Field reading
Observe the machine, line, flow, operator constraints, downtime and real risks.
Industrial project method
OMNIATEC method: frame, validate, execute
An industrial project must not move forward on blurred assumptions. OMNIATEC starts from the field, clarifies constraints, fixes validation points and engages useful actions.
Move from a field problem to a framed, tested and transferable industrial action.
01
Why a method
The shopfloor decides. The method prevents the project from moving in the wrong direction.
Technical framing
Define the real need, limits, interfaces, available data and success conditions.
Solution architecture
Choose a workable solution: maintenance, automation, robotics, vision, retrofit, installation, transfer, data or organisation.
Action plan
Prioritise actions, milestones, responsibilities, validation points and possible blockers.
Execution and transfer
Tune, validate, document and transfer to teams to secure operation.
02
What the method avoids
Less blur, less rework, fewer fragile decisions.
Solution decided too early
Before speaking robotics, retrofit or AI, understand what actually blocks operation.
Poorly framed scope
An unclear project often ends in extra cost, delay or shopfloor rework.
Forgotten interfaces
Machine, safety, operators, data, supplier and end customer: interfaces make or break the project.
Weak validation
Without clear criteria, a solution may work during tests and remain fragile in production.
03
Useful deliverables
Only documents that help decide, execute or transfer.
Framing note
Context, scope, constraints, risks, assumptions and open points.
Action plan
Actions, priorities, milestones, owners and validation points.
Solution architecture
Technical principle, interfaces, data, safety and future operation.
Start-up checklist
Checks before tests, commissioning and restart.
An industrial subject to clarify?
Send the context: machine, line, site, constraint, urgency, objective and available documents.