Coordination That Protects the Schedule, Not the Software.

Assembly Point Systems embeds veteran MEP professionals into your precoordination window — so the model your trades build from is shop-ready the first time, and clash-free as a consequence.

Most coordination failures aren’t modeling failures. They’re sequencing failures: compressed precoordination windows, submittals that arrive after the structure is already moving, and third-party models your MEP trades have to redraw before a single spool reaches the shop. We fix the window, not just the model.

Embedded Precoordination & VDC Management

We sit inside the critical precoordination window with your PMs and field operations — not outside it emailing clash reports. Coordination is run around physical buildability and trade sequence, so the decisions that protect your critical path get made while they can still change the outcome.

You get: a coordinated, constructible model (LOD 350/400) your trades can actually build from.

Upstream Submittal Enforcement

Late equipment data is where coordination goes to die. We aggressively extract critical equipment cut-sheets, structural embed requirements, and engineering details before structural work begins — so embeds, sleeves, and block-outs are right the first time, not cored after the pour.

You get: critical-path data in hand before groundbreaking, and late-stage design busts prevented instead of managed.

Prefabrication Strategy & Shop-Ready Detailing

Detailing is authored directly in native trade databases — CADmep, Revit Fabrication Parts, SysQue, STRATUS — mapped to your subcontractors’ own tool libraries. Sheet metal, piping, and conduit data export straight to automated shop machinery. No translation layer, no redraws, no lost shop time.

You get: standardized spool packages, accurate BOMs, and maximum prefab volume off the critical path.

Real-World Trade Sequencing

Every system is coordinated in the exact sequence it will be physically installed — multi-trade corridor racks, medical gas rough-ins, gravity sleeves, structural block-outs. When the model matches the install sequence, field crews stop solving coordination problems with torches.

You get: verified layout data (including RTS layout points) and field installation velocity instead of field fit-ups.

Why GCs bring us in

• Schedule protection — the precoordination window is defended, not surrendered.
• Subcontractor buy-in — your MEP trades get models in their own databases, so they stop billing redraws back into the job.
• Margin protection — fewer rebar strikes, fewer fit-ups, fewer RFIs born from unbuildable models.
• One accountable partner — veterans who have installed the work, not technicians who have only drawn it.

Start a Project Discussion

Bring us in before the window closes. The earlier APS is embedded, the more of the schedule we can protect.