Course Catalogue.

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

• Assess site conditions and determine when micropiles are an appropriate foundation solution
• Design micropiles to accommodate axial and lateral loading requirements
• Evaluate construction methods, materials, and installation approaches for performance and feasibility
• Interpret load testing results to validate design assumptions and ensure foundation reliability
• Apply micropile design and implementation principles to real-world foundation challenges

Description

Foundation design often involves working within physical constraints, variable ground conditions, and competing performance requirements. Selecting the right deep foundation system requires a clear understanding of both site behaviour and structural demands, particularly in projects where conventional solutions are not feasible.

Micropiles offer a flexible and highly adaptable solution in these conditions, but their effectiveness depends on accurate design, appropriate installation methods, and proper validation through testing. Without a structured approach, there is a risk of overdesign, underperformance, or construction challenges that impact project outcomes.

This course provides a practical framework for evaluating, designing, and implementing micropile systems. It focuses on real-world application, including site assessment, structural and geotechnical design considerations, construction techniques, and load testing interpretation. The content is reinforced through applied examples to support confident, informed decision-making in foundation design.

Who Should Attend

This course is designed for:

• Geotechnical, structural, and civil engineers involved in foundation design
• Engineering technologists and technicians supporting geotechnical or construction projects
• Contractors and project managers responsible for deep foundation installation
• Professionals working in infrastructure, energy, or constrained site environments
• Early-career to experienced practitioners seeking to strengthen applied foundation design skills

Course Syllabus

Introduction and Site Investigation

• Overview of micropile technology and its evolution.
• Critical considerations in site investigations for micropile projects.
• Soil and geotechnical assessments required for micropile applications.
• Identification of potential challenges and site-specific factors.

Micropiles Classification System

• Detailed breakdown of different types of micropiles and their uses.
• Design Application Classification
• Construction typw Calssification

Applications and Feasibility

• Typical and innovative applications of micropiles in various industries.
• Evaluating the feasibility of micropiles for physical considerations and subsurface conditions.
• Structural Support.
• In Situ Reinforcement.

Construction Techniques and Materials Specifications

• Drilling
• Grouting
• Steel Reinforcement

Design of Micropiles for Structure Foundations

• Principles of micropile design for different load conditions.
• Structural Design of Micropiles
• Geotechnical Design of Micropiles
• Corrosion Protection
• Downdrag
• Best practices for optimizing micropile designs for long-term performance.

Solved Examples

• Real-life examples illustrating successful micropile designs.
• Step-by-step walkthroughs of design calculations for axial and lateral loads.

Pile Load Testing

• Micrpiles load testing procedures
• Evaluation of load testing requirements
• Importance of load testing in ensuring the reliability of micropile foundations.