Independent pre-engineered building design, structural weight optimisation, and proof checking for developers, fabricators, and contractors across Jaipur and Rajasthan.
Pre-engineered building (PEB) structural design covers primary and secondary steel framing, bracing, connections, and foundation reactions for prefabricated steel structures. Stambha provides both original PEB structural design and independent design optimisation or proof checking of designs prepared by PEB manufacturers and fabricators.
Manufacturer-quoted PEB structures are often priced off standard load assumptions that don't reflect actual project requirements. Crane loads, mezzanine additions, equipment vibration, and site-specific wind or seismic conditions all change the required steel section, connection design, and foundation reactions. Skipping independent load verification either overdesigns the structure—making you pay for steel you don't need—or underdesigns it, creating a severe liability after construction.
Custom structural design built from project-specific operational loads, avoiding generic manufacturer templates.
Re-engineering existing PEB quotes to reduce structural steel tonnage while maintaining 100% IS code safety factors.
Factoring wheel loads, longitudinal surge, and transverse forces seamlessly into portal frame and column connections.
Foundation reaction modeling designed specifically to actual PEB column moments and uplift forces.
Rigorous third-party verification of fabricator calculations and shop drawings prior to factory fabrication.
On recent PEB engineering projects, accurate load analysis and section-level beam/column optimisation brought steel consumption down to roughly 6 kg per sq ft, compared to the industry benchmark of 8 to 10 kg per sq ft, while fully complying with Indian Standard (IS) codes. The 35,000 sq ft Tata Tiscon crane-loaded warehouse stands as a prime example of project-specific PEB optimization.
Upload your existing PEB drawings, quotation, or layout brief to receive an independent structural optimization evaluation.