Selected solution patterns

The work is specific.
The principles travel.

Until approved client stories are available for publication, we present representative solution patterns and project types without inventing names, testimonials or performance claims.

Pattern 01

Healthcare operations

A multi-location clinic platform connecting scheduling, patient workflows and operational reporting.

Typical scope: discovery, experience design, architecture, delivery and ongoing improvement.

Pattern 02

Smart agriculture

A field-service and reporting platform designed around farm visits, sample tracking and multilingual delivery.

Typical scope: discovery, experience design, architecture, delivery and ongoing improvement.

Pattern 03

B2B SaaS launch

A complete product and GTM foundation spanning product experience, website, CRM and demand workflows.

Typical scope: discovery, experience design, architecture, delivery and ongoing improvement.

Pattern 04

BIM coordination

A structured coordination environment for multidisciplinary models, issues and project information.

Typical scope: discovery, experience design, architecture, delivery and ongoing improvement.

BIM project types

What governs the work changes by sector.

The modelling is similar everywhere. What differs is the constraint that decides the programme — density, repetition, tolerance or operational access — and that is what shapes the scope we propose.

Data centres

What governs it: Service density. Whitespace, containment and plant redundancy leave almost no spare void, and late coordination is expensive to unwind.

What it draws on: Fabrication-level MEP modelling, tight clash tolerances, penetration scheduling and asset data structured for day-one operations.

Airport and transport terminals

What governs it: Long-span structure, complex envelope geometry and phased works across a live operational estate.

What it draws on: Facade and curtain wall detailing, structural steel detailing, and sequencing built around possession windows rather than an idealised programme.

Mixed-use and residential

What governs it: Repetition. Unit typologies, riser stacks and standard details repeat hundreds of times, so an error in a typical detail multiplies instead of staying local.

What it draws on: Typology-driven architectural modelling, content standardisation, riser coordination and model-based quantities per unit type.

Healthcare facilities

What governs it: Density above the ceiling, medical gas and specialist equipment, and maintenance access that has to work without closing a clinical area.

What it draws on: MEP coordination with real access zones, equipment families carrying compliance data, and handover information the estates team can operate from.

Industrial and manufacturing

What governs it: Brownfield reality. Existing structures and process plant are rarely as-drawn, and tie-in points are fixed by what is physically there.

What it draws on: Scan to BIM of existing conditions at a stated tolerance, structural modelling around process constraints, and steel detailing for tie-ins and access platforms.

Fit-out and retrofit

What governs it: Tolerance. The building already exists, the drawings may be decades old, and the margin between design intent and installed reality is small.

What it draws on: Existing-condition capture, legacy drawing conversion, and shop drawings dimensioned from measured reality rather than from the original design set.

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