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Geotechnical Engineering: Theory To Practice
Rating: 2.8 out of 5(2 ratings)
11 students

Geotechnical Engineering: Theory To Practice

Theoretical Concepts of Geotechnical Engineering & Its Practical Applications
Created byBhavanams C2C
Last updated 1/2023
English

What you'll learn

  • Important And Technical Aspects In GTE Course
  • Case Studies To Think Like A GTE Engineer
  • Soil Classifications And Its Applications In Real Time
  • Consolidation Of Soil And Its Applications In Real Time
  • Strength Of Soil And Its Applications In Real Time
  • Methodologies Of Slope Protection And Repairs
  • Concepts Of Landslides
  • Overview Of Geosynthetics And Its Applications
  • Slope stability analysis
  • Structural Design of Foundation & Retaining Structures
  • Discussion on Indepth Concepts in Tunneling.
  • Deep Excavation In Real Time Projects
  • Details Of Ground Anchors
  • Foundation Design And Analysis Part -1
  • Foundation Design Of Bearing Capacity Analysis
  • Soil Investigation

Course content

8 sections • 19 lectures • 15h 30m total length

  • 1.Intro about Geotechnical Theory Practice Course1:02:07
  • 1.1.Important technical Aspects gonna cover in this GTE Course.45:24
  • 1.2.Case Studies to think like a GTE Engineer.1:02:18

Requirements

  • No prior experience is needed. You will learn everything you need to know.
  • A strong work ethic, willingness to learn, and plenty of excitement about the awesome Geotechnical engineering concepts..
  • Nothing else! It's just you, your computer and your hunger to get started today.

Description


  • What Will You Learn?

    The Geotechnical Engineering Theory to Practice course covers key concepts in soil mechanics and their practical applications, including:

    1. Fundamentals of Soil Mechanics

      • History of geotechnical engineering

      • Soil properties and classification

      • Soil consolidation, compaction, shear strength, and earth pressure

      • Bearing capacity theories

    2. Advanced Geotechnical Engineering Topics

      • Reinforced Earth: Principles & Applications

      • Geosynthetics in construction

      • Rock mechanics and tunneling

      • Finite element methods (FEM) in geotechnical engineering

      • Slope stability analysis

      • Retaining walls, sheet piles, and cofferdams

      • Soil anchors and foundation design

      • Dynamics of soil and vibration isolation

    3. Structural Design in Geotechnical Engineering

      • Design of foundations (shallow & deep)

      • Pile foundation design

      • Retaining structure and bridge abutment design

      • Machine foundation and soil dynamic properties

    Major Topics Covered

    • Soil Mechanics & Earth Pressure: Soil classification, permeability, shear strength, compaction, consolidation

    • Reinforced Earth & Geosynthetics: Design, applications, and case studies

    • Rock Mechanics & Tunneling: Rock classification, failure theories, stress measurement

    • Finite Element Methods (FEM): Geotechnical problem-solving using FEM software

    • Structural Geotechnical Design: Foundations, retaining structures, bridge abutments

    • Soil Dynamics & Foundations: Vibrations, wave propagation, machine foundations

    Let me know if you need more details!

    Instructor Details:-

    Dr. Mainak Majumder

    • Position: Engineering Research Manager

    • Department: Research & Development,  L&T Construction

    • Education: PhD from IIT Kanpur (Gold Medalist)

    • GATE Rank: AIR 197

Who this course is for:

  • Civil Engineers
  • Geotechnical Engineers
  • Earth Sciences students
  • Geologists
  • Construction Professionals
  • Anyone with an interest in Geotechnical engineering
  • Students who want to pursue a career in Geotechnical engineering.

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