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Udemy

Earth Pressure & Reinforced Soil Structures:Theory to Design

via Udemy

Overview

Master active/passive earth pressure theories and reinforced soil design for retaining structures

What you'll learn:
  • Brief on Earth Pressure Theories
  • Practical approach on Earth Pressure Theories
  • Practical approach on Reinforced Soil Structures.
  • Numerical on Earth Pressure and Retaining Structures

Comprehensive Course on Earth Pressure Theories and Reinforced Soil Structures

This course offers a comprehensive and practical understanding of Earth Pressure Theories and Reinforced Soil Structures, designed for civil engineering students, research scholars, and geotechnical professionals aiming to build expertise in retaining wall and soil reinforcement systems.

Whether you are preparing for a professional role, academic project, or consultancy, this course provides a solid foundation in design methods, theoretical principles, and practical implementation of earth-retaining systems.

Key topics include:

  • Active, passive, and at-rest earth pressure conditions

  • Rankine and Coulomb theories and their design implications

  • Graphical and analytical methods for pressure computation

  • Reinforced Earth Structures: mechanisms, materials, design approaches

  • Application to retaining walls, shallow/deep foundations, well foundations, and machine foundations

The course focuses on real-world applicability by integrating numerical problems, field scenarios, design case studies, and code-based practices.

This is an essential course for anyone pursuing geotechnical design, structural stability analysis, or infrastructure foundation systems.

What You’ll Learn

  • Apply Rankine and Coulomb earth pressure theories in design

  • Understand failure mechanisms and design parameters

  • Design retaining walls and reinforced soil structures

  • Analyze pressure distributions for various backfill and wall conditions

  • Integrate geosynthetics in soil reinforcement applications

  • Tackle design of foundations influenced by lateral soil pressure

Requirements

  • Background in soil mechanics or foundation engineering

  • Civil/geotechnical engineering UG/PG academic level

  • Scientific calculator or spreadsheet for calculations

Who This Course Is For

  • Civil and geotechnical engineering students (UG and PG)

  • Consultants, lab instructors, and site engineers

  • Researchers and design professionals in geotechnical engineering

  • Engineers preparing for design-based roles or consultancy careers

Course Features

  • Lifetime access to all course videos and future updates

  • Instructor support via the Q&A forum

  • Case studies and code-based design examples

  • Certificate of Completion from Udemy

  • 30-day money-back guarantee

Student Reviews

“Informative and well-explained.” – Binay Kumar
“Very engaging and well-structured.” – Ajay Naithwal
“Awesome and highly informative.” – Beegum Fathimaay.

Syllabus

  • Rankine (Active and Passive) Earth Pressure theories
  • Numerical on Rankine Active and Passive Earth pressure theories
  • Depth of vertical cut, Critical Height
  • Numerical on Earth Pressure and Retaining Structures (Rankine Theory of Earth Pr
  • Coulomb's theory of earth pressure
  • Objective questions on Earth pressure Theories
  • A practical approach on Earth Pressure Theories
  • Reinforced Soil Structures
  • Bonus Section

Taught by

Vipin Joshi

Reviews

3.9 rating at Udemy based on 24 ratings

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