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(latest NCVER data)Comfortable, efficient buildings rely on air and water systems that are sized and balanced correctly. UEERA0001 Analyse the operation of HVAC air and hydronic systems develops the analytical skills to evaluate ductwork, fans and hydronic circuits and document solutions for HVAC design work.
Our editable UEERA0001 RTO training materials provide structured delivery, consistent coverage of air distribution and hydronic analysis, and validation-ready assessment documents. Designed for compliance, they help RTOs deliver advanced HVAC units with confidence.
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Inclusions
These UEERA0001 training resources help your RTO prepare learners to gather operating parameters, analyse air and hydronic system performance and document findings, supporting structured delivery and assessment.
The UEERA0001 learning materials cover air distribution principles, duct pressure loss and sizing methods, fan laws and curves, air system types and hydronic systems, and trainers can add local design examples.
These UEERA0001 RTO materials help assessors gather evidence of system analysis, documented calculations and justified recommendations.
Key Benefits
These resources support delivery of UEERA0001 Analyse the operation of HVAC air and hydronic systems by helping learners determine the required analysis from performance specifications and situation reports and apply air and hydronic principles to system problems. Trainers and assessors can use them to structure work on duct sizing, pressure loss, fan selection, monitoring work quality and documenting findings, calculations and assumptions.
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 UEERA0001 on training.gov.au before delivery.
Unit Info
This unit covers the skills and knowledge required to analyse the operating parameters of heating, ventilation and air conditioning (HVAC) air and hydronic systems. Learners work safely, apply knowledge of operating parameters, gather and analyse data, apply problem-solving techniques and document results and solutions for use in design work. Some jurisdictions may require a licence or permit for refrigeration and air conditioning work.
To deliver this unit in line with the Standards for RTOs and meet ASQA expectations, your UEERA0001 resources need to address:
Understanding the structure of UEERA0001 helps RTOs align calculation practice, analysis tasks and assessment with the unit evidence. It also supports consistent delivery of RTO learning materials at advanced levels.
FAQs
The materials are delivered as digital files after purchase. You can edit them to include building drawings and design examples relevant to your learners.
It includes a learner guide, PowerPoint presentation, class activities book, self-study guide and session plan, plus a student assessment pack, marking guide and mapping information. These cover preparation, analysis and reporting.
Yes, the content supports learners who analyse systems for design work, including duct sizing and fan selection. Trainers can adjust calculation depth to suit each cohort.
A one-time licence allows unlimited learner use within the purchasing RTO. Resale or distribution to other providers is not permitted.
The mapping information shows how each requirement is assessed, supporting validation and audit preparation. Your RTO should still review the tools for its own context.
Publisher
An established Australian VET resource publisher, this organisation develops editable training and assessment materials for RTOs delivering trade and advanced technical programs, including refrigeration and air conditioning. Its resources combine technical depth with practical tasks.
Compliant Learning Resources works with a network of trusted training resource publishers to give RTOs access to broader product options. This gives RTOs more choice when sourcing resources for specialist HVAC design 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.