Plate Tectonics

This course is essential for students and professionals in civil engineering, geology, geophysics, and earth sciences who want to understand the fundamental processes controlling Earth dynamics. Knowledge of plate tectonics is crucial for assessing seismic and volcanic hazards, understanding regional geology, and planning safe and sustainable infrastructure in tectonically active regions. The course strengthens conceptual clarity, improves geological interpretation skills, and provides a strong foundation for advanced studies in earthquake engineering, engineering geology, geodynamics, and disaster risk management.

1. Structure and composition of the Earth (crust, mantle, core)

2. Historical development of continental drift and plate tectonic theory

3. Nature and classification of lithospheric plates

4. Driving forces of plate motion (ridge push, slab pull, mantle convection)

5. Divergent plate boundaries and seafloor spreading

6. Convergent plate boundaries: subduction zones and continental collision

7. Transform plate boundaries and strike-slip faulting

8. Formation of mountains, rift valleys, ocean basins, and trenches

9. Earthquakes and volcanoes in relation to plate boundaries

10. Hotspots and intraplate volcanism

11. Evidence supporting plate tectonics (geological, geophysical, paleomagnetic)

12. Plate tectonics and global seismicity patterns

13. Applications of plate tectonics in engineering geology and hazard assessment