Made simple: 60+ preconfigured methods for faster, more accurate soil analysis

Intelligent parameter management for soil testing reports

GeoDin understands geotechnical soil testing methods and their specific data requirements. Our predefined parameter placeholders eliminate repetitive data entry while maintaining precision across all geotechnical engineering soil tests: 

• Standardized nomenclature - universal parameters like mass of empty container (m-tin), wet soil sample mass (m-wet), and dry soil mass (m-dry)
• Consistent data structure - ensures reliability across different test types and project teams
• Error reduction - minimizes input mistakes through structured data fields

Automated calculations for professional geotechnical data reports

Let GeoDin handle the mathematics while you focus on interpretation. Our system automatically calculates critical parameters for your compaction test, Atterberg limits test, permeability test, and shear strength test results, delivering professional-grade laboratory results with parameters including:

• Water content (w) - instant moisture calculations
• Specific gravity (G) - soil particle density determinations
• Void ratio (e) - pore space analysis
• Degree of saturation (S) - saturation state assessment
• Coefficient of permeability (k) - hydraulic conductivity results

Complete formula transparency

Unlike black-box solutions, GeoDin provides complete transparency in all geotechnical soil testing methods. See exactly how your Atterberg test, compaction test, and permeability test results are derived with transparent formulas like:

Water content calculation: w(r=0) = 100*('m-wet'-'m-dry')/('m-dry'-'m-tin')

This transparency ensures regulatory compliance, supports peer review, and builds confidence in your geotechnical data reports and analytical results.

Flexible formula management

GeoDin recognizes that geotechnical engineering soil tests sometimes require custom approaches for specific project conditions. Rather than forcing modifications to standard formulas used in compaction test or shear strength test protocols, our system allows you to:

• Create additional formulas alongside existing ones
• Maintain data integrity - original configurations remain untouched
• Build custom workflows tailored to specific project requirements or company standards
• Ensure continuity - your modifications won't affect other users or projects

Scenario-based configuration management

Maximize efficiency across projects with GeoDin's scenario management system. Save and reuse complete configurations that integrate:

• Well and groundwater data - hydrogeological parameters and monitoring results
• CPT results - cone penetration test interpretations and correlations
• Laboratory analyses - all test results and derived parameters
• Environmental parameters - contamination assessments and remediation data

Create project templates, maintain company standards, and ensure consistency across your entire geotechnical practice.