What machine manufacturing project software is
Machine manufacturing project management software runs each special-purpose machine or equipment build as a project — not as a repeating production run. A machine order is opened as a project, decomposed into a Work Breakdown Structure (WBS) by assembly and sub-assembly — mechanical, electrical, controls, integration — scheduled on a Gantt with dependencies, resourced with a per-task Bill of Resources of bought-out items, raw material, labour and machine hours priced from a resource master, costed estimated-versus-actual against the quoted budget, and billed on milestones such as design sign-off, dispatch and commissioning. It is the engineer-to-order pattern applied to machinery, so it shares the same masters as standard production for shops that build both.
For the underlying lifecycle read the pillar guide, what is project management software. This page is the machine-builder view of that lifecycle. The closest product page is engineer-to-order & custom manufacturing software — a special-purpose machine is an engineer-to-order deliverable — and the deep-dive on the model is the ETO project management guide.
Why a machine build is a project, not a production run
Special-purpose machinery is engineered per order over a long cycle, and that creates three demands a repetitive-production setup cannot meet.
1. There is no standard BOM to build from
A catalogue product repeats a fixed bill of materials and routing. A special-purpose machine is designed each time, so the plan and cost must be authored as a WBS and a per-task Bill of Resources — there is nothing to copy, and if it is not written down explicitly it cannot be scheduled, costed or billed.
2. The build cycle is long and cross-disciplinary
Mechanical fabrication, electrical panels and controls software proceed in parallel and must converge at integration and test. Without dependencies and a Gantt across all three, the critical path is invisible and the machine ships late because one discipline waited on another that nobody was watching.
3. Cost is committed early and drifts across months
Long-lead bought-out items are ordered at the start against a budget set at quotation. Unless procured cost, issued material and booked hours post against the same tasks the estimate was built on, the overrun is discovered at commissioning — long after it could be recovered.
The Work Breakdown Structure by assembly
A machine build breaks naturally into a deliverable-based WBS — decomposed by the assemblies and sub-assemblies being built, cross-cut by discipline.
By assembly
Base frame, drive assembly, tooling, guarding and control panel — each a sub-project that can be designed, procured, built and costed in its own right.
Deliverable-basedBy discipline
Mechanical, electrical and controls streams that run in parallel and converge at integration and test — the WBS shows the critical path across all three.
Cross-disciplinaryBy stage
Design, procurement, fabrication, assembly, testing, dispatch and commissioning — mirroring how the build moves and how it bills.
Phase-basedEach task carries an owner, an assigned engineer, dates, a budget, a progress percentage and its predecessor dependencies — design before procurement, sub-assembly before integration, integration before test. Those dependencies turn parallel streams into one schedule with a visible critical path, so a slip in one discipline re-flows the rest. See the pillar's WBS versus a task list section and the WBS, tasks & dependencies feature.
Long-lead bought-out items and sub-assemblies
Machine builds live or die on procurement. Each task's Bill of Resources states the bought-out items and material it needs, so long-lead requirements — drives, motors, bearings, PLCs and control components — are known from the plan and raised as project purchase requisitions early. Material is received and issued from the store against the specific sub-assembly task, so planned consumption becomes actual cost, and a slipping delivery is visible against the assembly and integration tasks it will hold up. This is the same procurement discipline an EPC project depends on, applied to a machine.
Managing a months-long machine build across three disciplines by memory?
We will show you a live machine project — WBS by assembly, procurement tied to tasks, Bill of Resources and a milestone bill — in 30 minutes, on your own build.
Bill of Resources and build costing
Scheduling says when a task runs; the Bill of Resources says what it takes and what it costs. Each task carries a header, its processes and the resource lines drawn from the resource master — bought-out items and raw material from the item master, design and assembly labour, and machine hours.
| Stream | Typical BOR lines | What costing watches |
|---|---|---|
| Design | Engineering and drafting hours, software | Hours against the design budget |
| Mechanical | Plate, machined parts, bought-out mechanical items | Material issued and machining hours vs budget |
| Electrical & controls | Drives, motors, panel components, wiring, PLC | Long-lead committed cost and delivery slip |
| Assembly & test | Assembly labour, test consumables, spares | Actual build cost against quoted budget |
Because every line is priced, the BOR is the build cost. Cost estimation rolls each task up to an estimated cost by assembly and for the whole machine, comparable against the quoted budget before commitment; as procured items, issued material and booked hours accumulate, the same structure records estimated-versus-actual over the whole build cycle. See the Bill of Resources & costing feature and the ETO costing guide.
