A fixed sequence of checkpoints, from the first data audit to the handover of a validated BIM model. Each stage has a clear output, so your engineering team always knows what arrives next and what they need to review.
We collect existing CAD files, point clouds, and structural specifications. The output is a gap list that flags missing load data or outdated as-built drawings before any modeling starts.
Our modelers assemble the base geometry from your audit files. You receive a wireframe review set with grid lines and level references, ready for mark-up by your structural leads.
Steel connections, concrete pours, and MEP penetrations are added to the model. Every element carries a unique ID that links back to your original specification sheets.
We run a coordinated clash report across disciplines and share the log with your team. Revisions are tracked in a shared change register, so nothing gets lost between meetings.
The final model is checked against your QA checklist and exported to your native BIM format. You receive a handover note that lists known limitations and recommended next steps for site use.
Every engagement follows the same path: we take your structural brief, turn it into a coordinated BIM environment, and hand over a model your site teams can actually build from. No vague milestones, no open-ended discovery phases.
You send over the structural drawings, point cloud data, or reference models. We map the scope against our rendering pipeline and flag missing coordination sheets before any geometry work begins.
We assemble the project workspace, set grid alignment and shared coordinates, then load your discipline models into a single federated environment. Clash detection runs from day one, not after weeks of modelling.
Steel, concrete, and foundation elements are built to LOD 350 or your specified level. We keep parametric families tied to your company standards so later revisions do not break the assembly.
Wireframe previews come first for load-path review, then shaded views for material takeoffs. Photoreal output is reserved for the final sign-off stage so early feedback stays fast and cheap.
We run interference checks against MEP and architectural inputs, then export the coordinated model with a revision log. Your team receives native files plus a viewer pack for site tablets.