Structured into two complementary divisions, FNCS delivers 8 authoritative services: from advanced parametric 3D & BIM LOD 400 models and shop drawings to itemized material takeoffs, rigorous estimating, and full project oversight.
Advanced digital delivery combining parametric computational geometry, intelligent BIM LOD 400 digital twins, fabrication-ready AutoCAD shop drawings, and structural glass engineering calculations.
Early-stage engineering collaboration, competitive tender cost estimating, parametric zero-waste material takeoff lists, and comprehensive technical project oversight from bid to site delivery.
Translating architectural visions into clash-free digital models, precision shop drawing sets, and certified structural calculations for landmark envelopes and complex structures.
Parametric Building Information Modeling with rich metadata, custom component families, and zero-clash interdisciplinary coordination.
FNCS engineers parametric BIM models in Autodesk Revit built to strict Level of Development (LOD 200 concept through LOD 400 fabrication) standards. We integrate every mullion, transom, bracket, anchor, and glass panel with embedded engineering data.
Our models undergo automated Navisworks clash matrix detection against structural concrete, MEP risers, and interior partitions, eliminating costly field collisions before manufacturing begins.
Complex curved geometry rationalization, algorithmic panelization, node intersection detailing, and visual 3D simulation.
Modern architecture demands sophisticated geometric manipulation. Using Rhino and Grasshopper algorithmic workflows, FNCS specializes in rationalizing double-curved, warped, and non-standard architectural surfaces into buildable, cost-effective flat or single-curved modular panels.
We generate precise 3D solid models of bespoke casting nodes, extruded profiles, and anchor brackets, verifying clearance and assembly paths prior to die production.
Comprehensive architectural submittal packages, fabrication assemblies, anchor layout plans, and full installation details.
FNCS produces fabrication-ready shop drawing submittals that bridge the gap between design intent and factory production. Every sheet is drafted with meticulous attention to thermal expansion joints, weep holes, pressure equalization chambers, air/vapor barrier continuity, and structural anchor tie-backs.
Our shop drawing packages provide clear assembly instructions, hardware callouts, glass build-ups, and fastener torque specs for rapid approval by architects, consultants, and facade contractors.
Engineering analysis verifying structural glass thickness, wind pressure resistance, deflection limits, and thermal stress safety.
Safety and code compliance depend on rigorous structural glass engineering. FNCS calculates required glass thicknesses for monolithic, laminated, and insulating glass units (IGU) under peak positive and negative wind pressures, seismic accelerations, barrier impact loads, and thermal stress.
Our reports evaluate inter-pane shear transfer in laminated glass (PVB / SentryGlas SGP), center-of-glass deflection limits (L/60 to L/175), and edge support conditions to ensure safety with optimal material economy.
Protecting client budgets and operational timelines through early design assistance, forensic cost estimating, parametric material takeoffs, and rigorous project delivery control.
Collaborative pre-construction engineering identifying constructability challenges, system selection, and value engineering.
FNCS acts as an indispensable technical partner during the tender and pre-construction stages. Our Design Assist services align architectural aesthetics with manufacturing limitations, regional supply chain capabilities, and budget realities.
We evaluate thermal performance, air permeability, anchor movement tolerances, and unitized vs. stick framing strategies early on, delivering actionable value engineering insights that avoid redesign delays and cost overruns.
Precise cost modeling, market rate benchmarking, subcontractor bid comparison, and risk-adjusted tender pricing.
Bidding without accurate cost analysis carries immense financial risk. FNCS delivers forensic pre-tender cost models based on direct material breakdowns, fabrication labor hours, surface treatments (anodizing / PVDF painting), packaging, freight logistics, and crane erection crew rates.
We benchmark pricing against live Gulf and Levant supply chain indices, providing contractors and developers with rock-solid commercial certainty and competitive win rates.
Parametric material schedules for extrusions, steel tonnage, glass units, gaskets, and fasteners for zero-waste procurement.
Surplus materials eat directly into contractor profits, while material shortages cause disastrous site delays. FNCS compiles precise, parametric Material Takeoff Lists (MTO) extracted directly from audited drawings and 3D models.
Every linear meter of aluminum extrusion, square meter of glass, kilogram of steel bracketry, and box of structural fasteners is enumerated with nesting optimization to minimize factory scrap rates to near zero.
End-to-end technical oversight, submittal timeline tracking, engineering RFI coordination, factory QA/QC reviews, and site execution audit support.
Engineering excellence requires disciplined execution. FNCS provides technical project management that bridges design offices, fabrication workshops, and active building sites. We establish drawing release schedules, manage submittal logs, and fast-track consultant approvals.
Our senior engineers draft precise RFI clarifications and perform technical quality assurance audits during mock-up testing and factory assembly to guarantee zero variance between drawings and installed reality.
Common queries regarding our 8 specialized services, software interoperability, turnaround times, and regional standards.
While both deal with three dimensions, 3D Modeling (primarily done in Rhino & Grasshopper) focuses on computational surface rationalization, complex curve panelization, and fabrication geometry. BIM Modeling (Autodesk Revit) embeds intelligent parametric data, specifications, schedules, and interdisciplinary clash-coordination metadata (LOD 200–400) within the model.
Because our Material Takeoff Lists are extracted directly from parametric 3D models and verified shop drawings using nesting algorithms, our material accuracy consistently maintains a tender-to-site variance under 1.2%. This eliminates both wasteful surplus and costly site shortages.
We provide signed structural calculation packages compliant with ASTM E1300, European EN 16612, British CWCT Section 6, and the Saudi Building Code (SBC 1101). We utilize specialized finite element analysis (SJ MEPLA) to verify wind pressure, barrier impact, and thermal stress.
Yes, absolutely. Our Design Assist service is specifically designed for early engagement. We collaborate directly with architects, developers, and facade contractors to optimize system profiles, verify structural feasibility, and identify value engineering savings before final tender documents are released.
Our project management team tracks drawing release schedules, prepares formal technical RFI documentation, reviews factory mock-up test data, and conducts on-site engineering quality audits to ensure the completed installation strictly matches the approved shop drawings.
Official Capability Statement, Multi-Discipline Engineering Profile, Key Personnel CVs & Completed Project Track Record (2017–2026).
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