Geotechnical Engineering Methods

What You Will Learn

• 1 Learn the fundamentals of soil mechanics, including phase relationships, stress distribution, and compaction principles.
• 2 Understand site investigation techniques, from boring and sampling to in-situ testing and soil classification systems.
• 3 Apply bearing capacity theories and settlement analysis for the design of shallow foundations.
• 4 Analyze pile capacity and group effects for the design of deep foundation systems.
• 5 Evaluate slope stability using limit equilibrium methods and design effective retaining structures.
• 6 Implement ground improvement techniques such as compaction, grouting, and vertical drains.
• 7 Assess seismic hazards and design foundations to resist earthquake-induced liquefaction and slope failure.
• 8 Manage geoenvironmental concerns including contaminant transport and landfill liner design.
• 9 Develop numerical models using finite element methods for complex geotechnical problems.
• 10 Integrate professional standards, risk management, and ethical practices in geotechnical project delivery.