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PEB, conventional steel, and RCC systems — spans, crane beams, floor slabs, IS code compliance, and our end-to-end design process.
Our team helps developers, industrialists, and EPC firms choose the right structural system, optimise layouts, design crane beams and foundations, and deliver IS code-compliant construction drawings.
Warehouses, logistics hubs, and industrial sheds look straightforward from the outside — a wide floor, a large roof, and few internal walls. Structurally, however, they involve a distinct set of challenges: large column-free spans and high eaves, heavy racking and forklift traffic, potential EOT cranes, mezzanine provisions, roof-mounted solar, and demanding durability requirements in industrial environments.
Choosing the right structural system early — PEB, conventional steel, or RCC — and setting the correct framing geometry, loading assumptions, and foundation strategy is critical to project cost, schedule, and long-term performance.
This guide covers the structural systems available, the key design considerations that affect cost and performance, and the process we follow from brief to construction-ready drawings. For in-depth coverage of specific systems, also see our PEB Structure Design Guide and RCC vs Steel Structure Cost Comparison Guide.
Warehouse and industrial shed projects look simple from the outside — large roofs, few internal walls, and big open spaces. Structurally, however, they involve a unique set of challenges that differ from conventional building design:
Column-free spans of 20–50 m or more, combined with clear heights of 8–15 m, create significant bending and stability demands on frames and foundations.
Pallet racking, forklift traffic, dock levellers, and stacker equipment impose high localised loads that drive slab thickness, joint design, and foundation sizing.
EOT cranes, monorails, conveyors, and process equipment add complex vertical, lateral, and longitudinal loads with dynamic and fatigue effects on crane beams and columns.
Large roof areas make wind uplift and lateral forces critical. Corrosion in industrial or coastal environments, and temperature effects in cold storage, must be designed for explicitly.
Expansion bays, future mezzanine provisions, and roof-mounted solar panels are increasingly standard requirements that affect framing choice, load allowances, and connection detailing.
Good warehouse structural design addresses all these factors systematically — not by oversizing "just to be safe", but through optimised framing and foundations based on real loading and site conditions.
We provide structural design across a wide range of warehouse and industrial building types
Whether you are planning a greenfield facility or expanding an existing plant, we can design the full structural package — sheds, ancillary buildings, and external civil works (roads and drains) where required.
Choosing the right system early can save significant cost and time. We routinely work with all three systems and provide system-neutral comparisons at concept stage.
PEB systems are ideal for large-span, fast-track warehouse and industrial projects. Our role typically includes:
Best for: Single-storey warehouses, large-span sheds, fast-track construction, future expansion.
Read PEB Structure Design Guide →Where bespoke geometry, special loading, or complex integration is required, conventional steel frames may be more appropriate:
Best for: Complex loading, non-standard geometry, crane-heavy industrial sheds.
For multi-storey warehouse buildings, integrated admin blocks, or combined RCC + shed developments, we design:
Best for: Multi-storey warehouses, admin block integration, urban logistics.
Compare RCC vs Steel →Several design decisions early in the project significantly affect structural cost, performance, and long-term usability. Here is how we approach each.
Early decisions on span and bay spacing drive steel tonnage, roof configuration, and foundation sizes. We help you:
Span and bay spacing optimisation is often the single most effective way to reduce structural cost without compromising operational requirements.
We design for the real loads your building will see — not generic assumptions. This includes:
Load combinations are established per IS 875 series and IS 1893, with appropriate impact and dynamic factors for cranes and moving equipment.
Industrial sheds frequently require overhead material handling. We analyse:
Combined vertical, lateral, and longitudinal crane loads are fully analysed including deflection limits, vibration performance, and fatigue effects on crane runway beams and their connections to columns and bracing.
Warehouse operational performance is heavily influenced by floor behaviour. We design:
Where needed, we also review existing slab capacities for new equipment or racking layouts as part of our structural assessment services.
We account for the specific exposure and fire requirements of each project:
Our process aligns with how warehouses are actually planned and built in India, ensuring smooth coordination with architects, PMCs, and contractors at every stage.
We start by understanding your storage and process requirements, clear height needs, spans, and future expansion plans. We review site constraints, access, soil conditions, and utilities. At this stage we also compare structural system options (RCC vs steel vs PEB) at a high level for cost and timeline implications.
Preliminary framing schemes and column grids are developed. Bracing strategy and crane support concepts (where applicable) are established. We coordinate with architectural and process layouts to avoid clashes and maintain clear operational circulation.
