Technical deep-dives into BIM interoperability, design-to-submission automation, and the future of digital practice.

CORENET X isn't CORENET 2.0 with a new name. Mandatory IFC-SG, automated validation, and multi-agency submissions change everything. October 2026 is the cliff.

CORENET X validation failures happen because feedback comes after hours of IFC export. Upstream checking breaks the cycle before deadlines do.

Interior fitouts overwhelm standard Rhino-Revit workflows with object density and iteration frequency. A phase-based approach preserves design intent at scale.

Parameter mapping takes longer than geometry translation because finding IFC-SG properties in spreadsheets is hard. Here's how to cut search time effectively.

Open surfaces fail sections because they're design shells without thickness or rationalization. The geometry was never buildable. Revit just reveals it.

Manual Rhino imports create DirectShapes that degrade performance. Learn why the "explode" workflow fails and how programmatic FreeFormElements solve the technical debt.

Revit rejects Rhino geometry due to fabrication constraints, not software limitations. These constraints mirror real-world manufacturing tolerances, ensuring what you build in Revit can actually be fabricated.

You export a Revit model to Rhino. The geometry arrives intact, but the intelligence vanishes. Parameters gone, coordinates shifted, metadata stripped.

Geometry drifts between Rhino and Revit due to conflicts between their three competing coordinate systems. Learn how a memory-based approach solves it.

Quick imports save 30 minutes today but compound across teams and disciplines. Understanding this pattern helps practices plan workflows better.

Design handoffs shouldn't mean stepping away from your work. Senibina-Bridge empowers designers to participate directly in BIM workflows, maintaining design guardianship while eliminating coordination overhead.