Industries · High-rise

One floor error. Thirty floors of rework.

One missed clash in the core becomes thirty clashes on site. Six trades, thirty floors, and your coordination team is reviewing them one at a time. We coordinate the core, lock a golden floor, and let the repetition work for you instead of against you.

High-rise tower coordination — core, risers, facade and floor plates resolved at Stage 2
Prestige OneDeveloper
AL-FUTTAIMDeveloper
AECOMConsultant
DARConsultant
ArupConsultant
INNOVOMain Contractor
M4Main Contractor
AFEMain Contractor
ALEMCOMEP Specialist
ALEC FITOUTJoinery / Fit-out
Al-Tayer StocksJoinery / Fit-out
DEPAJoinery / Fit-out
Prestige OneDeveloper
AL-FUTTAIMDeveloper
AECOMConsultant
DARConsultant
ArupConsultant
INNOVOMain Contractor
M4Main Contractor
AFEMain Contractor
ALEMCOMEP Specialist
ALEC FITOUTJoinery / Fit-out
Al-Tayer StocksJoinery / Fit-out
DEPAJoinery / Fit-out
Tower coordination

Lock the coordination once. Replicate it thirty times

Four layers must be resolved before vertical repetition starts.

What it is
What it delivers
Core-First Coordination

Structural core, lift shafts, stair cores, and MEP risers locked as an integrated system before typical floor design starts.

You catch core clashes at Stage 2, not at construction when rework costs multiply across 30+ floors.

Golden Floor Replication

One fully coordinated typical floor template replicated across all repetitive levels. Changes propagate automatically.

You avoid floor-by-floor rework. Every update cascades across your entire tower automatically, not manually.

Facade Integration

Curtain wall and cladding modelled months ahead of other trades. Geometry coordinated against the structural grid and MEP penetrations.

Facade design is locked before procurement. Structural and MEP conflicts are resolved by LOD 300, not discovered on site.

Riser & Plantroom Coordination

Risers modelled in dedicated vertical sections and coordinated floor-by-floor. Basement and rooftop plantrooms clash-detected at LOD 400.

Plantrooms and risers are clash-free before handover. Maintenance teams inherit a model that reflects how the building actually works.

What we deliver

From schematic to as-built
One team.

Three stages. Click any to expand the deliverables and BIM requirements at that stage.

Core, lifts, risers and facade locked as one integrated system before typical-floor design starts. A golden floor template coordinated once, then replicated across the tower. Federated reviews at every stage gate, every floor zone.

Key Processes

Core-first coordination

Structural core, lift wells, stair cores, and MEP risers locked as an integrated system at Stage 2, before typical-floor design starts.

Golden floor replication

One typical floor coordinated to completion, then propagated across all repetitive levels. Revisions cascade automatically.

Facade integration ahead of trades

Curtain wall and cladding modelled months ahead. Geometry coordinated against the structural grid and MEP penetrations at every floor.

Deliverables

  • Federated design models (LOD 200 → 300) per floor type
  • Core & riser coordination report with clash matrix
  • Golden floor template (locked, ready to replicate)
  • Facade integration model with conflicts resolved
  • Coordinated GA drawings & tender packages

BIM Requirements

Tower BEP & floor-zoned CDE

BIM Execution Plan with core-first sequencing. CDE structure with riser zone tags and per-floor approval workflows.

LOD framework per zone

Level of Development locked per floor type, per discipline, per riser zone. Automated QA at Stage 2/3 gates.

Information Exchange

IFC 4.0 validated through Solibri before CDE data drops. Naming via Uniclass 2015 with tower zone extensions.

Shop drawings and coordination models per trade, per zone, per floor. Programme tied to the model with logistics validated before mobilisation. Clashes resolved in the model, not on site.

Key Processes

Per-trade shop drawing extraction

Coordinated shop drawings issued by trade, by zone, by floor, from a single source-of-truth model.

4D programme integration

Model linked to construction programme. Crane reaches, pour zones, and trade sequences visualised before work starts.

Constructability review

LOD 400 detailing for risers and plantrooms with maintenance access enforced.

Deliverables

  • Per-trade shop drawing packages
  • 4D construction sequence (Synchro)
  • Site logistics visualisations
  • LOD 400 plantroom & riser models
  • Floor-zone clash resolution logs

BIM Requirements

Clash Cycle

Weekly federation reviews with issues tracked in BIM Track to closure.

LOD 400 Audit

Risers and plantrooms validated against fabrication tolerances.

Synchro Linking

Model objects mapped to programme activities with float and dependencies.

As-built models verified per floor type against installed conditions. Asset data structured by zone and plantroom, mapped to your FM system schema. EIR sign-off discipline-by-discipline before handover.

Key Processes

Floor-by-floor as-built verification

As-built models verified per floor type against installed conditions. Golden floor template confirmed post-construction.

Asset data structuring

COBie data structured by riser zone and plantroom so FM systems receive floor-by-floor records, not bulk.

EIR compliance sign-off

Documentation verified per discipline, per floor zone, against EIR requirements before transfer.

Deliverables

  • Validated as-built models (all disciplines)
  • COBie asset schedules · FM-linked
  • Riser & plantroom as-built confirmation
  • Maintenance access path documentation
  • EIR compliance validation report

BIM Requirements

COBie Validation

Asset data audited against the EIR's information requirement schedule.

IFC Final Drop

IFC 4.0 federation deposited in CDE with EIR sign-off attached.

FM System Handshake

Asset data mapped to client CAFM / EAM schema before transfer.

Tower work

Towers we've coordinated

From 28-floor hospitality blocks to 75-floor residential towers. Six selected projects.

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