Our Work
Real platforms. Real operational challenges. Real outcomes. A selection of the work we've delivered across engineering, construction, and infrastructure organisations.
Automated Wave Overtopping Calculator for Coastal Defence Design
Coastal and flood-defence engineers were calculating wave overtopping discharge by hand using the EurOtop empirical methods — slow and repetitive across many design permutations. Re-running the numbers for every change in wave height, water level or structure geometry made iteration painfully slow and risked transcription errors.
We built an automated tool that takes the governing inputs — significant wave height and period, still water level, crest freeboard, slope and structure geometry, armour roughness and wave obliquity — and instantly returns the mean overtopping discharge, comparing it against tolerable limits for pedestrian, vehicle and structural safety. Engineers sweep through variants in seconds and converge on a compliant crest level with confidence.
Automated Retaining Wall Designer — Embedment, Anchors & Wall Thickness
Designing embedded retaining walls means iterating embedment depth, anchor depth and size, and wall thickness across multiple load cases — inclined retained ground, surcharge and surge loading, and varying water-table levels. Doing this by hand for every option is slow and makes it hard to test alternatives or show clients the optimum.
We delivered a design tool that takes the full set of variables — retained height and inclined retention, soil strength parameters, additional surge/surcharge loading and water-table level — and automatically works out the required embedment depth, anchor depth and size, and wall thickness to satisfy stability and structural checks. Hours of hand calculation become seconds, letting engineers optimise the design live.
Automated Allowable-Loading Calculator for Nuclear Underground Structures, Integrated with Navisworks
On a new nuclear power plant programme, engineers had to determine the allowable loading on a large population of underground structures — a calculation-heavy, safety-critical task repeated across many structures and constantly disturbed by design changes flowing through the federated BIM model. Keeping manual checks synchronised with the model was slow and error-prone.
We built a tool that automatically calculates the allowable loading of underground nuclear structures from the governing design inputs and integrates directly with Autodesk Navisworks — reading structure data from the coordinated BIM model and surfacing allowable-load status against the live design. Loading assessments stayed in step with model changes, giving the programme rapid, auditable visibility across every structure.
Automated Ground Floor Slab Level Calculator for Large-Scale Housing, Integrated with AutoCAD
On a large housing development with hundreds of plots, setting each unit's finished floor / ground slab level — balancing site levels, drainage falls, flood freeboard and access gradients — was a repetitive manual exercise, error-prone and slow to update whenever the site layout changed.
We built a tool that automatically calculates the optimum ground floor slab level for every plot from the site survey and design inputs, integrated directly with Autodesk AutoCAD — reading plot and level data from the drawings and writing the calculated slab levels back. Levels stayed consistent across the whole development and updated instantly as the layout evolved.
Custom Website with Interactive Route Mapping for Wales Mountain Guides
Wales Mountain Guides needed a professional online presence that reflected their expertise leading groups across Snowdonia and the wider Welsh mountains — but their existing setup couldn't showcase routes, handle bookings, or perform on mobile.
We designed and built a custom mobile-first website featuring interactive route mapping using Leaflet.js and Ordnance Survey data — allowing visitors to explore guided routes before booking. The site is fast and built for the conditions their clients use it in.
How We Approach Every Engagement
Understand First
We spend real time understanding your operational reality — not just your technology requirements — before scoping a solution.
Build to Last
Solutions are architected for longevity, maintainability, and growth — not the fastest path to a demo.
Transfer Knowledge
Every project includes capability transfer. Your team should be able to build on what we've delivered — not be dependent on us forever.
Have a Similar Challenge?
Tell us about your operational data problem — we'll tell you honestly whether we can help and how.
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