IFS for Projects & ETO

Projects are built into the platform rather than layered over it, which changes what is possible in an engineer-to-order business. The project carries the budget, the engineering, the purchasing, the production orders, the progress billing and the revenue recognition as one structure, so a change in any of them is visible in all of them. In ETO that matters because the defining event is not a clean order-to-ship cycle but a customer changing their mind after engineering is complete and material is on order. Systems that treat the project as a reporting dimension handle that by re-keying and reconciling; systems that treat it as a structure handle it by propagating. Capital equipment manufacturers, shipbuilders and industrial contractors tend to arrive at IFS for exactly this reason.

Yes. IFS supports billing driven by project progress rather than by shipment — milestone invoices, applications for payment against measured completion, advance payments and retentions held and released under contract terms. For contracting businesses this is not an accounting detail: cash timing on a large contract is frequently the difference between a profitable project and a financing problem, and retention released late is margin sitting on someone else's balance sheet. Because the billing is generated from the same project structure that holds cost and progress, the relationship between what has been earned, what has been billed and what has been collected stays visible rather than being assembled in a spreadsheet each month.

IFS supports percentage-of-completion and related methods, with recognition driven by project progress measured in the system that is actually running the work. That is the important part: when cost, commitments, progress and billing all live in one structure, revenue and margin can be recognized against real completion rather than reconstructed at period end from several sources. Long-duration contracts are where this gets uncomfortable, because an optimistic cost-to-complete quietly overstates margin for several periods before correcting painfully. Having forecast cost to complete maintained continuously, against committed spend that appears when a purchase order is raised, is what makes the recognized number defensible to an auditor.

Yes, and for many manufacturers that combination is the actual requirement. A business might run repetitive discrete production for a standard product line while simultaneously executing large engineer-to-order contracts, sharing the same plant, the same people and the same financial statements. IFS supports multiple manufacturing modes in one deployment, with project-based production tying materials and orders to the contract they belong to while standard production runs against forecast and stock. If that describes your operation, demonstrate it explicitly during evaluation — it is a common scenario that a surprising number of ERPs handle by making one of the two modes awkward.

Both. Construction and engineering is one of IFS's established industries, and the capabilities contractors rely on — work breakdown structures, subcontract management, progress billing with retention, variation control, resource and equipment planning, and project cost control — are the same ones engineer-to-order manufacturers need, which is why one platform serves both so well. IFS Cloud integrates with the specialist estimating and design tools contractors already use, so they fit into a connected project landscape. ESS scopes the solution around your contracts, your projects and your existing tools.