TRAINING GEOTECHNICAL ENGINEERING

DESCRIPTION TRAINING SOIL MECHANICS FUNDAMENTALS

Training in geotechnical engineering is paramount due to its pivotal role in ensuring the stability, safety, and sustainability of civil engineering projects. Geotechnical engineers are tasked with assessing the properties of soil and rock formations to inform foundation designs, mitigate risks associated with slope stability, and address challenges posed by natural hazards such as earthquakes and landslides. By mastering concepts such as soil mechanics, foundation engineering, and geotechnical analysis techniques, professionals can navigate complex geological conditions effectively, optimizing project outcomes and minimizing the potential for costly delays or failures. Furthermore, in an era characterized by urbanization and infrastructure development, the demand for skilled geotechnical engineers continues to grow, highlighting the indispensability of quality training in this field for ensuring the resilience and longevity of critical infrastructure worldwide.

Training that covers topics on soil mechanics fundamentals this also requires a separate amount of time and professional guidance; it cannot be fully mastered in just a few hours.

OBJECTIVE TRAINING FOUNDATION DESIGN TECHNIQUES FIXED RUNNING

To understand the fundamental principles and practices of geotechnical engineering.
To gain knowledge in soil mechanics, rock mechanics, and earth structures.
To learn how to apply geotechnical principles to real-world engineering problems.
To develop skills in geotechnical analysis and design techniques.

By participating in this Training Foundation Design Techniques In this regard, it is hoped that participants can delve deeper into the knowledge about geotechnical engineering.

Topic Training Geotechnical Investigation Methods (Online – Offline)

Week 1: Introduction to Geotechnical Engineering

Session 1: Overview of Geotechnical Engineering – Scope, Importance, and Applications
Session 2: Geology for Geotechnical Engineers – Soil and Rock Classification and Properties

Week 2: Soil Mechanics Fundamentals

Session 3: Phase Relationships for Soils – Density, Void Ratio, Moisture Content
Session 4: Soil Permeability and Seepage Analysis

Week 3: Soil Strength and Deformation

Session 5: Stress Distribution in Soils – Theories and Applications
Session 6: Soil Compression and Consolidation Tests and Analysis

Week 4: Shallow Foundations

Session 7: Bearing Capacity Theory
Session 8: Design and Analysis of Shallow Foundations

Week 5: Deep Foundations

Session 9: Types of Deep Foundations: Piles, Drilled Shafts, and Caissons
Session 10: Load Capacity and Settlement of Deep Foundations

Week 6: Earth Retaining Structures

Session 11: Design of Retaining Walls and Reinforced Earth Walls
Session 12: Slope Stability Analysis and Design

Week 7: Ground Improvement Techniques

Session 13: Methods of Ground Improvement: Grouting, Compaction, and Geosynthetics
Session 14: Case Studies in Ground Improvement Projects

Week 8: Geotechnical Investigation and Design Project

Session 15: Field and Laboratory Testing in Geotechnical Engineering
Session 16: Final Project Presentation – Complete Geotechnical Design for a Real-World Scenario

Learning Outcomes:

Participants will understand key concepts in soil and rock mechanics.
Participants will be able to perform geotechnical analysis and design for various types of foundations and earth retaining structures.
Participants will gain practical skills in using geotechnical engineering tools and techniques for site investigation and problem solving.
Participants will complete a geotechnical design project simulating real-world conditions and constraints.

Assessment Methods:

Weekly quizzes to assess theoretical knowledge.
Hands-on assignments involving calculations and design tasks.
A final project involving a comprehensive geotechnical design, incorporating investigation, analysis, and recommendations.

Participant Training Foundation Design Techniques in Singapore

This Geotechnical Investigation Methods Training is highly suitable for participants from :

Civil Engineers
Geotechnical Engineers
Structural Engineers
Construction Managers
Geologists

Instructors Training Geotechnical Engineering In Liverpool

The Soil Mechanics Fundamentals Training being conducted will be led by experienced instructors in the field of foundation design techniques:

The instructors who teach this Geotechnical Engineering Training are instructors who are competent in this geotechnical engineering field from both academic and practitioner circles.

Training Schedule for 2024

Batch 1: 16 – 17 January 2024
Batch 2: 20 – 21 February 2024
Batch 3: 27 – 28 March 2024
Batch 4: 23 – 24 April 2024
Batch 5: 15 – 16 May 2024
Batch 6 : 5 – 6 June 2024
Batch 7: 17 – 18 July 2024
Batch 8: 13 – 14 August 2024
Batch 9: 18 – 19 September 2024
Batch 10: 15 – 16 October 2024
Batch 11: 13 – 14 November 2024
Batch 12: 17 – 18 December 2024

Investment and Location Training Geotechnical Investigation Methods:

Manila
Munich
Oslo
Oxford
Prague
Santorini

Notes

Two + 1* day training time with costs available for Individual, Group and Inhouse Training, not including accommodation/lodging.

For costs and training schedule, please contact marketing again

The two-day training investment is adjusted to the number of participants (on call). *Please feel free to contact us.

If the company requires an in-house training package, the training investment budget can be adjusted to the company budget.

Facility Training Geotechnical Investigation Methods Offline:

Free pick-up from airport to hotel*.
Modules / Handouts.
Flashdisk*.
Certificate of attendance.
FREE bag or bagpacker.

TRAINING GEOTECHNICAL ENGINEERING