Geotechnical Investigation and Testing
( 24 Modules )

Module #1
Introduction to Geotechnical Investigation
Overview of geotechnical investigation, importance, and objectives

Module #2
Site Characterization
Methods for site characterization, including reconnaissance and desk studies

Module #3
Geotechnical Investigation Methods
Overview of geotechnical investigation methods, including drilling, sampling, and in-situ testing

Module #4
Drilling and Coring Methods
Types of drilling and coring methods, including rotary drilling and percussion drilling

Module #5
Sampling and Sample Preparation
Methods for sampling and preparing soil and rock samples for laboratory testing

Module #6
In-Situ Testing - Part 1
Overview of in-situ testing methods, including penetration testing (SPT, CPT, etc.)

Module #7
In-Situ Testing - Part 2
Overview of in-situ testing methods, including vane shear testing, pressuremeter testing, and dilatometer testing

Module #8
Seismic and Electrical Resistivity Tomography
Introduction to seismic and electrical resistivity tomography for site characterization

Module #9
Laboratory Testing - Part 1
Overview of laboratory testing methods for soil, including index properties and classification tests

Module #10
Laboratory Testing - Part 2
Overview of laboratory testing methods for soil, including strength and deformation tests

Module #11
Laboratory Testing - Part 3
Overview of laboratory testing methods for rock, including index properties and strength tests

Module #12
Geotechnical Parameters and Correlations
Guide to geotechnical parameters and correlations for design

Module #13
Soil Classification and Site Zonation
Methods for soil classification and site zonation for geotechnical design

Module #14
Rock Mass Characterization
Methods for rock mass characterization, including rock quality designation (RQD) and geological strength index (GSI)

Module #15
Geotechnical Reporting and Documentation
Best practices for geotechnical reporting and documentation

Module #16
Quality Control and Quality Assurance
Importance and methods for quality control and quality assurance in geotechnical investigation and testing

Module #17
Safety Considerations in Geotechnical Investigation
Safety considerations and best practices for geotechnical investigation and testing

Module #18
Case Studies in Geotechnical Investigation
Real-world case studies illustrating geotechnical investigation methods and applications

Module #19
Geotechnical Investigation for Foundation Design
Application of geotechnical investigation results for foundation design

Module #20
Geotechnical Investigation for Slope Stability Analysis
Application of geotechnical investigation results for slope stability analysis

Module #21
Geotechnical Investigation for Earthquake Engineering
Application of geotechnical investigation results for earthquake engineering

Module #22
Geotechnical Investigation for Environmental Applications
Application of geotechnical investigation results for environmental applications

Module #23
Advanced Geotechnical Investigation Techniques
Overview of advanced geotechnical investigation techniques, including radar and LiDAR

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Geotechnical Investigation and Testing career

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Geotechnical Investigation and Testing ( 24 Modules )

Geotechnical Investigation and Testing
( 24 Modules )