Engineered for Century-Long Structural Safety
Structural stability is the non-negotiable core of every construction project. Our licensed structural engineering team performs rigorous 3D finite-element computational simulations to verify column loads, shear wall placements, wind uplift resistances, and foundation settlements under severe cyclic earthquake forces.
By optimizing rebar tonnage and high-performance concrete mix ratios through precision engineering, we frequently save our clients 10% to 15% in raw construction material expenditure while increasing structural safety factors beyond statutory codes.
Structural Engineering Package Deliverables
Cast-in-situ bored piles, pile cap layouts, isolated/mat foundation designs tailored to soil test SPT N-values.
Exact rebar cross-sections, tie spacing, lap length details, and concrete compressive strength specifications (f'c).
Two-way slab thickness, moment distributions, extra top bar detailing, and drop panel specifications.
Water-retaining RC structure design with hydrostatic pressure analysis, waterproofing seals, and sump pits.
Complete stamped design calculation booklet with ETABS output tables for RAJUK / CDA / municipality vetting.
Accurate rebar cutting lengths, bend angles, and total tonnage summary to avoid on-site steel wastage.
Our Structural Design Process
Architectural & Geotechnical Sync
We import architectural floor grids and soil test bore logs to establish foundation bearing capacities.
3D Computer Modeling & Load Assignment
Building 3D structural model in ETABS with Dead Load, Live Load, Wind Load (242+ km/h), and Seismic Zone factors.
Optimization & Rebar Detailing
Refining element cross-sections for maximum cost economy while complying with ACI 318 and BNBC ductility rules.
Vetted Structural Blueprint Issuance
Chartered engineer seal, structural calculation book printout, and construction-ready CAD blueprints.