Geotechnical Engineer
The primary user. Geoteckshap extends your ability to synthesise investigation evidence, identify patterns and communicate uncertainty to project teams.
KEY USE CASESGeoteckshap transforms fragmented borehole logs, lab results, groundwater readings and analyses into one validated, risk aware engineering picture, without replacing
the tools you already trust
Geotechnical engineers spend enormous time gathering, converting, and reconciling information from scattered sources before any real analysis can begin.

Raw ground investigation data becomes structured engineering intelligence with every insight linked back to the evidence that supports it.
Geotechnical engineers spend enormous time gathering, converting, and reconciling information from scattered sources before any real analysis can begin.
Think of Geoteckshap as the connective tissue between raw investigation data and the engineering software your team already relies on. It does not perform finite element analysis or generate design calculations.
Instead, it builds the structured understanding needed before that analysis can be trusted — identifying what you know, what is uncertain, what the evidence suggests and where professional engineering judgement is needed.
Better inputs. Better questions. Better-informed engineering.
Geoteckshap does not replace established engineering software such as PLAXIS, GEO5 or GeoStudio. It works alongside existing engineering workflows as an intelligence layer.
Every Geoteckshap finding is traceable back to the original investigation data. There are no black-box conclusions — only structured intelligence with a complete chain of evidence that engineers can inspect, challenge and verify.
Compressible soft clay layer identified at 2.1–5.8m depth may cause significant consolidation settlement under proposed loading.
Geoteckshap makes uncertainty visible at every layer so engineers know exactly where confidence is strong and where more investigation is needed.
Consistent across all 12 boreholes. Well-characterised fill material. Atterberg limits tested from 6 samples.
Geoteckshap is designed for practitioners at every level of the geotechnical and civil engineering workflow from the engineer in the field to the manager overseeing the portfolio.
The primary user. Geoteckshap extends your ability to synthesise investigation evidence, identify patterns and communicate uncertainty to project teams.
KEY USE CASESAccess structured ground information relevant to your design without needing to navigate raw investigation data yourself.
KEY USE CASESManage investigation data collection, quality and completeness — and see how the data connects to the engineering questions it needs to answer.
KEY USE CASESDeliver more consistent and evidence-backed geotechnical assessments, with complete traceability from investigation data to engineering recommendation.
KEY USE CASESReview the evidence base behind junior engineers' work and verify that interpretations are supported by the investigation data.
KEY USE CASESUnderstand project risk, investigation coverage and key uncertainties across your portfolio without needing to review all raw data.
KEY USE CASES
"The most critical engineering decisions in ground investigation begin with incomplete, inconsistent or fragmented information. Geoteckshap is designed to change that."
Geoteckshap — Product Vision
Engineering insight goes beyond running numbers. Geoteckshap contextualises results within the full evidence picture.

Every borehole log, test result, and field observation becomes part of a single, coherent project intelligence environment.

Geoteckshap quantifies and communicates confidence levels at every layer, so engineers know exactly where the ground model is strong and where it isn't.

Geoteckshap is an intelligence layer. It enriches the engineering workflow without replacing established analysis tools.

Professional engineering judgement is irreplaceable. Geoteckshap supports it with better information, not automated decisions.

Geoteckshap is being developed to help engineering teams turn fragmented ground information into clearer insight, risk awareness and better-informed decisions.