Design, Detailing & PEB Solutions

Structural Steel
Engineering Services
in India

Expert structural steel design, connection engineering, shop drawings, and pre-engineered building (PEB) solutions for commercial, industrial, and infrastructure projects across India.

Structural Design PEB Engineering Connection Design Shop Drawings Tekla BIM Rebar Detailing Seismic Design IS 800 / Eurocode
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Years Global Experience
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Design Standards
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Sectors Served
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Global Offices
The Case for Steel

Why Structural Steel Is the Right Choice for Your Project

Steel offers a unique combination of structural performance that no other construction material can match. High strength-to-weight ratio means steel structures are lighter on foundations, reducing substructure costs. Inherent ductility makes steel the preferred material for seismic zones — critical across India's seismically active regions.

Speed of fabrication and erection means steel-framed buildings consistently reach practical completion faster than equivalent reinforced concrete structures. For long-span structures — airports, stadiums, data centers, warehouses, and industrial facilities — steel is often the only technically viable solution. J&F India's steel team helps clients navigate these decisions at the earliest project stage.

Explore Our Services →
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High Strength-to-Weight

Lighter on foundations than RCC — reduces substructure costs and enables longer spans without intermediate supports.

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Seismic Ductility

Steel deforms under seismic load without fracturing — absorbing earthquake energy in a controlled, predictable way.

Speed of Construction

Faster fabrication and erection than RCC — steel-framed buildings consistently reach completion ahead of concrete equivalents.

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Sustainable Material

Steel is fully recyclable — the most sustainable structural material available at scale for large construction programmes.

What We Deliver

Our Structural Steel Engineering Services

A full spectrum of structural steel services — from concept design through fabrication-ready documentation and onsite construction support.

01 Structural Steel Design & Analysis
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Complete steel building system design — member sizing, bracing strategy, and connection approach for each project. Rigorous structural analysis using ETABS, STAAD.Pro, SAP2000, and Tekla Structural Designer, covering gravity, wind, seismic, dynamic, and thermal load cases.

All designs are fully code-compliant to IS 800, IS 1893, and NBC — with Eurocode or AISC overlay where internationally required. Covers steel frames for high-rise buildings, long-span roofs, industrial structures, mezzanine systems, and complex transfer structures.

ETABS / STAAD.Pro IS 800 / IS 1893 Seismic Analysis Wind Loading Transfer Structures
02 Pre-Engineered Buildings (PEB) Design
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Independent PEB engineering — for new PEB structures and for technical review and optimisation of PEB supplier proposals. Covers primary steel frame design, secondary purlin and girt design, cladding system integration, crane beam design, mezzanine structures, and foundation design coordinated with the PEB superstructure.

We work with all major PEB formats — rigid frame, post-and-beam, and modular systems. Our independent position means recommendations are always driven by the client's best interests, not a manufacturer's standard range.

Rigid Frame Purlin & Girt Design Crane Beams Mezzanine Independent Review
03 Steel Connection Design & Engineering
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Full connection engineering for every connection type — moment connections, shear connections, splices, base plates, gusset plates, and complex multi-member nodes — with full structural justification and code compliance. Our connection designs are directly compatible with fabrication, and we coordinate closely with fabricators to ensure every detail is practical to manufacture and erect.

Moment Connections Base Plates Gusset Plates Multi-Member Nodes Code Compliance
04 Steel Shop Drawings & Fabrication Documentation
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Comprehensive steel shop drawing packages — general arrangement drawings, member detail drawings, connection detail sheets, bolt and weld schedules, material lists, and erection drawings — giving fabricators everything they need to cut, drill, weld, and coat structural steel to the highest precision.

All documentation is produced using a BIM-integrated workflow: drawings are extracted directly from coordinated 3D Tekla models, eliminating the transcription errors that arise from manual drafting workflows.

GA Drawings Connection Details Bolt & Weld Schedules Erection Drawings Material Lists
05 BIM-Integrated Steel Modeling — Tekla Structures
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Tekla Structures as the primary platform for structural steel BIM modeling — the industry-leading software for steel detailing. Fully parametric models where every member, connection, bolt, and weld is modelled in three dimensions, enabling automated clash detection, accurate quantity take-off, and seamless coordination with architectural and MEP models.

Clients receive both the engineering documentation and a Tekla model that can be handed directly to steel fabricators for CNC production.

Tekla Structures Parametric Modeling CNC Output Clash Detection QTO
06 Rebar Detailing for Composite Steel-Concrete Systems
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For composite steel-concrete structures — where steel frames combine with reinforced concrete floors, cores, or transfer elements — J&F India provides integrated rebar detailing services alongside the steel engineering. One coordinated team, one coordinated model, covering both materials and avoiding the interface errors that arise when steel and concrete engineering are managed by separate teams.

Composite Slabs RC Cores Transfer Elements Integrated Detailing
07 Steel Structure Assessment, Audit & Retrofitting
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Condition survey support, structural analysis of existing structures, and retrofit design for existing steel structures requiring assessment, capacity upgrade, or seismic retrofitting. Particularly valuable for industrial clients managing ageing plant structures, building owners planning change of use or additional floors, and infrastructure operators assessing bridges for increased loading requirements.

Condition Survey Capacity Assessment Seismic Retrofit Change of Use
08 Construction Phase Steel Engineering Support
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Active construction phase support — reviewing contractor RFIs, responding to site queries, managing design changes, and providing engineering sign-off on substitution requests. For complex steel structures, we also provide erection engineering support, including temporary works design for erection sequences and lifting scheme engineering.

RFI Management Substitution Review Erection Engineering Temporary Works Lifting Schemes
Sectors We Serve

Steel Engineering Across Every Sector

Structural steel expertise across the full breadth of building types and infrastructure programmes where steel is the solution of choice.