Billing on design, dispatch and commissioning
A machine is rarely paid all at once. Because project bills are resource-itemised and keyed to tasks, it is billed on the milestones the contract defines — commonly an advance and design sign-off, a stage on dispatch, and the balance on installation and commissioning at the customer site — or by resource, or as the whole project. Each claim is built from the same tasks and resources the work was executed against, so it traces back to what was actually done. Where the order is a works contract the GST treatment sits on the same bill and should be confirmed with your CA. See the pillar's milestone and progress billing section and the project & milestone billing feature.
One machine, three disciplines, one costed project
A machine builder takes an order for a bespoke special-purpose machine. It is opened as a project with the quoted budget and delivery date, then broken into a WBS by assembly and discipline — design, base frame, drive assembly, control panel, integration, test, dispatch, commissioning — with dependencies so integration waits on the sub-assemblies and test waits on integration. Long-lead drives and a PLC are raised as project PRs on day one. Each task carries a Bill of Resources drawn from the resource and item masters, rolled up to an estimated cost checked against the quote. As bought-out items arrive, material is issued and hours are booked against tasks, the estimate becomes actual across the whole cycle, and the machine is billed on advance, design sign-off, dispatch and commissioning. Because it all rides one engine, the builder ships on a visible critical path and closes knowing the true build margin. This is the engineer-to-order profile behind real deployments such as Micro India.
How Fast Project Management does it
Fast Project Management for machine and equipment builders is a working implementation of everything above, built by Improsys in Pune on the shared Fast Suite platform and available cloud or on-premise.
Frequently asked questions
What is machine manufacturing project management software?
It is software that runs each special-purpose machine or equipment build as a project rather than a repeating production run. A machine order is opened as a project, decomposed into a Work Breakdown Structure by assembly and sub-assembly — mechanical, electrical, controls, integration — scheduled on a Gantt with dependencies, resourced with a per-task Bill of Resources of bought-out items, raw material, labour and machine hours priced from a resource master, costed estimated-versus-actual against the quoted budget, and billed on milestones such as design sign-off, dispatch and commissioning. Because it is the engineer-to-order pattern applied to machinery, it shares the same masters as standard production for shops that build both.
How is a machine build different from repetitive production?
Repetitive production repeats a fixed bill of materials and routing, so the work and its cost are largely known. A special-purpose machine is engineered per order over a long build cycle, so it has no standard BOM — its plan and cost must be authored as a Work Breakdown Structure and a per-task Bill of Resources, order by order. Long-lead bought-out items, design changes and a mix of mechanical, electrical and controls work make it a project to be scheduled and costed, not a catalogue run.
How does it handle long-lead bought-out items and sub-assemblies?
Each task's Bill of Resources states the bought-out items and material it needs, so long-lead requirements — drives, motors, bearings, control components — are known from the plan and raised as project purchase requisitions early. Material is received and issued from the store against the specific sub-assembly task, so planned consumption becomes actual cost, and a slipping delivery is visible against the assembly and integration tasks it will hold up.
Can it bill a machine on design, dispatch and commissioning milestones?
Yes. Because project bills are resource-itemised and keyed to tasks, a machine can be billed on the milestones the contract defines — for example an advance and design sign-off, a stage on dispatch, and the balance on installation and commissioning at the customer site. Each claim traces back to the tasks and resources behind it, and where the order is a works contract the GST treatment sits on the same bill and should be confirmed with your CA.
Is it cloud or on-premise, and does it suit a small machine builder?
It is available both cloud and on-premise. It suits builders of most sizes because it scales from a single machine run as one project to several concurrent builds on the Active, On-Hold and Completed tabs, with a resource-wise Gantt showing how design, assembly and test resources are loaded across builds. Pricing is indicative in INR and should be confirmed for your user count.