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(latest NCVER data)AURTTE001 Apply knowledge of engine science prepares learners to connect how engines are built and how they operate with the repair and reconditioning decisions made in the workshop, from identifying component relationships to tracing causes of wear. RTOs offering engine reconditioning pathways can use it to ground practical work in sound theory, with AURTTE001 learning materials covering engine classifications, combustion and performance measurement.
Learners develop skills in identifying engine components and configurations, explaining component functions and relationships, applying construction knowledge to repair work, diagnosing causes of component wear or failure and keeping their engine science knowledge current.
Equip trainers with our AURTTE001 RTO training materials rather than writing engine science theory from scratch. Purchase RTO materials and give learners AURTTE001 training resources that support both workshop practice and underpinning knowledge.
Inside the package, these AURTTE001 training materials provide a prepared foundation for teaching engine construction, operation and performance principles. Purchase RTO materials to reduce development time, with AURTTE001 learning materials organised for reconditioning-focused delivery.
Check the latest unit requirements on training.gov.au before delivery. Your team should contextualise and validate these AURTTE001 training materials for its learner cohort, delivery model and selected compliance environment. Use the supplied mapping as a starting point when reviewing your AURTTE001 materials against the Standards for RTOs.
AURTTE001 Apply knowledge of engine science focuses on understanding the construction and operation of engines and their components and using that knowledge during repair and reconditioning work. It applies to people working in the automotive service and repair industry.
The unit addresses five core areas:
The learning content works through bore and stroke, swept volume, compression ratio, efficiency, torque and horsepower so learners can apply these measures during engine work. Trainers can add worked examples based on the engines used in your workshop.
Yes. The performance evidence requires engine science knowledge to be applied to three different multi-cylinder engines, and the editable AURTTE001 learning materials can be contextualised to the engine types, manuals and reconditioning procedures your trainers use.
No. The unlimited student licence lets the purchasing organisation use the AURTTE001 RTO training materials with as many enrolled learners as needed, subject to the applicable licence conditions.
Lifetime updates are available under the applicable product terms, so qualifying publisher-issued updates can be accessed without buying the product again. Your trainers should still review content against any new engine technology or repair procedures they introduce.
No. They are developed as compliant learning resources with training package requirements in mind, but they do not guarantee regulatory compliance or audit outcomes. Your organisation should review and validate them before delivery.
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