My approach to pile design combines geotechnical investigation with state-of-the-art engineering analysis to create foundations that are both efficient and resilient. Specializing in screw pile designs, driven timber piles, driven prestressed concrete piles, bored piles and CFA piles, I can help you find the best foundation solution for your project. I address complex soil conditions, including liquefiable soils or deep organic/compressible deposits, to ensure the stability and safety of your asset.

Design Process

• Geotechnical Site Investigation: Fit for purpose investigations to understand the soil profile, including the use of Cone Penetration Testing (CPT) and borehole data, forming the basis for all design decisions.
• Engineering Analysis: Advanced modelling and design calculations to determine the most suitable pile type, considering factors like soil strength, load requirements, and potential environmental impacts.
• Compliance and Innovation: Designs that not only meet local and international standards but also incorporate innovative techniques for enhanced performance, improved economy and resilience.
• Risk Management: Detailed assessments of potential risks, including lateral spreading and negative skin friction, to ensure the design accommodates all possible scenarios for a resilient foundation.

Opting for my FOUNDATION Design service offers

• Expert Guidance: Benefit from my expertise in geotechnical engineering, ensuring your foundation design is optimized for both performance and cost.
• Customized Solutions: Each design is tailored to the unique challenges of your site, ensuring effective support for your structure under all conditions.
• Safety and Durability: Designs that prioritize the safety of the structure and its inhabitants, with careful consideration of long-term performance and maintenance.
• Sustainable Practices: A commitment to environmentally responsible design practices, minimizing impact on the site and surrounding area, while concurrently saving you money by minimizing resource use through efficient design.