The HAO method

Ahead of the curve,
by design.

While much of the region still hands over flat 2D drawings, we run a fully coordinated Building Information Model on every project. Architecture, structure and MEP develop together inside one shared environment, so conflicts surface on screen, not on site.

It is a design-led approach. The model protects architectural quality and professional judgement rather than replacing them, while giving developers the cost, schedule and coordination control they need before capital is committed.

Every issue solved in the model is a site disruption avoided.

The HAO BIM principle

Why it matters

From site discovery
to design resolution.

BIM shifts risk off the construction site and into the design phase, where it is cheaper and safer to resolve. These are the four failure points it removes.

  • 01

    Fragmented data

    Inconsistent decisions and unclear accountability across stakeholders, replaced by one coordinated source of truth.

  • 02

    Late conflicts

    Architecture, structure and MEP clashes that cause site rework and delays, caught early instead.

  • 03

    Limited visibility

    Spatial and cost implications made clear while choices are still flexible, not after they are locked.

  • 04

    Handover gaps

    Structured asset data at handover, so the model keeps delivering value into operation and future adaptation.

Intelligent data

From drawings to
building intelligence.

The model connects geometry, time, cost and asset data into one information system, so clients make better decisions earlier.

  • 3D

    Visual coordination

    Integrated architectural, structural and MEP model views. Faster alignment, fewer interpretation gaps.

  • 4D

    Time sequencing

    Time-linked reviews for logistics and build order. Better schedule confidence before site commitments.

  • 5D

    Cost intelligence

    Model-linked quantities for budget checks and scope clarity. Earlier cost control and transparent value engineering.

  • 6D/7D

    Lifecycle data

    Performance and asset data for operations. Lower lifecycle risk and better long-term asset usability.

Clash avoidance

Resolved virtually.
Before site.

Every discipline is federated into a single environment and checked, so corrections are confirmed before documentation ever reaches the construction site.

  1. Step 01

    Review models

    Federate architecture, structure, MEP and interiors into one environment.

  2. Step 02

    Detect issues

    Identify spatial and technical conflicts early in the design phase.

  3. Step 03

    Assign owners

    Clarify responsibility, priority and resolution date for every clash.

  4. Step 04

    Verify closure

    Confirm corrections before documentation reaches the site.