Designing control and automation systems — PLC, SCADA, instrumentation — that make processes run consistently.
How to apply automation engineering
- Define the control philosophy first
- Specify instruments and PLC architecture
- Test logic before commissioning
The #1 mistake to avoid
Automating without a control philosophy.
The metric that matters
Frequently asked questions
What is automation engineering?
Designing control and automation systems — PLC, SCADA, instrumentation — that make processes run consistently.
Why does automation engineering matter for my business?
Because it directly affects how well your business performs — get it wrong and it costs you in measurable ways. Done right, it becomes a competitive advantage.
How do I apply automation engineering?
Start with the practical steps: Define the control philosophy first; Specify instruments and PLC architecture; Test logic before commissioning. The key is to start small, measure, and expand what works.
What is the most common mistake with automation engineering?
Automating without a control philosophy.
IDAP Engineering Division
This glossary entry is maintained by the IDAP Engineering division — specialists who deliver this capability on demand to businesses worldwide.