Data Management, Analysis, and Reporting for Small Foundations-Paper

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The paper shows how data-management technologies commonly used on large deep-foundation projects can be scaled affordably to smaller work, including borehole investigations, slurry walls, and grout curtains. Organized digital data can improve quality control, support field decisions, meet specifications, and produce timely reports and as-built drawings.<br /><br />A typical workflow collects data through forms, instruments, or existing records; stores them in a central database; and makes them available for analysis, mapping, visualization, and reporting. Good practice includes maintaining one authoritative data source, minimizing manual transcription, applying validation rules, using accessible file formats and consistent spatial references, and documenting and packaging data for future use.<br /><br />Three examples demonstrate the approach. For exploratory boreholes, field staff enter selected logging details into a validated web form, while scanned paper logs are stored in a document library. GIS displays borehole profiles and can generate as-built drawings. For a short slurry wall, mobile forms capture bite depth, equipment, dates, and weather; the records are linked to design geometry and shown in interactive maps and reports. For a grout curtain, forms record borehole geometry and grout takes by stage, enabling profile visualization, progress and grout-closure reporting, and automatic production of as-built drawings.<br /><br />The central conclusion is that sound data-management principles are useful at any project scale. Mature web, database, and geospatial tools allow smaller projects to achieve many of the efficiency and quality benefits expected on larger projects.

Keywords

data management

deep-foundation projects

borehole investigations

slurry walls

grout curtains

digital data

quality control

GIS mapping

as-built drawings

web forms