Roads crack, embankments slump, and bridge approaches settle unevenly for one recurring reason: the ground beneath them was not properly understood before design began. Soil Mechanics is the discipline that turns unpredictable ground into a known, designable quantity, and this training course builds that capability specifically for civil infrastructure work such as roads, bridges, embankments, and utility networks.

Participants will build practical skills in planning and interpreting geotechnical testing programs, then apply that data to predict settlement, specify reliable compaction, and manage earthworks safely across the project lifecycle. The course keeps the theory grounded in field reality, so participants leave able to translate soil data into design and construction decisions that hold up on site.

The Geotechnical Ground Engineering Training Course: Soil Mechanics for Civil Infrastructure Delivery is delivered by Arab British Fellowship Training Academy for engineers working across the planning, design, and construction of civil infrastructure projects.

By the end of this training course, participants will be able to:

• Classify soils and interpret their stress, strain, and strength behavior under load
• Plan, run, and interpret geotechnical testing programs for both field and laboratory conditions
• Predict settlement for foundations, embankments, and pavements, and assess its risk to infrastructure performance
• Specify and control compaction requirements for fills and earthworks
• Plan and manage earthworks operations across roads, bridges, and utility infrastructure projects
• Identify ground-related risks early enough to influence design and construction decisions
• Apply relevant codes and standards to soil mechanics and ground engineering practice

Target Audience

• Civil and geotechnical engineers working on infrastructure projects
• Site and construction engineers responsible for earthworks and ground works
• Materials and quality control engineers involved in soil testing
• Design engineers who coordinate closely with geotechnical teams
• Engineers building their expertise in soil mechanics and ground engineering

Module 1: Ground Risk in Infrastructure Projects

• How ground problems drive cost and schedule risk on roads, bridges, and embankments
• Soil formation, classification, and index properties
• Setting the scope of a ground investigation around project risk

Module 2: Geotechnical Testing and Site Characterization

• Planning field and laboratory geotechnical testing programs
• Common in-situ and laboratory test methods
• Interpreting geotechnical testing results for design use

Module 3: Soil Behavior, Strength, and Settlement

• Stress, strain, and effective stress concepts
• Shear strength behavior of soils
• Predicting immediate and long-term settlement from soil behavior data

Module 4: Compaction Principles and Quality Control

• Moisture-density relationships and compaction principles
• Specifying compaction requirements for fills and earthworks
• Field control methods for verifying compaction on site

Module 5: Earthworks and Ground Engineering for Infrastructure Delivery

• Planning and managing earthworks for infrastructure projects
• Ground engineering considerations for roads, bridges, and embankments
• Managing variable ground conditions during construction

Module 6: Applying Soil Mechanics on Real Projects

• Case studies in soil mechanics and ground engineering
• Coordinating ground engineering decisions with design and construction teams
• Lessons learned from real civil infrastructure projects