- Deep Excavation: Deep Excavation offers geotechnical engineering software for shoring, foundations, quay walls, retaining walls, soil estimation, inclinometer monitoring, soil nail walls, helical piles, drilled pile inspection and slurry trenches.
- Ensoft: Ensoft develops software for complex engineering problems, with a focus on soil structure interaction and practical numerical models.
- Fine Software: Fine Software offers geotechnical and structural engineering programs, including GEO5 tools for stability analysis, excavation, retaining walls, foundations, settlement, tunnels and geological modeling.
- Gregory Geotechnical Software: Gregory Geotechnical provides geotechnical engineering consulting and analysis for complex and specialized projects.
- Oasys: Oasys develops software for geotechnical engineering, structural engineering and pedestrian simulation.
- Rocscience: Rocscience provides engineering modeling, analysis and design software, with products for slope stability, excavation design, settlement, foundations and rock mass characterization.
- Seequent: Seequent offers geoscience and geotechnical software for civil and environmental projects.
How to choose
Start with the work your firm does most often. A team focused on shallow foundations may need different features from one that designs retaining walls, evaluates slope stability, or supports transportation projects. Ask for a trial using a typical project file, and check whether the software handles your methods, units, and reporting needs without extra steps.
Fit matters as much as features. A small firm may need a clear setup and a license that works for a few users. A larger practice may need shared project access, user controls, and support for multiple offices. Confirm how licenses are assigned, what happens when staff leave, and whether contract terms allow you to add or remove seats at renewal. Read the rules for data storage, export, renewal, and cancellation.
Check how the software fits your current tools. Find out whether it can import and export the file types your team uses for drawings, spreadsheets, and project records. Test an actual handoff. If engineers must reenter results or rebuild reports, account for that work before choosing.
Plan for training. Ask how long a new user typically needs to complete routine tasks, what instruction is included, and whether your staff can get help from a geotechnical specialist. Request references from firms with similar project types, team size, and review practices. Talk with users who have worked through both setup and a busy project deadline.
State requirements can affect the choice. Where applicable, confirm that the software supports methods and report formats accepted by the agencies you serve. Verify current approval requirements with the relevant agency; vendor claims alone are not enough.
- Can we test a representative project, including import, calculations, review, and final reporting?
- What are the license, renewal, cancellation, data access, and export terms?
- Which tools and file types can we exchange with our current systems, and what needs manual rework?
- What training and support are included, and who answers technical questions?
- Can you connect us with similar firms, and show evidence of relevant state approvals where required?
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