A structure is only as reliable as the foundation carrying it — yet foundation failures are rarely about the building itself; they are about misjudging the ground, the loads, or both. This Foundation Engineering training course by Arab British Fellowship Training Academy equips participants to read soil behaviour, choose between shallow and deep systems, and design, build and troubleshoot foundations that stay stable for the life of the structure.

Delivered within the Construction and Civil Engineering Training course specialization and classified under Engineering maintenance and operation, the course covers piles, footings, soil bearing capacity and structural foundations in depth. Participants build practical skills for evaluating ground conditions, selecting suitable foundation systems, assessing performance, and resolving the design and construction challenges that come with different soil and loading conditions.

• Understand the functions, types and classification of foundations, and how loads transfer to the ground.
• Evaluate soil properties, bearing capacity and settlement characteristics that govern foundation choice.
• Design shallow foundations — isolated, strip, combined and raft footings — for different structures.
• Understand the selection, design and capacity of pile and other deep foundation systems.
• Analyse foundation stability and settlement, including sliding, overturning and differential movement.
• Apply construction techniques for excavating, installing and quality-controlling foundations.
• Identify common foundation defects and diagnose the causes of foundation failure.
• Apply inspection and monitoring practices to track foundation performance over time.
• Support safe, durable and cost-effective foundation design for complex ground and loading conditions.

Target Audience

• Civil and Structural Engineers
• Foundation and Geotechnical Engineers
• Structural Design Professionals
• Site and Project Engineers
• Construction Project Managers
• Foundation Contractors and Supervisors
• Building and Infrastructure Consultants
• Engineering Inspectors and professionals involved in foundation design, soil assessment and construction

Module 1: Foundations as the First Engineering Decision

• Functions and purpose of foundations
• Foundation types and classification
• Load transfer mechanisms
• Foundation performance requirements
• Overview of soil-foundation interaction

Module 2: Soil Behaviour and Bearing Capacity for Foundation Design

• Soil classification and engineering properties
• Soil strength and compressibility
• Soil bearing capacity
• Settlement characteristics
• Groundwater and foundation considerations

Module 3: Shallow Foundations: Footings, Rafts and Combined Systems

• Principles of shallow foundations
• Isolated and strip footings
• Combined and raft foundations
• Load distribution, pressure and reinforcement requirements
• Bearing capacity, settlement and serviceability assessment

Module 4: Deep Foundations: Piles, Capacity and Group Behaviour

• Principles of deep foundations and pile types
• Driven and bored piles
• Pile load transfer mechanisms and axial/lateral loading
• Single pile and pile group capacity
• Pile settlement, negative skin friction and testing

Module 5: Foundation Stability, Settlement and Failure Modes

• Foundation bearing failure
• Total and differential settlement
• Sliding and overturning
• Structural and geotechnical stability
• Ground improvement considerations and performance monitoring

Module 6: Constructing Foundations: Excavation, Installation and Quality Control

• Foundation excavation and preparation
• Shallow foundation construction
• Pile installation methods
• Reinforcement and concrete placement
• Construction quality control and site safety

Module 7: Diagnosing Foundation Problems: Inspection and Defects

• Foundation inspection methods
• Identification of foundation defects
• Cracking and differential settlement
• Structural and geotechnical causes of foundation failure
• Corrective and rehabilitation measures

Module 8: Advanced and Resilient Foundation Design Practices

• Foundation design for complex ground conditions
• Foundations for heavy structures
• Seismic and environmental considerations
• Sustainable foundation engineering
• Lifecycle performance and modern best practices in foundation design