What we do

From design intent to intelligent model.

We turn Rhino geometry and design intent into intelligent, coordinated Revit models — and the digital workflows around them.

BIM & Engineering

Native Revit models built to standard, coordinated and construction-ready.

  • Native Revit modelling
  • Rhino → Revit migration
  • Coordination & clash detection
  • QA/QC & quantity take-off
  • Drawings & documentation

Digital Transformation

Automation, data and visualisation that make delivery faster and smarter.

  • Automation & computational design
  • Data-driven workflows
  • Dashboards & reporting
  • 3D visualisation & VR
  • Scan-to-BIM & digitisation

ERP & SharePoint

Connected information management and collaboration platforms.

  • Project information management
  • Document control (CDE)
  • Collaboration platforms
  • Process digitisation
  • Systems integration
Skills & technology

Specialised capabilities

Deep technical skills that sit behind every model we deliver.

Automation

Dynamo, scripting & computational design to remove repetitive work.

Simulation

Analysis, coordination and digital-twin models of the build.

Digitisation

Scan-to-BIM, data extraction and PDF/CAD deliverables.

Virtual Reality

Immersive, real-time design review in Unreal Engine.

Our toolkit
Autodesk RevitRhino + GrasshopperNavisworksDynamoUnreal EnginePythonPandasGoogle ColabPower BISharePoint
Computational design

Parametric 3D studio

Our Rhino + Grasshopper workflows turn a handful of parameters into fully-resolved geometry — from towers to domes, tori and prisms. Pick a shape, drag the sliders, then click-and-drag the model to orbit it in 3D.

Live geometry

Morph & build

Slide to morph between shapes, or build your own definition below — the model on the right updates live.

High-rise
2.2
1.30×
42
Skin pattern
DefinitionAdd components from the menu, drag each output port into Solid to wire it, and drag any node — including Solid — to arrange your graph. Remove with ×.
Solid
geometry ▸ drag me
Shape
High-rise
Floors
Height
Drag to orbit freely · scroll to zoom
Data analytics

Construction insight, in Python

We turn BIM and site data into decisions — cost variance, progress S-curves, quantities and clash trends — with Python notebooks in Google Colab you can open, run and share with your whole team.

edippa_project_dashboard.ipynb Open in Colab
Documents
Approved
Overall progress
62%
Overdue
Documents by review status
Documents by discipline
Progress S-curve — planned vs actual
Weekly submissions

Cost & budget

Variance, forecasting and value tracking.

Progress & S-curves

Planned vs actual across the schedule.

Quantity insights

Take-off analytics straight from BIM.

Clash & QA trends

Track and reduce coordination issues.

How we work

From design intent to intelligent model

1

Understand

Scope, standards & the approved Rhino geometry.

2

Model

Native Revit models built to BIM standards.

3

Coordinate

Clash detection, QA/QC and reviews.

4

Deliver

Drawings, data, dashboards & VR.

5

Support

Handover, updates & ongoing collaboration.

Ways to engage us

Flexible delivery models

01

Per project

Fixed-scope deliverables, priced by stage.

02

Milestone / progress

Billed against agreed weighted milestones.

03

Dedicated resources

Monthly BIM specialists embedded in your team.

Have a project in mind?

Tell us about your scope and we’ll recommend the right engagement model.