Digital Automation of Geotechnical Sites â€“ The development and essential role of an industry standardised design formatÂ-Paper

Paper

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The paper argues that industry-wide standardization is essential to automate geotechnical construction and connect design data with site records. Although digital forms and plant sensors have advanced, incompatible manufacturer systems and inconsistent data formats still make information difficult to share and validate efficiently.<br /><br />A standardized design schedule, such as the UK Federation of Piling Specialists’ E-Pile Schedule, can link design requirements to digital construction records. The emerging AGS Piling data schema is intended to standardize pile design, construction, and as-built information. Together, these formats can support digital workflows in which site data is checked against design requirements during construction, enabling faster quality assurance, real-time non-conformance alerts, and earlier responses to unexpected ground conditions.<br /><br />Examples from contractor and designer deployments show how tablet-based forms, cloud databases, dashboards, and rig sensor data can reduce paper use, duplicate data entry, and reporting effort. They can also improve inspection, track construction trends, and support automated reports. Systems should be user-friendly, work offline where necessary, and be developed with site teams’ input.<br /><br />Construction data can help validate the design ground model, but it must complement—not replace—site investigation. The authors call for broad adoption of standardized schedules and the AGS Piling schema to enable efficient data exchange, improve project quality, and build reliable as-built records for future asset use.

Keywords

geotechnical construction

standardization

data interoperability

digital workflows

design schedule

E-Pile Schedule

AGS Piling schema

site records

quality assurance

as-built records