Choose a PEB contractor with in-house engineering, controlled fabrication, erection capability and experience coordinating structural interfaces. The contractor should also clearly define responsibility for design, supply, erection and project handover.

A PEB contractor scope can include structural engineering, GA drawings, shop detailing, structural steel supply, erection drawings, dispatch coordination, site erection and structural handover depending on the awarded package.

Yes. A PEB building contractor can be appointed for engineering and structural steel supply while erection, civil or other project packages remain with separate contractors, subject to the agreed scope.

Yes. Steel supply and structural erection can be combined under one PEB contract, allowing fabrication sequencing, dispatch and site erection requirements to remain coordinated.

A PEB contractor typically requires building dimensions, location, clear height, bay spacing, design loads, crane requirements, roofing requirements, drawings and the specific contract scope required.

The PEB construction contractor should coordinate pedestal levels, anchor-bolt locations, base-plate interfaces and erection tolerances with the responsible civil team before structural steel reaches site.

Yes. A PEB contractor can coordinate structural interfaces, openings, supports, service requirements and erection sequencing with separately appointed civil and MEP teams.

Compare structural scope, steel specifications, engineering responsibility, exclusions, erection scope, delivery sequence, site responsibilities and handover requirements rather than comparing only the quoted price.

Yes. A PEB building contractor can assess existing framing, connection points, additional loads and building geometry before engineering the required structural extension or modification.

Where erection is included in the contract, the PEB construction contractor should verify column alignment, frame geometry, connection completion and structural tolerances before handover.