Overview of Earthquake and Disaster (S & T course)
- Earthquake and ground motion
- Seismic wave observation
- Seismic wave propagation
Computer -Fortran 90- (S & T course)
- Fortran programming basics
- Intrinsic functions
- Do loop statement
- Conditional statements
- Files and formatted input/output
- Arrays
- Functions and subroutines
Computer -Python 3- (S & T course)
- Python programming basics
- Comparisons with Fortran programming
- Useful built-in/third-party libraries
- Open Source Software in Seismology
Data Processing -Discrete Time Series- (S & T course)
- Signals and systems
- Convolution
- Analog – Digital conversion
- Fourier transform
- Power spectrum
- Auto- and cross-correlation functions
- Filtering technique
- Descriptions of analogue and digital filters
Microtremor Observation II (S & E course)
- Horizontal-to-vertical (H/V) spectral ratio
- Spatial autocorrelation (SPAC) method
- Multi-channel analysis of surface waves (MASW)
- Field survey and data processing
Instrumentation and Observation II -Noise survey and site selection- (G course)
- What is 'noise'?
- Seismic noise
- Instrumental noise
- Environmental noise
- Finding suitable sites
- Field survey and data processing
Mechanisms of Earthquakes
(JICA Training Course on Disaster Risk Reduction of Buildings: 2017-2018)
- Earthquake basics
- Plate tectonics and earthquakes
- Earthquake magnitude scales
- Seismic hazard assessment
Topics on Geoscience B
(University of Tsukuba: 2014-2018)
- Seismic wave propagation
- Estimation of strong ground motion