Safer Coordination
Connections, lifting hardware, temporary conditions, and erection references are communicated clearly.
Precast Detailing Consultancy
From coordinated model to cast-ready component
SEC Global Engineering LLC develops coordinated precast shop drawings and BIM models that connect architectural intent, structural requirements, plant production, transport, and erection.
Our detailers support precast manufacturers, engineers, architects, fa?ade contractors, general contractors, and design-build teams with clear information for panels, beams, columns, slabs, stairs, retaining elements, and specialty units.
Plant-ready drawings
Embed coordination
Erection-focused models
One coordinated sourceGeometry, reinforcement, hardware, finishes, and erection references
Why Accurate Detailing Matters
Resolve production and site questions before casting
Reliable precast information improves coordination across design, factory production, logistics, and erection.
Better Interface Control
Openings, embeds, cast-ins, joints, and adjacent trades are reviewed in one coordinated workflow.
Fewer Delays
Potential geometry and fit-up issues are identified before molds, reinforcement cages, and casts are released.
Material Clarity
Schedules and model data support quantity control, repeatable production, and reduced avoidable waste.
Detailing Services
Complete support for precast production and erection
Scope can be tailored from individual drawing packages to coordinated model-based delivery.
Panel Shop Drawings
Unit geometry, dimensions, reveals, finishes, openings, reinforcement, embeds, inserts, lifting data, and production notes.
GA & Erection Drawings
Panel locations, marks, elevations, levels, joint conditions, sequencing references, and installation information.
Embed & Connection Details
Plates, anchors, inserts, weldments, sleeves, blockouts, dowels, bearing details, and adjacent-system interfaces.
Reinforcement Detailing
Bars, mesh, cages, local strengthening, strand references, lifting zones, and reinforcement schedules.
Precast BIM Models
Coordinated models for reviews, clash detection, quantity checks, drawing production, logistics, and erection planning.
Production Data
Panel schedules, cast-in lists, bills of material, reinforcement summaries, production tickets, and drawing registers.
Elements We Detail
Information tailored to each precast component
Every precast element has different requirements for geometry, reinforcement, handling, support, connection, finish, transport, and installation. Our documentation responds to those element-specific needs.
Architectural and structural wall panels
Solid, sandwich, and insulated panels
Beams, columns, and frame components
Solid slabs, hollow-core, and double tees
Stairs, landings, balconies, and specialty units
Retaining walls and site precast components
How We Work
A controlled path from design inputs to plant-ready issue
Each stage protects drawing quality, coordination, revision traceability, and release priorities.
Review Inputs
Confirm scope, architectural geometry, structural criteria, finishes, connections, plant standards, and release sequence.
- Document and revision register
- Panelization and interface review
- RFI tracking
Model & Coordinate
Develop units, openings, joints, embeds, reinforcement, lifting hardware, and project interfaces in a coordinated model.
- Clash and clearance review
- Cast-in coordination
- Model-based schedules
Document Production
Prepare shop drawings, erection packages, reinforcement details, schedules, tickets, and supporting production data.
- Panel and assembly sheets
- GA plans and elevations
- Production schedules
Check & Release
Independently verify geometry, marks, weights, reinforcement, hardware, finishes, references, and revision status.
- Issue-stage quality review
- Approval comment updates
- Phased release support
Coordination Challenges
Complex interfaces made clear and buildable
Precast packages sit between multiple disciplines and delivery stages. Our team focuses on the points where incomplete or conflicting information is most likely to disrupt production or erection.
Release schedulesPackages aligned with approvals, molds, casting priorities, transport, and erection.
Interface conflictsCoordination with structure, fa?ade, MEP penetrations, steelwork, and adjacent construction.
Handling informationWeights, centers of gravity, lifting inserts, orientations, and temporary requirements.
Revision controlTraceable comments, updates, drawing registers, and current-model status.
Why SEC Global
A detailing partner connected to how precast is delivered
We combine production awareness, digital coordination, independent checking, and responsive project communication.
Production Awareness
Documentation considers molds, reinforcement cages, cast-ins, finishes, lifting, storage, and repeatability.
Multidiscipline Coordination
Architectural, structural, building-services, connection, fa?ade, and site interfaces are brought together.
Scalable Delivery
Support can be organized by building, zone, level, element type, mold cycle, or erection priority.
Responsive Support
RFIs, approval comments, design changes, and production queries are managed with clear traceability.
FAQ
Frequently Asked Questions
Clear answers before starting a precast detailing package.
Typical inputs include architectural and structural drawings, panelization intent, connection information, finishes, reinforcement criteria, lifting requirements, plant standards, drawing templates, schedules, and required model formats.
We can support wall panels, insulated and sandwich panels, beams, columns, slabs, hollow-core units, double tees, stairs, landings, balconies, retaining elements, and specialty precast components.
Yes. Naming, sheet layouts, reinforcement conventions, cast-in schedules, production notes, approval statuses, reports, and deliverable formats can be configured around agreed plant procedures.
Deliverables may include PDF and DWG drawings, erection packages, panel schedules, embed and reinforcement lists, production data, drawing registers, and Revit, Tekla, or IFC models.
Yes. Packages can be prioritized by zone, level, element type, mold sequence, casting programme, transport plan, or erection sequence while later areas continue through coordination.
