Clear demarcation between landlord base-build and tenant fit-out zones. MEP capping points, structural load allowances, and ceiling void depths documented per unit.
Twelve tenants, twelve fit-out contractors, twelve programmes. All running against one opening date. Your shell-and-core team is issuing drawings while the first tenants are already on site. We coordinate the shell once, demarcate the tenant interface, and release each fit-out package as an independent verified handover.
Four coordination layers that keep parallel fit-outs on track against a fixed opening date.
Clear demarcation between landlord base-build and tenant fit-out zones. MEP capping points, structural load allowances, and ceiling void depths documented per unit.
Every tenant contractor starts from verified base-build data, not assumptions. The first week of fit-out isn't spent resolving demarcation.
Each tenant package coordinated against the landlord shell and adjacent units in a federated model. Multiple fit-out contractors working to different programmes, all checked at unit boundaries.
No clashes at shared walls, service risers, or common area boundaries. Fit-outs run in parallel without conflicts.
Public-area ceilings modelled as a combined services and architectural element. Lighting, sprinklers, HVAC diffusers, signage, and acoustic treatment integrated into one coordinated layout.
On-site clashes eliminated at the most visible parts of the building. Public areas open cleanly.
Model structured for phased handover so anchor tenants, food court, and common areas release independently. Each phase has its own coordinated package with stage-gate sign-off through the CDE.
The opening date is protected because each phase is independently verified, not held hostage by the slowest fit-out.
Three stages. Click any to expand the deliverables and BIM requirements at that stage.
Landlord and tenant scope separated at LOD 300. Shell-and-core base-build coordinated against tenant interface requirements so every fit-out contractor starts from verified data. Public-area ceilings designed as a combined services and architectural element from the first federation.
MEP capping points, structural load allowances, and ceiling void depths documented per unit so every fit-out starts from verified base-build data.
Loading docks, service corridors, plant rooms, and vertical risers coordinated at LOD 400 for routing, access, and maintenance clearance.
Lighting, sprinklers, HVAC diffusers, signage, and acoustic treatment modelled as a combined services and architectural element across all public zones.
BIM Execution Plan defining shell-and-core vs tenant scope, phased handover requirements, and fit-out interface protocols.
Common Data Environment structured by zone with naming conventions and approval workflows so each tenant package is independently trackable.
Level of Development requirements tied to each opening phase, not just discipline. ISO 19650 enforced through Solibri before drops.
Each tenant fit-out issued as an independent coordinated package against the base-build and adjacent units. Anchor tenants, food court, and common areas released as separate stage-gated packages. Signage and wayfinding coordinated against fit-out boundaries before installation.
Anchor tenants, food court, and common areas issued as independent coordinated packages, each with stage-gate sign-off through the CDE.
Multiple tenant contractors coordinated against the base-build and each other. No clashes between adjacent fit-outs at shared walls or risers.
Signage, wayfinding, and tenant frontage coordinated against fit-out boundaries per zone before installation.
Federation reviews run per tenant zone with issues tracked in BIM Track to closure before each stage gate.
Loading docks, plant rooms, and vertical risers validated against fabrication tolerances and maintenance access.
Each phase package signed off through the CDE before the next opening tranche starts. Navisworks federation per stage.
As-built models verified per tenant unit against installed conditions. Asset data structured by zone and common area so FM systems receive clean datasets at each opening phase, not a bulk dump at the end. Each opening tranche transferred with verified documentation.
As-built models verified per unit against installed conditions. Each tenant zone independently confirmed before handover.
COBie data structured per tenant zone and common area so FM systems receive clean, zone-specific datasets at each opening.
Each opening phase transferred with verified documentation. No separate data collection exercise at the end of the programme.
Asset data audited against the EIR's information requirement schedule, zone-by-zone.
IFC 4.0 federation deposited in CDE per phase with EIR sign-off attached.
Asset data mapped to client CAFM / EAM schema before transfer at each opening tranche.
Every service we apply to a retail scheme runs through the same standard, shell-and-core demarcation, multi-tenant federation, phased package release, and zone-by-zone FM handover.
Shell-and-core, BOH services, and public-area ceilings coordinated as one system before tenant fit-out contractors mobilise.
Explore service4D phasing tied to opening dates. 5D budget split between landlord shell-and-core and tenant contributions, tracked per zone.
Explore serviceZone-structured CDE with stage-gate workflows per tenant package. ISO 19650 enforced across landlord and fit-out parties.
Explore serviceAsset data structured by tenant zone and common area for FM-ready handover at each opening phase, not a bulk dump.
Explore serviceQuantities extracted per fit-out package, per zone, per trade. Landlord and tenant scope cleanly separated for cost recovery.
Explore serviceLiDAR scan-to-BIM per opening phase. Each tenant zone verified against installed conditions before FM transfer.
Explore serviceFrom entertainment venues to mixed-use destinations and airside concessions. Six selected projects.
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