TWL operates at the intersection of architecture, engineering, and construction — leading multidisciplinary coordination, embedding ISO 19650 governance, and managing federated model integrity across the full project lifecycle.
We work directly with developers, design consultants, and main contractors. Our remit covers BIM strategy, Employer’s Information Requirements (EIR), BIM Execution Plans (BEP), Master Information Delivery Plans (MIDP), and the day-to-day discipline of clash resolution and information exchange.
We engage at principal level. We stay on the project from EIR through handover. We don’t subcontract coordination.
Federated models bring six disciplines into a single source of truth — architecture, structures, MEP, façade, interiors, landscape. Coordination focuses where conflicts actually occur. Four primary domains carry the load.
Design intent fidelity preserved through model translation, federation, and validation. From schematic geometry through to coordinated construction documentation.
Cross-discipline geometry alignment from primary structure through cladding interfaces.
Tiered detection, structured issue tracking, prioritised resolution against programme milestones.
Mechanical, electrical, plumbing — coordinated through federated routing and access reviews. Every service mapped, sequenced, and validated against structural and architectural envelopes.
Live federated dashboards. Tracked resolution. Programme-aligned prioritisation. The view below illustrates a typical mid-coordination state across a federated project.
Multidisciplinary BIM coordination on Abu Dhabi’s flagship cultural project — leading governance, audits, and validated as-built model delivery.
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LOD 100–350 federated model management, clash detection, and MIDP alignment with reported clash reduction of 80%.
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Landscape-to-structures BIM coordination across an education campus development.
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BEP & MIDP framework establishment alongside coordination leadership on a civic component of the Qiddiya programme.
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LOD 500 BIM with COBie-integrated handover and zero-clash delivery.
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BIM governance, coordination workflows, and Rhino-to-Revit translation for complex computational geometry.
Read Case StudyGeometrically complex, high-prestige projects with stringent design intent fidelity.
Multi-plot, multi-consultant programmes requiring federated governance.
Operational asset complexity with long-term FM data requirements.
Scale-driven coordination across linear assets and discipline interfaces.