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(latest NCVER data)Behind every refrigeration reading sits a body of maths and science. Through UEERA0038 Establish the thermodynamic parameters of refrigeration and air conditioning systems, learners combine engineering mathematics and refrigeration science with practical measurement to determine, compare and document thermodynamic parameters, giving RTOs a strong technical foundation unit.
Our editable UEERA0038 training resources provide structured delivery, consistent coverage of arithmetic, algebra, geometry and thermodynamic measurement, and validation-ready assessment documentation. They are designed for compliance and help your RTO deliver technical foundations with confidence.
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Inclusions
These UEERA0038 training resources help your RTO teach learners to plan, measure, calculate and document the thermodynamic parameters of refrigeration and air conditioning systems.
The UEERA0038 learning materials cover SI units and conversions, indices and engineering notation, algebra and formula transposition, Pythagoras and trigonometry, mensuration, coordinate geometry and refrigeration science, and can be contextualised to your delivery approach.
These UEERA0038 RTO materials help assessors judge measurement accuracy, calculations and documentation of thermodynamic parameters.
Key Benefits
These resources support delivery of UEERA0038 Establish the thermodynamic parameters of refrigeration and air conditioning systems by helping learners obtain system operating conditions, coordinate work with supervisors and check testing devices. Trainers and assessors can use them to structure activities around measuring thermodynamic parameters, isolating systems, determining actual and specified ranges, documenting unexpected situations and reporting parameters outside the specified range.
Your RTO should still carry out independent validation to confirm alignment with your specific delivery context and learner cohort, as required under the Standards for RTOs. Use the assessment mapping as your starting point.
Not sure where to start with validation? Refer to the current release of UEERA0038 on training.gov.au before delivery.
Unit Info
This unit covers establishing the thermodynamic parameters of refrigeration and air conditioning systems. Learners apply engineering mathematics and refrigeration science, determine parameters using measurement and calculation methods, and document results, including any parameter outside the specified range.
To deliver this unit in line with the Standards for RTOs and meet ASQA expectations, your UEERA0038 resources need to address:
Understanding the structure of UEERA0038 helps RTOs balance maths theory with practical measurement. Well-sequenced RTO training resources also help learners with varied numeracy levels progress confidently.
FAQs
The materials are delivered as digital files after purchase. Your team can download, review and edit them before delivery.
The package includes a learner guide, presentation, class activities book, self-study guide, session plan, student assessment pack, marking guide and mapping information. These cover engineering maths, refrigeration science and thermodynamic measurement.
Yes, the editable files allow trainers to add extra worked examples or support material. This helps your RTO meet the needs of learners with different numeracy backgrounds.
A one-time licence allows the purchasing RTO to use the resources with unlimited learners. The materials should not be resold or shared externally.
Mapping information shows how each task covers the unit requirements, supporting validation and audit preparation. Updates may be made when the unit is revised.
Publisher
An established Australian VET resource publisher, this organisation produces training and assessment materials for RTOs in electrotechnology, refrigeration and engineering-related fields. Its resources present technical content in a logical, teachable sequence.
Compliant Learning Resources works with a network of trusted training resource publishers to give RTOs access to broader product options. This gives RTOs wider access to suitable resources for technical foundation units.









By submitting this form, you agree to the Compliant Learning Resources Privacy Policy.
By submitting this form, you agree to the Compliant Learning Resources Privacy Policy.