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Data Centers

Long-span steel frames and raised floor structures for hyperscale and colocation facilities requiring rapid, precise construction.

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Warehousing & Logistics

PEB and conventional steel frames for large-footprint distribution centres, cold stores, and fulfilment hubs.

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Industrial & Manufacturing

Heavy-duty steel structures for manufacturing plants, process facilities, chemical plants, and power generation.

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Commercial Buildings

Composite steel-concrete systems for offices, IT campuses, retail, and mixed-use developments.

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Airports & Terminals

Long-span roof structures, steel canopies, and terminal building steel frames.

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Stadiums & Arenas

Complex steel roof structures, cantilever stands, and long-span truss systems.

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Bridges & Infrastructure

Steel bridge girders, truss bridges, pedestrian bridges, and steel elements for road and rail infrastructure.

Energy & Power

Steel structures for power plants, substations, wind turbine foundations, and solar mounting systems.

Our Edge

Why Choose J&F India for Structural Steel Engineering?

German engineering rigour, Tekla BIM expertise, multi-standard design capability, and a fully integrated team from analysis through to fabrication-ready documentation.

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25+ Years International Experience

Structural steel engineering across buildings, industrial structures, and civil infrastructure spanning India, Europe, Australia, and the US.

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German Engineering Precision

Rigorous analysis, robust connection design, and fabrication-ready documentation that steel fabricators can work from without ambiguity.

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Tekla Structures BIM Expertise

Industry-leading platform for steel detailing — highest accuracy, automated drawing production, and direct CNC fabricator compatibility.

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Full-Service Steel Capability

From early-stage system selection and value engineering through to shop drawings, BIM models, and active construction phase support.

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Independent PEB Engineering

No manufacturer affiliations — PEB recommendations are always driven by the client's structural and commercial best interests.

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Multi-Standard Design

IS 800, IS 1893, Eurocode 3, AISC 360, and AS 4100 — ideal for international clients and export-oriented industrial projects.

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Integrated Composite Detailing

Rebar detailing for composite steel-concrete systems delivered by the same team — one coordinated model, no interface risk.

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Scalable Shop Drawing Capacity

Rapid team mobilisation to manage large volumes of shop drawings against tight fabrication programmes without compromising precision.

Common Questions

Frequently Asked Questions

What is the difference between structural steel design and PEB design?
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Structural steel design refers to the bespoke engineering of a steel structure — where members are sized, connections are designed, and the structural system is optimised specifically for the project's geometry, loads, and performance requirements. Pre-engineered buildings (PEB) use standardised structural components — typically tapered steel portal frames — that are designed and manufactured by specialist PEB suppliers. PEB is faster and cost-effective for standard rectangular buildings like warehouses and factories. Structural steel design is used for complex geometries, long spans, high-rise structures, or projects where a standard PEB system cannot meet performance requirements. J&F India provides both — and can advise which approach is right for your project.

What Indian standards apply to structural steel design?
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The primary Indian standard for structural steel design is IS 800:2007 (General Construction in Steel — Code of Practice), which covers the design of steel members and connections. IS 1893 governs seismic design requirements. IS 875 covers loading standards for wind, imposed loads, and dead loads. IS 9595 covers metal arc welding. Foundation design for steel structures follows IS 456 for concrete elements. J&F India designs in full compliance with these standards and can also design to Eurocode 3, AISC 360, or AS 4100 when required by project specifications or international clients.

How does J&F India produce steel shop drawings?
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J&F India produces steel shop drawings directly from coordinated 3D BIM models developed in Tekla Structures. This BIM-native approach means shop drawings are extracted automatically from the model — eliminating manual drafting errors and ensuring every drawing reflects the current, coordinated design intent. Our packages include general arrangement drawings, member detail drawings, connection detail sheets, bolt and weld schedules, material lists, and erection drawing sets, produced to the precision and annotation standard required by Indian and international steel fabricators.

Is structural steel suitable for high-rise buildings in Indian seismic zones?
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Yes. Structural steel is particularly well-suited for high-rise construction in India's seismic zones because of its ductility — steel can deform significantly under seismic loading without fracturing, absorbing earthquake energy in a controlled way. Steel moment frames, steel braced frames, and composite steel-concrete dual systems are all used internationally for high-rise buildings in highly seismic regions. J&F India designs steel structures to IS 1893 seismic requirements and can incorporate Performance-Based Seismic Design (PBSD) approaches for critical or high-value structures.

What is the typical timeline for structural steel engineering and shop drawings?
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Timeline depends on project scale and complexity. For a standard PEB warehouse or industrial building, structural engineering and shop drawings can typically be completed in 4–8 weeks. For a multi-storey composite steel commercial building, the programme is usually 8–16 weeks. Complex long-span structures, stadiums, or infrastructure steel may require 16–24 weeks for full engineering documentation. J&F India's BIM-integrated workflow and scalable team capacity allow us to accelerate programmes when fabrication start dates demand it. We establish a clear programme at the outset of every engagement.

Can J&F India provide steel engineering for both buildings and civil infrastructure?
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Yes. J&F India's structural steel capability covers both building structures and civil infrastructure. For buildings, we design steel frames, composite systems, PEB structures, long-span roofs, and industrial structures. For infrastructure, we design steel bridge girders, truss bridges, pedestrian bridges, steel roof structures for transit stations, and steel elements for airports, ports, and power infrastructure. This breadth of experience — across building and infrastructure typologies — gives clients a single, accountable engineering partner for all their steel engineering needs.

Start Your Steel Engineering
Project with J&F India

Whether you need shop drawings for a fabricator, an independent PEB review, or full structural steel design from concept to construction — our team is ready to help.