Controls, PLC and machine-automation technicians
Automation Technician
An automation pathway linking PLC logic, field devices, fluid power and robotics with safe troubleshooting and controlled change.
Role learning outcomes
A practical curriculum target for the role.
- Trace signals from sensors through control logic to actuators.
- Interpret basic PLC status, permissives and faults.
- Recognize fluid-power and robot-cell interactions.
- Troubleshoot within electrical, software and safety governance boundaries.
Possible evidence in a workplace program
- • I/O or device-check records
- • Approved functional-test observations
- • Troubleshooting records
- • Knowledge assessments
Employer qualification, machine authorization and regulatory requirements remain separate from Industrial Skillset learning records.
Foundation
Build the technical language and work context needed before role-specific depth.
Foundational
Industrial Sensors and Actuators
Explore common sensing and actuation devices used in industrial machinery, including proximity, photoelectric, pressure, position and motion devices.
Foundational
PLC Fundamentals for Industrial Automation
Understand the basic architecture of programmable logic controllers and how inputs, logic, outputs, interlocks and operator interfaces combine to automate industrial equipment.
Foundational
Engineering Drawings and Blueprints
Learn how industrial drawings communicate geometry, dimensions, tolerances, materials, finishes, assembly relationships and revision-controlled requirements.
Core role knowledge
The principal equipment, methods and controls most directly connected to the role.
Intermediate
Industrial Pneumatics and Hydraulics
Understand how compressed air and hydraulic fluid transmit power through pumps or compressors, valves, actuators, filtration and control components.
Intermediate
Industrial Robotics and Cobots
Understand robot-cell architecture, coordinate systems, end effectors, basic motion concepts, safeguarding and the operational differences between conventional robots and collaborative applications.
Foundational
Industrial Sensors and Actuators
Explore common sensing and actuation devices used in industrial machinery, including proximity, photoelectric, pressure, position and motion devices.
Intermediate
Variable Frequency Drives and Motor Controls
Understand how motor starters, contactors and variable frequency drives control industrial motors and how common parameters, faults and protections are interpreted.
Intermediate
Industrial Electrical Troubleshooting Fundamentals
Build a systematic approach to tracing industrial electrical faults using schematics, measurements and safe isolation practices.
Advanced & quality context
Deeper technical, quality or systems knowledge that strengthens independent problem recognition and cross-functional work.
Intermediate
Condition Monitoring and Vibration Fundamentals
Understand how vibration, temperature and other condition indicators are trended to detect developing machine problems before functional failure.
Foundational
Machine Guarding and Lockout/Tagout Fundamentals
Understand the purpose of machine safeguards and hazardous-energy isolation before servicing, cleaning or maintenance work.
Intermediate
Nonconformance, Root Cause and Corrective Action
Study how organizations contain, evaluate and disposition nonconforming product, then investigate systemic causes and verify effective corrective action.
Intermediate
Statistical Process Control (SPC)
Understand how process data can be used to distinguish routine variation from signals that warrant investigation, supporting stable and capable production.
Build this role into a company program