Course Objectives:

By the end of this course, participants will be able to:

1. Understand Key Concepts in Structural Geology
• Gain an understanding of rock deformation, faults, folds, and stress/strain relationships.
2. Understand Plate Tectonics and Its Impact on Earth’s Surface
• Learn how plate movements shape the Earth’s crust and produce significant geological features such as mountains, earthquakes, and rift zones.
3. Apply Structural Geology Techniques
• Use field methods and tools to measure and analyze structural features and tectonic settings.
4. Interpret Regional Structural Features
• Identify and analyze tectonic features and processes in regional structural settings (e.g., mountain belts, oceanic ridges).
5. Integrate Structural Geology in Applied Settings
• Apply knowledge of structural geology in exploration, resource management, and understanding landform evolution.

Who Should Attend:

This course is ideal for:

1. Geologists: Professionals working in structural geology, tectonics, or geological mapping who want to improve their understanding of plate tectonics and rock deformation.
2. Exploration Geophysicists: Geophysicists interested in integrating structural geology with geophysical data to improve subsurface understanding.
3. Petroleum Engineers: Engineers involved in oil and gas exploration who need to understand how tectonics and structural geology influence hydrocarbon reservoirs.
4. Mining Engineers: Engineers working with mineral exploration and extraction who need knowledge of the geological structures affecting ore deposits.
5. Civil Engineers and Architects: Professionals involved in construction, particularly those working in regions affected by seismic activity or complex geological conditions.
6. Geotechnical Engineers: Engineers assessing land stability and tectonic risks for infrastructure projects.