Industrial automation is the use of controllers, sensors, drives and software to run a machine or plant with little manual work, and it is learned in layers rather than as one subject.
Start with the electrical layer, Industrial Motor Control, because every later course assumes you can read a starter circuit; then take one PLC course, Siemens TIA Portal or Allen-Bradley RSLogix 500, since the brand matters less than finishing one.
The field layer comes next. Industrial Instrumentation explains sensors and transmitters, VFDs and Servo Drives explain how motors are driven, and PID Control explains how a loop holds a value steady.
The supervisory layer is what an operator sees: HMI Design for panels, Ignition SCADA for plant-wide screens, and Industrial Communication for how the devices talk. Finish with Control Panel Design and PLC and Electrical Troubleshooting, which turn the knowledge into site work.
- What is industrial automation, in one line?
- It is using PLCs, sensors, drives, HMI and SCADA software to run machines and plants with little manual work. This path teaches each part in turn.
- Where should a beginner start in industrial automation?
- With Industrial Motor Control if you have no electrical background, or straight into Siemens TIA Portal or Allen-Bradley RSLogix 500 if you do. Both PLC courses assume nothing.
- Is there a free industrial automation course with a certificate?
- Yes. Every course on this page is free to learn in full. The EDWartens Certificate of Completion is optional, paid and verifiable by code, and it is not a vendor credential.
- Do I need a PLC or any hardware?
- No. The courses use the vendors' free or trial software and simulators, so every exercise can be done on a laptop.
- How long does the whole path take?
- Each course lists its own video time, and this page adds them up. Most learners take one course at a time over several weeks, at their own pace.