Geotechnical consulting, monitoring and modelling.
GeoMonix is an independent engineering practice specialising in fibre-optic sensing, finite-element analysis and structural health monitoring for infrastructure owners, consultants and researchers.
PhD-qualified · Based in Birmingham, UK · Working with clients across the UK and online worldwide
What GeoMonix does
Engineering services, grounded in research
Independent, vendor-neutral advice across monitoring, modelling and assessment, delivered by a practising engineer rather than a sales team.
Monitoring & sensing
Distributed fibre-optic sensing and structural health monitoring, from instrumentation design to data interpretation.
Explore monitoring →Numerical modelling
ABAQUS finite-element analysis for soil-structure interaction, pavements and buried infrastructure, calibrated and validated.
Explore modelling →Assessment & analytics
Pavement and asset condition assessment, plus Python and MATLAB pipelines that turn monitoring data into decisions.
Explore assessment →About
Engineering at the join between roads, pipes and the ground
GeoMonix is an independent practice specialising in the interaction between buried infrastructure, the surrounding soil and the structures above. This is the kind of problem that quietly drives a large share of infrastructure maintenance cost.
The practice brings together finite-element modelling, fibre-optic and laboratory instrumentation, and data analysis, founded on peer-reviewed research and led by a PhD-qualified civil engineer.
About the practiceCore expertise
- Geotechnical & pavement engineering
- Distributed fibre-optic sensing
- Structural health monitoring
- ABAQUS finite-element analysis
- Python & MATLAB data analytics
- Asset management & machine learning
Insights
Notes from research and practice
Practical writing on monitoring, modelling and the fundamentals, for engineers and students.
FEA in geotechnical engineering: when and why you need it
ABAQUS, PLAXIS or analytical methods? A practical guide to choosing the right approach.
Read article →How distributed fibre-optic sensing works
Rayleigh, Brillouin and Raman scattering: what they measure and which to choose.
Read article →Mohr's circle explained: a visual guide
Step-by-step construction, sign conventions and the mistakes students make.
Read article →Have a project, a brief or a question?
Tell GeoMonix what you are working on. Every enquiry is reviewed personally, with a reply within one working day.