In modern construction, data-rich modeling is not just an asset; it is a necessity. We build a singular, highly accurate digital twin of your facility's electrical systems.
Our electrical BIM workflows are driven by industry-leading platforms, including Revit, Navisworks, and BIM 360, allowing for real-time collaboration and clash detection. By coordinating our electrical model against structure, architecture and the other trades' models, we eliminate field errors, reduce costly change orders, and streamline the entire construction schedule.
For our US and Canadian clients, these intelligent electrical models also serve as invaluable tools for long-term facility management and lifecycle planning.
We work in Revit, Navisworks and BIM 360 (Autodesk Construction Cloud), producing data-rich, coordinated electrical models and running full clash detection of the electrical systems against structure, architecture and other trades' models for US and Canadian projects.
Clash detection identifies spatial conflicts between building systems in the digital model before construction begins. Resolving conduit, cable-tray and equipment conflicts in Navisworks eliminates costly field errors and change orders — every $1 spent resolving a clash in BIM saves an average of $5–$10 on site.
ISO 19650 is the international standard for managing information over the whole life cycle of a built asset using BIM — defining how teams organize, name, share and validate model data within a Common Data Environment (CDE). We structure all deliverables to ISO 19650 naming conventions, LOD definitions (100–500) and information delivery milestones, making our models immediately compatible with clients who require ISO 19650 compliance on government-procured or international projects.
Yes. We advance electrical Revit models to LOD 350/400, producing construction-level conduit rack, cable tray and equipment room content accurate enough for off-site prefabrication. Fabrication-ready models reduce on-site assembly time and waste, which is why general contractors increasingly request LOD 400 from their electrical trade partners.
4D BIM links the 3D model to the construction schedule, simulating build sequencing to surface logistics conflicts before work begins on site. 5D BIM adds cost data for live quantity take-offs and budget tracking. Yes — we offer both services for US and Canadian clients who need full construction-phase intelligence.
Yes. We model power distribution, lighting, fire alarm and low-voltage systems to exact dimensional tolerances in Revit, coordinated against structure and architecture. Every model follows your BIM Execution Plan (BEP) and is permit-ready and coordination-issue-free before it leaves our team.
We act as an offshore Revit extension of your team — adopting your templates, project standards and naming conventions. Files exchange securely via BIM 360 or Revit Server. Our time-zone advantage means updated models are on your desk each morning, keeping your project moving 24 hours a day without overtime costs.
Yes. Our as-built electrical digital twins include equipment data, panel schedules, maintenance schedules and asset information at LOD 400 — making them invaluable for facilities management, lifecycle cost planning and future renovations. O&M teams increasingly require model-based handover, and we build for that from the start.
The left half is what uncoordinated trades look like — ducts, conduit, pipe and sprinkler fighting for the same ceiling. Drag right to see the same space after SYMATEQ coordinates it in BIM: every service racked, aligned, zero clashes.
Reduce change orders with a clash-free electrical model your whole team can trust.
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