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Problematic Soils and GIT Selection
New
1 students
What you'll learn
- Understand the behavior and engineering characteristics of major problematic soils encountered in geotechnical engineering.
- Identify critical geotechnical problems such as settlement, bearing capacity failure, liquefaction, slope instability, and pavement distress.
- Select suitable ground improvement techniques based on soil behavior, field conditions, and engineering requirements.
- Develop strong conceptual understanding of sustainable and modern geotechnical engineering practices for safe infrastructure development.
- Develop practical engineering perspective toward safe, stable, and sustainable infrastructure construction on problematic soils.
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Course content
5 sections • 21 lectures • 6h 40m total length
Requirements
- Basic understanding of civil engineering or geotechnical engineering fundamentals is helpful, but no advanced knowledge is required. Interest in soil behavior, foundation engineering, and ground improvement techniques.
Description
Problematic Soils and GIT Selection
Master Problematic Soil Behavior, Geotechnical Failures, and Ground Improvement Selection for Safe Infrastructure Design
Modern infrastructure projects such as buildings, highways, railways, airports, embankments, ports, offshore structures, and metro systems are highly dependent on the behavior of soil beneath them. Weak and problematic soils can lead to excessive settlement, bearing capacity failure, liquefaction, slope instability, pavement distress, and severe foundation problems if not properly understood and treated.
This course provides a strong conceptual foundation in problematic soils and selection of suitable Ground Improvement Techniques (GIT) used in geotechnical engineering practice.
In this course, you will learn:
Engineering behavior of problematic soils
Classification of weak and problematic soils
Settlement-prone, expansive, liquefiable, collapsible, dispersive, saline, and organic soils
Major geotechnical engineering failures
Selection of suitable ground improvement techniques
Sustainable and bio-based ground improvement materials
Real-world engineering relevance of problematic soil engineering
Future trends such as AI, machine learning, and sustainable geotechnics
This course is specially designed for:
Civil engineering students
Post Graduate and geotechnical engineering students
Field engineers
Research scholars
Competitive exam aspirants
Faculty members
The course focuses mainly on conceptual understanding, soil behavior, engineering interpretation, and GIT selection logic. Detailed numerical design procedures, advanced field execution methods, PLAXIS modeling, and in-depth design calculations will be covered separately in upcoming continuation courses.
By the end of this course, learners will develop strong understanding of problematic soils and gain the ability to relate soil behavior with suitable ground improvement solutions for safe and sustainable infrastructure development.
Who this course is for:
- Civil engineering students who want to understand problematic soils and their engineering behavior.
- Post Graduate students interested in ground improvement and foundation engineering concepts.
- Field engineers and practicing civil engineers involved in infrastructure and foundation projects.
- Research scholars, faculty members, and competitive exam aspirants preparing for geotechnical engineering subjects.