Curriculum
- 1 Section
- 40 Lessons
- 10 Weeks
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- Ground Improvement Techniques40
- 2.1Need for Ground Improvement
- 2.2Classification of Ground Modification Techniques
- 2.3Emerging Trends in Ground Improvement
- 2.4Mechanical Modification
- 2.5Compaction Control
- 2.6Deep Compaction
- 2.7Dynamic Compaction
- 2.8Vibro-Compaction Methods
- 2.9Case Studies in Stone Columns
- 2.10Prefabricated Vertical Drains (PVDS) – Part 1
- 2.11Prefabricated Vertical Drains (PVDS) – Part 2
- 2.12Dewatering – Part 1
- 2.13Dewatering – Part 2
- 2.14Electro-Kinetic Stabilization
- 2.15Heating & Freezing Methods, Blasting Methods- Part 1
- 2.16Heating & Freezing Methods, Blasting Methods- Part 2
- 2.17Ground Treatment with Lime – Part 1
- 2.18Ground Treatment with Lime – Part 2
- 2.19Ground Treatment with Lime – Part 3
- 2.20Grouting Procedures
- 2.21Grouting
- 2.22Micropiles
- 2.23Introduction to Geosynthetics – Part 1
- 2.24Introduction to Geosynthetics – Part 2
- 2.25Reinforced Soil Principles & Mechanisms
- 2.26Material Properties
- 2.27Factors Affecting Reinforced Soil
- 2.28Bearing Capacity Improvement – Part 1
- 2.29Bearing Capacity Improvement – Part 2
- 2.30Reinforced Soil Slopes
- 2.31Reinforced Soil Walls – Part 1
- 2.32Reinforced Soil Walls – Part 2
- 2.33Soil Nailing
- 2.34Design of Embankments on Soft Soil using Geosynthetics
- 2.35Design of Embankments on Soft Soil using Geocells & Use of Geosynthetics for Filtration & Drainage
- 2.36Applications in Filtration & Drainage & Erosion Control
- 2.37Geosynthetics in Pavements
- 2.38Sustainable Development & Energy Geotechnology
- 2.39Microbial Geotechnology & Ground Improvement
- 2.40Nano-Technologies in Ground Improvement & Site Remediation