WHO SHOULD ATTEND?
- Civil Engineers & Designers
- Aspiring Civil Engineering students
- Contractors & Consultants
- Government Technical Officers
- Academician & Other Enthusiast
Comprehensive Training on Geotechnical Investigation and Landslide Mitigation Measures for Highway Projects
COURSE DESCRIPTION
The training program is designed to cover various aspects related to geotechnical investigation and landslide mitigation measures for highway projects. The course will provide a comprehensive understanding of the following topics:
REQUIREMENTS
Technical Person with preferably engineering background.
SYLLABUS IN DETAILS
Module I : Basic Geotechnical Properties of Soil
- Introduction to soil properties, including compaction, consolidation, and shear strength characteristics
- Understanding the behavior of soils under different loading conditions
Module II: Quality Control Aspects of Embankment Fill Materials
- Considerations for quality control during embankment construction
- Specifications for subgrade, sub-base, and base materials
Module III: Slope Stability Analysis
- Techniques for analyzing the stability of slopes and embankments
- Factors influencing slope stability and failure mechanisms
Module IV: Geosynthetics and Soil Reinforcement
- Introduction to the use of geosynthetic materials in slope stabilization and reinforcement
- Design principles and applications of reinforced earth walls and soil nailing
Module V: Subsoil Exploration and In-Situ Testing
- Techniques for subsurface exploration and soil sampling
- In-situ testing methods for determining soil properties and behavior
Module VI: Ground Improvement Techniques
- Overview of ground improvement methods for unstable soils
- Soil stabilization, grouting, and other techniques to enhance soil strength and stability
Module VII: Geological, Geotechnical, and Geomorphologic Investigation of Landslides:
- Techniques for investigating landslides, including geological and geomorphological assessments
- Identification of potential landslide hazards and factors contributing to mass movements
Module VIII : Landslide Mitigation and Remedial Measures
- Designing and implementing remedial measures for landslides and mass movements
- Introduction to landslide correction methods and stabilization techniques
Module IX : Rock fall Mitigation and Management
- Strategies for mitigating rock fall hazards along highways
- Designing protective measures and barriers to ensure safety
Module X : Forensic Geotechnical Case Studies
- Analysis of real-life case studies to understand the causes and consequences of geotechnical failures
- Lessons learned and best practices for future projects
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