2D/3D analytical models are created. Design loads are applied per IS 875, IS 1893, IS 456, IS 800, and other relevant standards. Members are designed for strength, serviceability, and constructability, and the design is iterated with the owner or architect to refine for cost and function.
Isolated, combined, or pile foundations are designed based on soil investigation data and column reactions. Underground tanks, pits, trenches, and drains are integrated with shed foundations. Settlement, uplift, and soil-bearing capacity are verified for all load combinations.
Construction-ready structural drawings and bar bending schedules (BBS) are issued. BOQ and steel tonnage summaries are provided for procurement. We remain available to respond to site queries, RFIs, and shop drawing reviews throughout construction.
For a warehouse / industrial shed project, our deliverables generally include:
For projects involving PEB vendors, we additionally support technical evaluation of vendor designs and proof checking of their calculations and drawings, ensuring the vendor's solution meets your agreed design basis and IS code requirements.
Whether you are evaluating structural systems, planning a new facility, or expanding an existing shed, our engineers can help you get the framing, foundations, and construction drawings right.
✓ 10+ years industrial & warehouse engineering experience • ✓ IS 800, IS 875, IS 1893 compliant designs
Structural design for chemical plants, warehouses, manufacturing facilities, and solar plant structures across India. We understand the operational requirements of industrial buildings, not just the structural ones.
Proven track record of achieving up to 30% cost savings through optimised framing and foundations compared to conventional approaches, without compromising structural safety or operational performance.
We are not aligned with any PEB manufacturer or steel supplier. Our system comparisons and recommendations are based solely on what works best for your project — cost, schedule, performance, and lifecycle.
From concept studies and cost comparisons to detailed design, vendor coordination, and structural assessment of existing facilities — we provide complete consulting support throughout the project lifecycle.
All designs follow relevant IS codes (IS 456, IS 800, IS 875, IS 1893) and, where needed, international standards and client specifications. Construction-ready deliverables reduce ambiguity and site variation.
There is no universal answer — the best system depends on your span, clear height, schedule, budget, crane requirements, and future expansion plans. PEB systems are generally best for large-span, fast-track warehouses. Conventional steel works well for bespoke geometry or complex loading. RCC is preferred for multi-storey warehouse buildings or where an admin block is integrated. We provide independent system comparisons at concept stage. See our RCC vs Steel Structure guide for a detailed framework.
No. We design warehouses and industrial sheds in RCC, conventional steel, and PEB systems. For PEB projects, we typically define the design basis, evaluate vendors, design foundations, and proof check vendor designs. See our PEB Structure Design Guide for how we support PEB projects.
Ideally at the concept planning stage, before column grids and layouts are finalised. Early input on spans, bay spacing, crane systems, mezzanine provisions, and expansion plans can avoid costly redesigns later and help you lock in realistic project budgets from the outset.
Yes. We provide quick comparative studies using your project parameters and our RCC vs Steel and PEB design expertise, helping you decide on the most suitable system for cost, schedule, and performance. For a preliminary cost estimate, use our Construction Cost Calculator.
Yes. While we are based in Bengaluru, we regularly design warehouses and industrial sheds across India, including Andhra Pradesh, Telangana, Tamil Nadu, Maharashtra, and other states.
Yes. Through our structural assessment services, we can check the capacity of existing slabs, frames, and foundations — for example, to check suitability for heavier racking, additional mezzanines, or new equipment loads — and design strengthening or retrofitting solutions where required.
The choice between PEB, conventional steel, and RCC should be made at concept stage — it affects spans, column layout, foundation sizing, schedule, and total project cost.
Crane beams, slab-on-grade design, and floor flatness requirements are often the most operationally critical elements of a warehouse structure — and the easiest to underestimate.
Span and bay spacing optimisation, combined with right-sized foundations and realistic load assumptions, can deliver significant savings — up to 30% compared to conventional conservative approaches.
Continue learning with our expert guides and tools
Complete guide to pre-engineered building design — components, Indian codes (IS 800, IS 875, IS 1893), design process, cost advantages, and when PEB is the right choice for your warehouse or shed.
Read the PEB Guide →Complete cost comparison of RCC and steel structures — initial cost, construction time, foundations, maintenance, and lifecycle value for Indian industrial and warehouse projects.
Read the Comparison Guide →Get instant preliminary cost estimates for warehouse and industrial construction based on real data from 500+ completed projects across India.
Launch Cost Calculator →Share a few details about your project — location, type, area, clear height, and crane or mezzanine requirements — and our team will get back to you with a structured design proposal. We cover all structural systems and work across India.