Geomorph Imaging provides independent consulting services in ground-penetrating radar (GPR) and applied geomatics for projects where subsurface and spatial uncertainty carries technical, financial, or regulatory risk.
We support clients throughout the full project lifecycle — from problem definition and survey design to interpretation, integration, and decision-ready reporting.
Our role is not limited to data acquisition. We help clients understand what the data actually means, its limitations, and how it should inform planning, design, or intervention.
1. Subsurface & Spatial Problem Solving
We assist projects where conventional approaches, standard surveys, or routine workflows are insufficient, including:
Complex geological or stratified environments
Urban contexts with multiple buried utilities or legacy structures
Archaeological and cultural heritage sites requiring non-destructive investigation
Infrastructure projects where subsurface risk must be reduced prior to construction
Situations where existing geophysical data is ambiguous, incomplete, or conflicting
Our consulting services focus on reducing uncertainty and supporting defensible decisions.
2. Our Core Consulting Services
GPR Survey Design & Technical Supervision
We design GPR investigations tailored to site conditions, objectives, and constraints.
This includes method selection, acquisition parameters, quality control criteria, and integration strategies.
We also provide independent technical supervision of surveys conducted by third parties, ensuring data quality and methodological consistency.
Independent Data Interpretation
Interpretation is where most GPR projects succeed or fail. We offer critical, methodologically transparent interpretation of GPR and geomatics data, including:
- Identification of subsurface features and anomalies
- Assessment of confidence and uncertainty
- Integration with geological, archaeological, or engineering context
- Review and reinterpretation of existing datasets
Our interpretations are explicitly documented and traceable — avoiding black-box conclusions.
Integrated Geomatics & Multimethod Analysis
Where appropriate, we integrate GPR results with:
- Topographic and geospatial data
- GNSS and total station surveys
- Remote sensing and mapping products
- Archival, geological, or contextual information
This integrated approach allows a more robust understanding of complex sites than any single method alone.
Technical Advisory & Expert Support
We provide expert input for:
Feasibility studies | Method selection and tender preparation | Project planning and risk assessment | Peer review and second opinions | Research and institutional projects | Our advisory role is particularly valuable in high-stakes, sensitive, or regulated contexts.
3. Sectors & Applications
Our consulting work supports projects in:
Engineering & Infrastructure:
Subsurface risk assessment, utilities detection, site preparation
Archaeology & Cultural Heritage:
Non-invasive investigation, preservation planning, research support
Environmental & Geotechnical Studies:
Shallow subsurface characterization, stratigraphic analysis
Urban & Complex Sites:
Legacy infrastructure, layered subsurfaces, constrained environments
Research & Academia
Methodological development, interpretation support, training-linked projects
Deliverables For Decision Makers
Our outputs are: – Technically rigorous – Clearly documented – Adapted to non-specialist readers – Explicit about limitations and confidence levels
We prioritize clarity and usability, not just technical completeness.
Consulting & Training: A Connected Philosophy
Our consulting practice directly informs our training programs, and vice versa.
This ensures that our advice is grounded in real-world experience, and that our training reflects the complexities encountered in actual projects.
Independent & Vendor-Neutral
Geomorph Imaging Solutions is not tied to any specific manufacturer, instrument, or software platform. Although we have our preferences, we ensure that our recommendations are objective, defensible, and project-driven.