on Seismic Motion (2) Theory of Seismic Waves II(4) Microtremor: Analysis and Observation (2)	Seismic Design, Evaluation & Rehabilitation Seismic Design Codes (5) Design Earthquake Ground Motion (2) Seismic Evaluation and Rehabilitation (2) Structural Response Control (1) Earthquake Resistant Limit State Design (3) Seismic Retrofitting (2)
Special Lectures	Surface Waves, Scattering and Attenuation (3) Crustal deformation (2) Deep Earth Structure (1) Tsunami (1) Volcano and Earthquake (1) Simulation of Seismic Wave (2) Observatory Practice (2) Observation Tours (2)	Finite Element Method (1) RC Structures (2) Design Codes (1) Design Seismic Force (1) Structural Response Control (1) Seismic Evaluation and Rehabilitation (1) Structural Reliability (2) Observation Tours (2)

The number in the parentheses denotes the lecture days.

2) Lectures in the group training 2

-	Seismology sub-course	Earthquake Engineering sub-course
Disaster Mitigation Policy	Earthquake Hazard Assessment Empirical Techniques for Seismic Ground Motion (1) Probabilistic Seismic Hazard Analysis (2) Strong Motion Seismology (2)
	Earthquake Risk Assessment Seismic Micro-Zonation (2) Seismic Ground Motion Simulation for Scenario Earthquake (1) Seismic Risk Analysis and Management (2)
	Law and Administration for Seismic Disaster Mitigation Urban and Local Disaster Mitigation Policy (5)
	System for Seismic Disaster Mitigation Case Study for Development Assistance related with Disaster Mitigation (5) Building Administration on Disaster Mitigation and Education (2.5)
	Planning for Seismic Disaster Mitigation Project Cycle Management for Disaster Mitigation (5) Disaster Management (2.5)
Case Study	Practice for Earthquake Disaster Mitigation Policy 1 & 2 Study Trip (5*2)	Practice for Earthquake Disaster Mitigation Policy 1 & 2 Study Trip (5*2)
	Practice for Earthquake Disaster Mitigation Policy 3 Colloquium (3) Conferences & Symposium (2)	Practice for Earthquake Disaster Mitigation Policy 3 Colloquium (3) Conferences & Symposium (2)

The number in the parenthesis denotes the lecture days.

CURRICULUM

-	Seismology Course		Earthquake Engineering Course
Orientation	Opening Ceremony, Interview, Guidance Overview of Earthquake and Disasters	1 4	Opening Ceremony, Interview, Guidance Introduction to Seismology Introduction to Earthquake Engineering Computer	1 1 1 2
-	Computer Iiteracy		Earthquake Engineering I
	Computer Earthquake Infromation Mathematics for Seismology Seismicity and Statistics	8 2 7 3	Linear and Nonlinear Analysis Finite Element Method Dynamic Aseismic Design Limit Analysis Soil Mechanics Soil Dynamics I Soil Dynamics II	6 4 2 2 3 2 1
	Seismology I		Earthquake Engineering II
	Local Earthquake Observation Local Earthquake Analyses Least spuare Method Theory of Seismic Waves I Crust and Upper Mantle Analyses of Teleseismic Records	4 4 2 4 2 3	Vibration Analysis Free Vibration Practice Structural Testing Soil Test and Survey Effects of Surface Geology on Seismic Motion Strong Earthquake Motion Observation Microtremor Observation Practice Geophysical Exploration Dynamic Soil Structure Interaction	9 1 3 2 2 1 2 3 2
Applied Technology	Seismology II		Structural Systems
	Earthquake Focal Mechanism Seismic Tomography Scaling Law of Earthquake Overview for Earthquake Prediction Reserch Earthquake Geology Earthquake and Plate Tectonics Earthquake Source Mechanism	4 2 2 2 2 4 4	RC Structures Steel Structures Masonry Structures PC Structures Foundation Engineering Bridge Engineering Port and Harbor Structures Dam Structures Underground Structures Lifetime Engineering	6 3 1 1 4 3 1 1 1 1
	Seismology III		Seismic Design, Evaluation and Rehabilitation
	Soil Test and Survey Seismic Ray Theory and Computer Digital Data Processing Strong Earthquake Motion Observation Geophysical Exploration Soil Dynamics I Effect of Surface Geology on Seismic Motion Theory of Seismic Waves II Microtremor: Analysis and Observation	2 1 3 1 3 2 2 4 2	Seismic Design Codes Design Earthquake Ground Motion Seismic Evaluation and Rehabilitation Structural Response Control Earthquake Resistant Limit State Design Seismic Retrofitting	5 2 2 1 3 2
Earthquake Hazard and Risk	Earthquake Hazard Assessment
	Empirical Techniques for Seismic Ground Motion Probabilistic Seismic Hazard Analysis Strong Motion Seismology			1 2 2
	Earthquake Risk Assesment
	Seismic Micro-Zonation Seismic Ground Motion Simulation for Scenario Earthquake Seismic Risk Analysis and Management			2 1 2

-	Seismology Course		Earthquake Engineering course
Special Lectures	Surface Waves, Scattering and Attenuation Crustal deformation Deep Earth Structure Tsunami Volcano and Earthquake Simulation of Seismic Wave Observatory Practice Observation Tours	3 2 1 1 1 2 2 2	Finite Element Method RC Structures Design Codes Design Seismic Force Structural Response Control Seismic Evaluation and Rehabilitation Structural Reliability Observation Tours	1 2 1 1 1 1 2 2
Earthquake Disaster Mitigation Policy	Law and Administration for Seismic Disaster Mitigation
	Urban and Local Disaster Mitigation Policy			5
	System for Seismic Disaster Mitigation
	Case Study for Development Assistance related with Disaster Mitigation Building Administration on Disaster Mitigation and Education			5 2.5
	Planning for Seismic Disaster Mitigation
	Project Cycle Management for Disaster Mitigation Disaster Management			5 2.5
Case Study	Practice for Earthquake Disaster Mitigation Policy I		Practice for Earthquake Disaster Mitigation Policy I
	Study Trip	5	Study Trip	5
	Practice for Earthquake Disaster Mitigation Policy II		Practice for Earthquake Disaster Mitigation Policy II
	Study Trip	5	Study Trip	5
	Practice for Earthquake Disaster Mitigation Policy III		Practice for Earthquake Disaster Mitigation Policy III
	Colloquium Conferences and Symposium	3 2	Colloquium Conferences and Symposium	3 2
	Individual Study
Total	220		220

Instruction Methods
The course consists of lectures, practical training, field trips and indivisual study.

Lectures
40%

Practical
Training
15%

Field
Trips
10%

Individual
Study
35%