Public curriculum specification
Industrial Maintenance & Reliability
Mechanical technicians, multi-craft maintenance personnel and reliability professionals
Build a maintenance pathway around tools, mechanical drives, alignment, fluid power, sensors, electrical troubleshooting and condition monitoring.
Learning outcomes
What the program is structured to develop.
- Prepare maintenance work using drawings and OEM information.
- Recognize common mechanical, fluid-power and electrical failure modes.
- Apply controlled assembly and alignment concepts.
- Use condition indicators to support maintenance decisions.
Technical curriculum
10 connected technical subjects
Workshop Fundamentals · Foundational
Hand Tools, Torque Tools and Tool Control
Build fluency with common industrial hand tools, selection, inspection, correct application and controlled storage, including the fundamentals of torque-controlled fastening.
Open topicWorkshop Fundamentals · Intermediate
Threaded Fasteners, Torque and Joint Integrity
Understand fastener identification, thread forms, preload concepts, tightening methods, torque sequence and the factors that affect reliable bolted joints.
Open topicProduction Systems · Foundational
Machine Guarding and Lockout/Tagout Fundamentals
Understand the purpose of machine safeguards and hazardous-energy isolation before servicing, cleaning or maintenance work.
Open topicAutomation & Maintenance · Intermediate
Mechanical Maintenance: Bearings, Couplings and Alignment
Study common rolling-element bearings, couplings, lubrication and alignment concepts used to maintain reliable industrial rotating equipment.
Open topicAutomation & Maintenance · Intermediate
Industrial Pneumatics and Hydraulics
Understand how compressed air and hydraulic fluid transmit power through pumps or compressors, valves, actuators, filtration and control components.
Open topicAutomation & Maintenance · Foundational
Industrial Sensors and Actuators
Explore common sensing and actuation devices used in industrial machinery, including proximity, photoelectric, pressure, position and motion devices.
Open topicAutomation & Maintenance · 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.
Open topicAutomation & Maintenance · Intermediate
Industrial Electrical Troubleshooting Fundamentals
Build a systematic approach to tracing industrial electrical faults using schematics, measurements and safe isolation practices.
Open topicAutomation & Maintenance · Intermediate
Condition Monitoring and Vibration Fundamentals
Understand how vibration, temperature and other condition indicators are trended to detect developing machine problems before functional failure.
Open topicMetrology & Quality · Intermediate
Calibration and Gauge Control
Understand how organizations control inspection and test equipment through identification, calibration status, traceability, storage and out-of-tolerance response.
Open topicAssessment framework
Assessment is defined by the active program.
- Equipment knowledge assessment
- Troubleshooting scenarios
- Maintenance-document interpretation
- Practical evidence only where the employer scopes it
Possible evidence
Evidence examples for governed delivery.
- Maintenance task observation
- Alignment or vibration record
- Troubleshooting record
- Knowledge assessment
Choose the delivery relationship
Individual access or a scoped company program.
Current individual learning uses Professional Learning Access. Companies can scope role, equipment and workplace-evidence requirements separately.