Factory-driven engineering for GFRC, UHPC, and architectural precast improves buildability, reduces RFIs, and speeds enclosure—with traceable releases from design to install.
Design intent often arrives under-specified for fabrication: panel breaks misaligned with structure, joints sized for aesthetics not movement, anchors without defined load paths, and embeds/tolerances uncoordinated. Result: RFIs, rework, and schedule risk in the plant and on-site.
We emphasize buildability, release cadence, and change control — so manufacturers and contractors can plan with confidence.
Explore a comprehensive package aligned to your plant and site workflows.
Predictable setting and faster enclosure with field-oriented erection drawings, crate/load order, and tolerance notes — so crews install first-time right.
You get:
Mold-aware details, rational panel maps, and dated shop releases that match your plant constraints and QA process.
You get:
Design intent preserved and translated into buildable panels with code-aligned joints and interfaces to structure/curtain wall.
You get:
Reliable enclosure timelines and traceable documentation from design analysis through shop release and installation.
You get:
Unlimited Designs has used many drafting and 3D design companies and ORIGIN is by far the best company we have worked with. I look at ORIGIN as part of the Unlimited Team and we are a better company because of there services. Some of our projects are very complicated and detailed and I feel a level of comfort when they are on our team.
We coordinate with the Engineer of Record (EOR). If sealed calculations are required, we integrate with your PE/structural partner or connect you with one.
Project requirements (e.g., PCI/ACI practices, manufacturer guidelines, and Eurocode-based criteria) as defined by the EOR and specifications.
Architectural/structural drawings or models (RVT/IFC/DWG/PDF), load criteria, finish/mold constraints, and any preferred anchors/subframes.
We document joint sizing, sealant/backer selection, drained/rainscreen strategies, and a tolerance/movement matrix coordinated to the structure.
Yes — Rhino/Grasshopper workflows for rationalizing double curvature into buildable segments or rib-stiffened shells, coordinated back to Revit.
Depends on scope and mockup cycles. We propose a dated release plan for maps → details → tickets so plants can schedule molds and labor.
