Building Tomorrow, Today. We deliver Building Information Modelling solutions across the whole project lifecycle — combining technical BIM expertise with construction industry knowledge to help clients reduce rework, control costs, and improve project coordination.
We deliver end-to-end Building Information Modelling solutions from concept to as-built handover. Our team combines technical BIM expertise with construction industry knowledge to help clients reduce rework, control costs, and improve project coordination.
Since 2018 our BIM division has supported project teams across five markets, combining advanced technology, industry knowledge, and meticulous planning to keep global BIM projects running smoothly.
We work to your requirements, not ours. Your project standards govern the work, your CDE holds the models, your naming conventions and worksets are adopted from day one, and deliverables arrive on your issue schedule in the state your team expects.
On large programmes that means a scalable pool of modellers and coordinators stood up per engagement and stood down at completion — with a named lead accountable throughout.
From large residential and commercial builds to individual tradespeople, we scale our BIM support to the size of the job.
Support for residential builders working on anything from a single dwelling to a large multi-unit complex.
Modelling and coordination for the full range of commercial and institutional building types.
Drawings and models sized and priced for individual trades working directly on a job.
Filter by category below to see exactly what's included in each discipline, from architectural modelling through to value-added deliverables.
Comprehensive architectural BIM models representing building design, layout, and detailing — supporting the project at every phase with precision and consistency, from design stage through to tender documentation.
Engineering drawings translated into coordinated, clash-free structural systems, with framing, connections, and reinforcement modelled to your engineer's intent.
2D construction documents transformed into precise, data-rich 3D BIM models across architectural, structural, and MEP disciplines — so constructability issues surface early instead of on site.
Point cloud data converted into precise parametric as-built models and 2D CAD outputs, capturing walls, slabs, roofs, facades, pipework, and site elements.
Fabrication-level detail prepared for a smooth handoff to trades, dimensioned and annotated to your drawing standards.
Design issues flagged early with a virtual model that guides the construction sequence with greater accuracy, backed by value-engineered modelling practices that minimise waste.
Ductwork, equipment, and airflow layouts modelled for optimal building performance and serviceable plant access.
Panels, containment, conduits, and circuiting coordinated within the full building model, with clearances maintained.
Supply, waste, and vent lines mapped through the building to avoid conflicts with structure and other trades.
Code-compliant sprinkler and suppression layouts modelled to spec and coordinated against ceiling and structural zones.
Accurate detail for offsite fabrication and installation of MEP components, reducing cutting and rework in the field.
Existing services captured from point cloud data and rebuilt as accurate as-built MEP models, so refurbishment and fit-out work starts from real site conditions.
Federated models consolidated and cross-trade conflicts resolved collaboratively with your project team, with issues tracked to close-out.
Parametric families built for your project components and manufacturer specifications, with the parameters your schedules actually need.
Design conflicts identified at the preconstruction stage across all disciplines — reducing rework, saving time and cost, and giving project teams a reliable virtual model to guide construction.
Federated models reviewed with your project team, conflicts resolved collaboratively across trades, and every issue tracked through to close-out.
The virtual model interrogated ahead of construction to confirm sequence, access, and buildability before the first trade mobilises.
Models delivered from LOD 200 to LOD 500, matched precisely to each project stage so you never pay for detail you don't need yet.
Accurate material and cost data extracted directly from the model, reducing manual take-off effort and errors, so estimating works from the same source of truth as design.
Comprehensive site plans defining building placement and adjacent structures, with pathways, driveways, gardens, and parking fully represented.
Parametric families built to your project components and manufacturer specifications, with the parameters your schedules actually need.
Structured facility data handed over so operations teams have organised asset information ready for building operations from day one of occupancy.
The model linked to the project schedule to visualise construction sequencing — testing the programme virtually before it is committed on site.
Quantities and costs extracted directly from the model to support accurate budgeting, with cost impact visible as the design develops.
Models verified against constructed site conditions and issued as an accurate digital record of the finished asset, ready for operations and future works.
Select a level to see what gets built into the model at each stage of the project.
Left is a federated model before coordination. Right is the same zone after clash resolution — every conflict caught here is one that never becomes a variation on site.
Hard clashes between services and structure, soft clashes into clearance and access zones, workflow clashes in the construction sequence, and code breaches on egress and fire separation.
A Navisworks clash report with a prioritised issue register, viewpoints for every conflict, assigned responsibility per discipline, and a resolution status tracked through to close-out.
Our projects span residential developments, commercial buildings such as offices, warehouses and hospitals, and the individual trades we support on site. The modelling discipline stays constant; the coordination complexity is what changes.
Multi-storey commercial tower modelled with site layout and external works.
Coordinated mechanical services through a dense commercial plant room.
Multi-block residential development with repeatable structural typologies.
Detached dwelling modelled with landscape, boundary works, and external detailing.
Ductwork and services coordinated through a large-span warehouse ceiling.
Pipework and valve layouts modelled and documented for the plumbing trade.
Click a stage to see what happens and what changes hands. Every engagement runs the same sequence, so you always know what's next.
You send drawings, point clouds, or an existing model. We review the scope, confirm the target LOD, identify what's missing, and raise any assumptions in writing before a price is discussed — so the quote reflects the actual job.
Select any platform to see what we use it for and what comes back to you. We work inside the tools you already use, so files arrive native and ready — not converted and broken.
Our primary authoring platform across architectural, structural, and MEP disciplines. Every model is built parametrically so schedules, sheets, and quantities stay tied to the geometry rather than drifting from it.
BIM creates an intelligent, data-rich 3D model — not just geometry — allowing changes in one discipline to automatically reflect across the whole project, unlike static 2D CAD drawings.
We deliver LOD 200 through LOD 500, moving from conceptual massing to highly detailed, fabrication-ready, as-built models, matched to each project phase.
Yes — we transform 2D construction documents into precise, coordinated 3D BIM models across architectural, structural, and MEP disciplines.
Yes. Using point cloud data, we produce accurate as-built models and 2D CAD outputs capturing walls, slabs, roofs, facades, and MEP elements.
Clash detection identifies design conflicts between building systems before construction, reducing costly rework and keeping projects on schedule.
We work with Revit and AutoCAD for modelling, Navisworks for coordination, BIM 360 and Autodesk Construction Cloud for collaboration, and COBie and ReCap Pro for facility data and reality capture.
4D BIM links models to the project schedule to visualise construction sequencing. 5D BIM extracts quantities and costs directly from the model to support accurate budgeting.
Yes — we extract accurate material and cost data directly from the model, reducing manual take-off effort and errors.
Yes, we deliver structured COBie data, so facility teams have organised asset information ready for building operations.
We support residential clients from single dwellings to large complexes, commercial clients such as offices, warehouses, high-rises, hospitals, schools and childcare centres, and individual trades including carpenters, electricians and plumbers.
Every project goes through structured constructability reviews and coordination cycles, supported by value-engineered modelling practices to minimise waste and maximise efficiency.