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(latest NCVER data)On modern engines, turbochargers, intercoolers and waste-gate actuators have a direct effect on power and efficiency; AURTTF105 Diagnose and repair engine forced-induction systems develops the diagnostic and repair skills needed to restore them. RTOs offering heavy vehicle, light vehicle, marine and mobile plant programs can use it to add forced-induction diagnostics, drawing on AURTTF105 learning materials for structured delivery.
Learners develop skills in sourcing diagnostic testing strategies, identifying causes of forced-induction faults, repairing turbochargers, superchargers and associated components, performing post-repair testing and completing workplace documentation.
Choose our AURTTF105 RTO training materials to support a technical diagnostic unit without building content internally. Purchase RTO materials and give learners AURTTF105 training materials focused on forced-induction faults.
Your AURTTF105 RTO training materials provide a prepared foundation for diagnosing and repairing engine forced-induction systems. Purchase RTO materials to save development time, with AURTTF105 learning materials organised around diagnosis and repair.
Check the latest unit requirements on training.gov.au before delivery. Your team should contextualise and validate these AURTTF105 training materials for its learner cohort, delivery model and selected compliance environment. Use the supplied mapping as a starting point when reviewing your AURTTF105 materials against the Standards for RTOs.
AURTTF105 Diagnose and repair engine forced-induction systems covers diagnosing and repairing faults in engine forced-induction systems, from sourcing a diagnostic strategy through to post-repair testing. It applies to systems in agricultural machinery, heavy commercial vehicles, light vehicles, marine vessels and mobile plant.
The unit addresses five core areas:
Learners must repair a turbocharger fault and diagnose and repair faults in at least two components such as variable or compound turbochargers, waste-gate actuators, intercoolers or superchargers. Plan access to suitable engines and test equipment.
Yes. The editable files allow trainers to reference the scan tools, pressure testing equipment and manufacturer procedures used in your workshop.
Yes. Trainers can use the Class Activities Book and contextualise tasks to set up realistic fault scenarios before learners move to diagnosis and repair on actual systems.
No. The unlimited student licence carries no ongoing per-student fees, subject to the applicable licence conditions.
No. These are developed as compliant learning resources, but assessment decisions, validation and audit outcomes remain the responsibility of your RTO.
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