What is Pre-Engineered Steel Buildings (PEB)?
Pre-Engineered Steel Buildings (PEB) is design coordination, fabrication coordination, delivery and site erection for clear-span industrial, commercial and institutional steel buildings.
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01 / Steel buildings
Pre-Engineered Steel Buildings (PEB)
Design coordination, fabrication coordination, delivery and site erection for clear-span industrial, commercial and institutional steel buildings.
Service details
What Pre-Engineered Steel Buildings (PEB) covers
Use this section to check whether the service matches your project. It sets out the typical scope, inputs, deliverables and controls; the signed appointment defines the final responsibility.
Who is this service for?
Project owners, consultants, contractors and institutions use this service when they need design coordination, fabrication coordination, delivery and site erection for clear-span industrial, commercial and institutional steel buildings. Start with site boundary, survey and available geotechnical information. and building use, occupancy, equipment, loading and performance requirements..
What does SMCTi deliver?
Typical deliverables are requirement and design-basis register.; coordinated drawings, submittal review comments and interface schedule.; procurement, delivery and erection programme.. The project brief and appointment confirm which items apply.
How does the Pre-Engineered Steel Buildings (PEB) process work?
SMCTi starts by confirm the building brief, site survey, geotechnical information, design criteria and required approvals. It then develop the project basis: grid, spans, clear heights, loads, materials, interfaces, programme and responsibilities. and coordinate design information and review the fabrication or supplier submittals against the approved basis.
What affects the scope and result?
Scope depends on the approved documents, site or asset conditions, access, authority requirements, programme and appointed responsibilities. Authority approvals, specialist design certification, testing or third-party inspection are excluded unless specifically commissioned.
How does SMCTi control quality?
Design and shop-drawing review is controlled against the approved design basis and revision register.
Why choose SMCTi
Why choose SMCTi for Pre-Engineered Steel Buildings (PEB)?
Choose SMCTi when the steel package must work as one building, not as disconnected design, supply and erection contracts.
Many PEB problems begin at the interfaces: foundations do not match the steel package, openings conflict with services, or delivery and erection are planned too late. SMCTi controls those interfaces from the approved design basis through supplier submittals, site erection and handover.
The practical difference
- One coordinated design basis connects grids, loads, clear heights, foundations, steelwork, cladding, services and approvals.
- Supplier and fabrication information is reviewed against approved project requirements before it becomes site work.
- Delivery, lifting access, temporary works, erection checks and handover records are planned as parts of the same package.
The SMCTi difference is accountable interface control: fewer unresolved gaps between what is designed, what is supplied and what is erected.
Delivery sequence
How SMCTi delivers this service.
The steps below show the usual delivery sequence. The project brief and appointment confirm the final scope, responsibilities and deliverables.
Service principle
Design coordination, fabrication coordination, delivery and site erection for clear-span industrial, commercial and institutional steel buildings.
Discuss this serviceConfirm the building brief, site survey, geotechnical information, design criteria and required approvals.
Develop the project basis: grid, spans, clear heights, loads, materials, interfaces, programme and responsibilities.
Coordinate design information and review the fabrication or supplier submittals against the approved basis.
Plan procurement, delivery sequence, lifting access, temporary works, storage and erection controls.
Coordinate site erection, connection checks, cladding, interfaces and progressive quality inspections.
Complete punch-list closure, records, as-built information and handover for the agreed package.
Scope of work
- Requirement review for building use, clear span, grid, floor loading, height and site constraints.
- Coordination of architectural, structural, MEP, foundation and steel-package information.
- Steel framing, roof and wall cladding, secondary members, openings, accessories and site erection coordination.
- Interface control between the steel package, foundations, utilities, access, drainage and finishing work.
Client inputs required
- Site boundary, survey and available geotechnical information.
- Building use, occupancy, equipment, loading and performance requirements.
- Applicable employer, authority, fire, utility and approval requirements.
- Access, programme, budget and nominated supplier information where applicable.
Typical deliverables
- Requirement and design-basis register.
- Coordinated drawings, submittal review comments and interface schedule.
- Procurement, delivery and erection programme.
- Site inspection records, punch list and handover dossier.
Quality, safety & control
- Design and shop-drawing review is controlled against the approved design basis and revision register.
- Material, coating, connection, alignment and installation records are retained for the agreed scope.
- Lifting, working-at-height and site access activities require a task-specific method statement and risk controls.
Assumptions & exclusions
- Authority approvals, specialist design certification, testing or third-party inspection are excluded unless specifically commissioned.
- Fabrication, supply and erection are subject to the agreed commercial scope and approved supplier responsibilities.