Trace almost any structural failure back far enough, and it often leads to the ground — a site investigation that missed a weak layer, or data that wasn't read correctly before the foundation was designed. This training course is built around that reality, giving participants a complete, practical grounding in geotechnical engineering that treats site investigation as the foundation of every safe design decision, not a formality that happens before the real work starts.

Participants strengthen their understanding of soil mechanics as the science behind ground behaviour, and build hands-on skill in planning and interpreting site investigations that produce genuinely reliable data. The course then connects that data directly to foundation design and geotechnical analysis, bearing capacity, settlement, and slope stability, and covers ground improvement techniques for the site conditions that need more than a standard foundation solution.

This program is delivered by Arab British Fellowship Training Academy through its Geotechnical Risk, Site Investigation and Foundation Design Training Course, designed to build well-rounded, practical geotechnical capability for civil and structural engineers.

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

• Understand how gaps in site investigation translate into geotechnical and structural risk.
• Understand fundamental soil mechanics concepts and their design implications.
• Plan and interpret site investigation programmes for construction projects.
• Apply foundation engineering principles to shallow and deep foundation design.
• Perform geotechnical analysis, bearing capacity, settlement and slope stability, to support design decisions.
• Identify ground conditions requiring improvement and select appropriate ground improvement methods.

Target Group

• Geotechnical and civil engineers involved in foundation and ground engineering
• Structural engineers coordinating with geotechnical design
• Site investigation and ground engineering professionals
• Foundation design engineers and consultants
• Engineers building specialised expertise in geotechnical practice

Module 1: When Ground Investigation Goes Wrong: Why the Data Matters

• How site investigation gaps translate into structural risk later in a project
• The role of geotechnical engineering in linking ground conditions to design decisions
• Key considerations in geotechnical engineering practice from investigation to construction

Module 2: Soil Mechanics: The Science Behind Every Ground Decision

• Fundamental soil properties and classification
• Stress, strength and consolidation behaviour of soils
• Applying soil mechanics principles to real design problems

Module 3: Planning and Interpreting Site Investigations

• Planning and scoping a site investigation programme
• Field and laboratory investigation methods
• Interpreting site investigation data for design use

Module 4: Foundation Design and Geotechnical Analysis

• Principles of shallow and deep foundation design
• Selecting foundation types based on ground conditions and loading
• Bearing capacity, settlement, slope stability and retaining structure analysis
• Applying analysis results to foundation design decisions

Module 5: Ground Improvement: When and How to Treat Difficult Soils

• Identifying ground conditions that require improvement
• Overview of common ground improvement techniques
• Selecting and specifying ground improvement solutions for project conditions

Module 6: Practical Application: Case Studies in Geotechnical Engineering

• Case studies in geotechnical investigation and foundation design
• Common geotechnical challenges and how they were resolved
• Lessons learned from real geotechnical engineering projects