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Soil Mechanics & Geotechnical Applications: Complete Guide
Rating: 4.1 out of 5(127 ratings)
7,986 students

Soil Mechanics & Geotechnical Applications: Complete Guide

Master core soil mechanics principles for real-world design, consultancy, and construction projects
Created byVipin Joshi
Last updated 6/2025
English

What you'll learn

  • Brief on Soil Mechanics: Particle size Analysis, Index properties of Soil
  • Soil Classification, Soil Compaction
  • Consolidation and Shear Strength
  • Extra Resource (Booster for Expert learning)

Course content

12 sections25 lectures3h 30m total length
  • Particle Size Analysis- 18:34

    Particle Size Classification, Coarse Sieving, Fine Sieving, Coefficient of Uniformity and Coefficient of Curvature.

    NOTE: KINDLY GO THROUGH THE RESOURCE SECTION. IT COVERS THE ENTIRE SOIL MECHANICS COURSE.

  • Particle Size Analysis- 217:08

    Sedimentation Method, Pippete method, Pretreatment, and post-treatment in Pipette method, Hydrometer Method, Corrections in Hydrometer Method, Uniformly graded or poorly graded, Gap graded, and well-graded soil

Requirements

  • Basics on Civil Engineering i.e. Soil Mechanics, Engineering Mechanics and Strength of Material.

Description

Complete Course on Soil Mechanics and Geotechnical Applications

This comprehensive course delivers in-depth knowledge of soil mechanics and its practical geotechnical applications. It is designed for undergraduate and postgraduate civil engineering students, research scholars, industry professionals, and consultants who aim to build strong theoretical understanding and real-world competence in geotechnical engineering.

Through detailed lessons and practical insights, learners will explore the fundamentals of soil behavior, laboratory and field tests, and geotechnical analysis techniques used in design and construction. The course links theory to practice by introducing case-based applications, soil-structure interaction, and performance analysis in varied ground conditions.

Topics include:

  • Soil classification systems and index properties

  • Compaction, permeability, and seepage

  • Consolidation and settlement analysis

  • Shear strength and Mohr-Coulomb failure criteria

  • Earth pressure theories and slope stability

  • Site investigation techniques and field testing

What You’ll Learn

  • Analyze soil behavior under various loading and environmental conditions

  • Perform classification and interpretation of soil data

  • Apply key theories to calculate settlement, bearing capacity, and slope safety

  • Use lab and field testing results in design decisions

  • Tackle geotechnical problems with practical approaches and modern standards

Requirements

  • Background in basic civil engineering or soil mechanics

  • Access to calculator or spreadsheet tools for problem-solving

  • Interest in geotechnical analysis or design

Who This Course Is For

  • Civil engineering students (UG and PG levels)

  • Geotechnical consultants and site engineers

  • Research professionals and design engineers

  • Lab instructors and technical trainers

  • Professionals preparing for GATE, ESE, or competitive exams

Course Features

  • Lifetime access to all course materials and future updates

  • Instructor support through Q&A section

  • Design examples, solved problems, and field applications

  • Certificate of Completion from Udemy

  • 30-day money-back guarantee

Student Reviews

“Wonderful teaching. The way of teaching is very good.” – Binay Kumar
“Excellent teaching of the subject.” – Devananth
“Smooth and informative so far.” – Ushnish Dutta
“A great way to understand complex topics easily.” – Ajay Naithwals and boost your career in geotechnical engineering.

Who this course is for:

  • The UG, PG, Research Scholars, Consulting Geotechnical Engineers, Industry specialist, Practicing Engineers, and Faculty members from different institutions can enrolled in course to get an insight on soil mechanics