Project planning organises engineering, procurement, manufacturing and testing into a reliable sequence. Scope and reporting lines are defined for each project.
Result
Schedule with milestones
Approvals
Named and scheduled
Interfaces
Engineering, procurement, manufacturing, testing
Contact person
One contact person across all steps
Starting points
The more steps interlock, the more important a coordinated sequence becomes. Typical cases:
Fixed delivery date
Installation or commissioning at the customer's site is fixed; the sequence is planned backwards from that date.
Multiple parties involved
Engineering, purchasing, manufacturing and testing work in parallel; dependencies must be visible.
Long-lead-time components
Order dates are set early so that manufacturing does not wait for material.
Changes during the project
Changes are assessed and their impact on schedules and approvals is documented.
Process
A control cabinet project consists of interdependent steps: no material order without approved schematics, no manufacturing without material, no testing without manufacturing. Project planning makes these dependencies visible and puts them in chronological order.
Approvals are the most important milestones. The earlier the final manufacturing documents are approved, the sooner procurement and production can start.
01
Record scope, delivery date, quantities and parties involved.
02
Break engineering, procurement, manufacturing and testing down into steps.
03
Name and schedule approvals and handover points.
04
Compare status and make deviations visible early.
05
Close out delivery, documentation and open points.
Inputs and Outputs
Frequently asked questions
Send us your existing documents, quantities, schedule and any special requirements. We will check which services and which manufacturing model fit your situation.