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Course Content

I. Introduction (2 minutes)
II. Learning Objectives (2 minutes)
III. Module 1: The Cold-Climate Moisture Problem (11 minutes)
IV. Module 2: The NCC 2022 Condensation Provisions (11 minutes)
V. Module 3: Designing the Cold-Climate Envelope (14 minutes)
VI. Module 4: Delivery, Health and Documentation (11 minutes)
VII. Case Studies (6 minutes)
VIII. Summary and Key Takeaways (2 minutes)
For architects, building designers and NatHERS energy assessors

Cold-Climate Condensation and Zone 7 Envelopes: Tasmania and the ACT

In the cold climates of Tasmania and Canberra, a tighter, better-insulated home can trap more moisture, not less.

Designing envelopes that dry in climate zone 7. Why a cold, heating-dominated climate drives condensation and mould, how the NCC 2022 condensation provisions apply to walls and roofs in Tasmania and the ACT, and how vapour control, continuous insulation, air tightness, ventilation and glazing work together, with two Tasmanian case studies.

60 minutes, self-paced Intermediate level 1 formal CPD point Certificate on completion Tasmania and ACT, NCC 2022
Aligned to NSCA 2021 PC12 PC28 PC33 PC39 PC45
$99 inc. GST
  • Product neutral, no supplier content
  • Audio version and glossary included
  • Certificate saved to your dashboard

Secure card checkout. Tax invoice emailed.

Course content

4 modules, 2 case studies, final quiz and certificate.

Start 4 min

Introduction and objectives

Where Tasmania stands on the NCC, and the one idea behind the hour: the envelope must be able to dry.

Module 1 11 min

The Cold-Climate Moisture Problem

Explain dew point, vapour movement and cold surfaces, and why tighter, better-insulated homes can condense more.

Module 2 11 min

The NCC 2022 Condensation Provisions

Apply the vapour-permeable wall, roof space ventilation and exhaust to outside provisions, and treat them as a floor.

Module 3 14 min

Designing the Cold-Climate Envelope

Place vapour control tight to the warm inside, keep insulation continuous, pair air tightness with ventilation and warm the glazing.

Module 4 11 min

Delivery, Health and Documentation

Get membranes and air barriers built right, use heat recovery ventilation, and document the strategy so it protects you.

Case studies 6 min

A sealed renovation and a wrong-side wrap

A Hobart weatherboard upgrade that trapped its moisture, and a new home with a vapour-closed wrap on the cold side.

Summary 2 min

Key takeaways

The drying envelope in six points, for your next Tasmanian project.

Finish

Final quiz and certificate

Ten Tasmanian scenario questions. Pass and the certificate goes straight into your dashboard.

Intermediate. For architects designing housing and other buildings in Tasmania or the ACT who already know the NCC and basic building science. Covers condensation physics, the NCC 2022 condensation management provisions as they apply in Tasmania, and in the ACT where NCC 2022 is nominated, cold-climate envelope design, delivery and documentation. It does not model or rate a dwelling; NatHERS assessment is outside its scope.

Who it is for

Written for everyone who designs, rates or approves envelopes in a cold, damp climate.

Architects

You design in climate zone 7, where the envelope you draw decides whether the house stays dry.

1 formal CPD point

Building designers

You detail wall wraps and roof spaces for homes in Tasmania and Canberra and need them to dry outward.

1 CPD point, with audit-ready records

NatHERS energy assessors

The insulation and air tightness that lift a rating can also trap moisture when ventilation is missing.

1 hour of CPD

Building surveyors

You check whether the documentation actually shows the condensation provisions, not just a note.

1 hour of CPD

Sustainability consultants

You push for tighter, warmer homes and need the moisture strategy that has to come with them.

1 hour of CPD
How it counts

Where this hour goes on your record.

National Standard of Competency for Architects (NSCA 2021) performance criteria this course aligns with:

PC12

Advice in line with building codes, standards and planning rules

PC28

Building and environmental science in preliminary and concept design

PC33

Integrating thermal and other environmental systems

PC39

Materials, structure and construction carried into detailed design

PC45

Quality and performance standards for materials and systems

If you are

How it is recorded

An architect

1 formal CPD point. Aligned with NSCA 2021 performance criteria PC12, PC28, PC33, PC39 and PC45.

A building designer

1 CPD point. Your certificate, the learning outcomes, the module outline and your quiz result are kept in your dashboard, so you can show what you studied if your CPD is audited.

A NatHERS energy assessor, building surveyor or sustainability consultant

1 hour of CPD on cold-climate condensation under NCC 2022 in Tasmania and the ACT, recorded on your certificate for your professional body or your own records.

CPD On Demand is not a registered training organisation and courses are not accredited by any registration body. Each course is aligned with the relevant competency frameworks and gives you the records to evidence it. CPD rules differ by registration body and state, so check with yours if you are unsure.

  • Analyse why Tasmania’s cold, heating-dominated climate drives water vapour outward through the fabric and condenses it on cold surfaces and layers.
  • Distinguish surface condensation from interstitial condensation and explain why the hidden form does the more serious damage.
  • Apply the NCC 2022 condensation management provisions to walls and roofs, including membrane vapour permeance, roof space ventilation and exhaust to outside.
  • Evaluate a wall and roof assembly for vapour control placed tight to the warm inside, insulation continuity, air tightness and controlled ventilation.
  • Specify glazing, wet-area exhaust and low-profile roof details for the points where moisture and cold coincide.
  • Integrate buildable membrane and air barrier detailing, heat recovery ventilation and precise documentation so the designed envelope is the one that gets built.
Keep going

Pairs well with.

Building designers

The Breathable Wall: Understanding Condensation Risks in NCC 2025

The condensation provisions as NCC 2025 sets them, ready for Tasmania’s move in 2027.

Building designers

Thermal Bridging in Residential Design

Keeping the inside surfaces warm, where cold-climate condensation starts.

Architects

NCC 2025 for Architects: Commercial and Apartment Buildings

What the next edition changes for condensation and more in the buildings you design.

Questions

Before you enrol.

NCC 2022, as it applies in Tasmania. Tasmania paused NCC 2025 on 5 June 2026 and returned to NCC 2022, and NCC 2025 is due to be adopted there on 1 May 2027. A project approved under NCC 2025 between 1 May and 4 June 2026 stays on NCC 2025. In the ACT, NCC 2025 commenced on 1 May 2026, but NCC 2022 with the ACT 2022 Appendix can still be nominated for building approval until NCC 2025 becomes mandatory on 1 May 2027. Confirm the edition for each project with your building surveyor.

Start, stop and finish later. Progress is saved and the course stays in your dashboard.

Yes, on passing the final quiz. It is stored in your dashboard alongside your other CPD records.

Yes, for projects approved under NCC 2022. Canberra is in climate zone 7, like most of populated Tasmania, so the building science and detailing carry straight across. The case studies are Tasmanian. For ACT projects nominated under NCC 2025, The Breathable Wall course below covers the NCC 2025 condensation provisions. Anywhere else, check your own state’s edition and variations before applying them.

Yes. Team packs start at $579 for six courses shared across your practice.

No. Every course is product neutral. No membrane, insulation or ventilation brands, no sponsor, no sales pitch at the end.

Design a zone 7 envelope in Tasmania or Canberra that stays warm, dry and healthy, in one self-paced hour.

$99, 60 minutes, certificate on completion.

$99 1 hour, certificate