Category: Geotechnical Data Management
Engineering projects generate large volumes of subsurface data including borehole logs, laboratory testing results, and groundwater monitoring records. Managing these datasets efficiently requires structured engineering databases and standardized workflows.
This section of the GAEA Knowledge Center explores best practices for organizing and managing geotechnical investigation data.
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Posts
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A Complete Geotechnical Workflow for Infrastructure Projects: WinLoG, GDMS and WinFence
See how WinLoG, GDMS and WinFence can support a connected geotechnical workflow from field records to testing and subsurface interpretation.
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Why Legacy Geotechnical Data Is Becoming a Migration Risk
A geotechnical archive can look secure while becoming progressively harder to use. Project databases still exist, finished borehole logs are stored as PDFs, and an experienced team member knows where to find the original files. Yet none of those conditions guarantees that the information can be moved reliably into another system. Legacy geotechnical data migration…
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From gINT to WinLoG and GaeaSynergy: A Practical Migration Plan
A gINT migration plan should begin with the work your organization needs to continue: producing dependable borehole logs, finding historical information, checking test results, and delivering consistent project outputs. Moving records into a new database is one part of that work. Preserving their meaning and making the new workflow usable are equally important. For teams…
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What to Preserve When Migrating Historical Borehole Projects
Historical borehole projects are valuable because they connect observations to a particular place, depth, investigation, and method. When those projects move into a new system, preserving a list of boreholes and their final logs is only the beginning. The relationships and context behind the records determine how confidently the information can be reused. Migrating historical…
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AGS, DIGGS and Structured Data Exchange in Geotechnical Workflows
Geotechnical information often moves between field teams, laboratories, consultants, clients, and software platforms. When each handover uses a different spreadsheet layout or a report that must be re-entered, teams spend time reconstructing structure and checking meaning. Structured geotechnical data exchange gives that handover an agreed framework. AGS and DIGGS are two important approaches to exchanging…
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Introducing the GAEA Migration Center: A Practical Path from Legacy Geotechnical Data
For many geotechnical, environmental, geological, and infrastructure organizations, the challenge of modernizing software is not choosing a new system. It is deciding what to do with decades of existing data. Borehole logs, laboratory results, project databases, templates, geological descriptions, monitoring records, and historical investigations may be spread across legacy applications, local databases, spreadsheets, government systems,…
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Excel vs GDMS: Choosing a Geotechnical Laboratory Data Workflow
Spreadsheets are familiar, flexible and useful throughout geotechnical work. A well-designed workbook can support calculations, organize a small investigation and help an experienced professional explore results. The challenge appears when that workbook becomes the unofficial database, reporting system and review record for a growing laboratory or consulting organization. At that point, the team needs to…
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Borehole Logging Software for Geotechnical Engineers
Introduction Geotechnical investigations produce large volumes of information including borehole logs, laboratory testing results, and groundwater monitoring data. Engineering teams rely on this information to understand subsurface conditions and make critical design decisions. Managing these datasets effectively is essential for ensuring that geotechnical information remains accurate, accessible, and reusable across projects. Modern geotechnical data management…
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Geotechnical Data Visualization Tools
Introduction Geotechnical investigations produce large volumes of information including borehole logs, laboratory testing results, and groundwater monitoring data. Engineering teams rely on this information to understand subsurface conditions and make critical design decisions. Managing these datasets effectively is essential for ensuring that geotechnical information remains accurate, accessible, and reusable across projects. Modern geotechnical data management…
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Regulatory Compliance for Engineering Data
Introduction Geotechnical investigations produce large volumes of information including borehole logs, laboratory testing results, and groundwater monitoring data. Engineering teams rely on this information to understand subsurface conditions and make critical design decisions. Managing these datasets effectively is essential for ensuring that geotechnical information remains accurate, accessible, and reusable across projects. Modern geotechnical data management…