1) Analyze seismic hazard by reviewing fundamental concepts of seismicity, fault-rupture mechanisms, and ground motion parameters.

2) Evaluate the influence of soil behavior on ground shaking characteristics by applying methods for seismic site response analysis.

3) Assess the liquefaction potential of sand deposits using both deterministic and probabilistic procedures.

4) Investigate seismic performance and stability of slopes and earth structures using various dynamic analysis procedures.

5) Calculate and predict seismic-induced permanent deformations in soil and earth structures.

6) Apply analytical procedures and design codes to determine lateral earth pressures on retaining systems during earthquakes.

7) Synthesize geotechnical data and apply the knowledge of dynamic soil response to propose solutions for seismic design and remediation considerations.