Sound Geotechnical Engineering is the foundation, quite literally, of every safe structure, since no design can perform as intended if the ground beneath it isn't properly understood and accounted for. This training course gives participants a complete, practical grounding in geotechnical practice, connecting how ground conditions are investigated with how that information shapes foundation design and, where needed, ground improvement.

Participants will strengthen their understanding of soil mechanics as the theoretical foundation behind every geotechnical decision, and build practical competency in foundation engineering for a range of soil and loading conditions. The course places strong emphasis on structured site investigation methods that produce reliable ground data, and develops sound geotechnical analysis skills that connect that data directly to safe, cost-effective design outcomes.

This program is delivered by The British Academy for Training and Development through its Geotechnical Engineering Soil Investigation, Foundation Design and Ground Improvement 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:

• Apply core geotechnical engineering principles across investigation, design, and improvement
• Understand fundamental soil mechanics concepts and their design implications
• Plan and interpret site investigation programs for construction projects
• Apply foundation engineering principles to shallow and deep foundation design
• Perform geotechnical analysis to support design decision-making
• Identify ground conditions requiring ground improvement techniques
• Select and apply appropriate ground improvement methods
• Apply relevant codes and standards to geotechnical design and assessment

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 advancing their expertise in geotechnical practice

Foundations of Geotechnical Engineering

• The role of geotechnical engineering in project delivery
• Linking ground conditions to structural design decisions
• Key considerations in geotechnical engineering practice

Soil Mechanics

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

Site Investigation

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

Foundation Engineering

• Principles of shallow foundation design
• Principles of deep foundation design
• Selecting foundation types based on ground conditions

Geotechnical Analysis

• Bearing capacity and settlement analysis
• Slope stability and retaining structure analysis
• Applying analysis results to design decisions

Ground Improvement

• Identifying ground conditions requiring improvement
• Overview of common ground improvement techniques
• Selecting and specifying ground improvement solutions

Practical Application

• Case studies in geotechnical investigation and foundation design
• Common geotechnical challenges and solutions
• Lessons learned from real geotechnical engineering projects