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Course Content

I. Introduction (2 minutes)
II. Learning Objectives (2 minutes)
IV. Module 2: Specifying the All-Electric Systems (12 minutes)
V. Module 3: Where All-Electric Design Gets Flagged (14 minutes)
VII. Case Studies (5 minutes)
VIII. Summary & Key Takeaways (1 minute)
Final Quiz – Designing All-Electric Class 1a Homes
For building designers, architects and NatHERS energy assessors

Designing All-Electric Class 1a Homes

Gas is leaving new homes. Is your drawing set ready for the heat pump, the switchboard and the certifier?

Systems, documentation and the client conversation for Class 1a homes. How the whole-of-home budget and state gas-connection rules shape the brief, how to specify heat-pump hot water, induction cooking, reverse-cycle heating and cooling and solar with battery and EV provisioning, where all-electric designs get flagged, and how to defend the specification against value engineering.

60 minutes, self-paced Intermediate level 1 formal CPD point Certificate on completion National, NCC 2025 and NCC 2022
Aligned to NSCA 2021 PC12 PC20 PC31 PC33 PC46
$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

Who the course is for, and what you will be able to do on your next all-electric job.

Module 1 12 min

Why All-Electric, and What Actually Binds You

Read how the whole-of-home energy and emissions budget and state gas-connection rules set your project’s real compliance baseline.

Module 2 12 min

Specifying the All-Electric Systems

Specify heat-pump hot water, induction cooking, reverse-cycle heating and cooling, and solar with battery and EV provisioning.

Module 3 14 min

Where All-Electric Design Gets Flagged

Design out the switchboard, hot-water siting, late gas removal and documentation gaps that draw certifier RFIs.

Module 4 11 min

Documentation Workflow and the Client Conversation

Embed every all-electric decision in the drawings and specification, and make the cost and comfort case that protects it.

Case studies 5 min

A sloping block and a late gas removal

An all-electric new build on a sloping Melbourne block, and a whole-of-home re-rating salvaged after gas came out late.

Summary 1 min

Key takeaways

The habits that carry an all-electric home from concept to handover.

Finish

Final quiz and certificate

Ten questions on all-electric systems, compliance, coordination and documentation. Pass and the certificate goes straight into your dashboard.

Intermediate. For building designers documenting Class 1a homes under NCC Volume Two, with no sustainability or electrical specialism assumed. Covers whole-of-home and gas-connection rules, all-electric system selection, coordination, documentation and the client conversation. Switchboard and electrical capacity are covered as coordination; electrical design stays with the electrician.

Who it is for

Written for the people who put an all-electric home on paper and see it built.

Building Designers

You document Class 1a homes, and the switch to all-electric lands on your drawing set first.

1 CPD point, with audit-ready records

Architects

Your residential clients want homes without gas, and the specification has to survive to handover.

1 formal CPD point

NatHERS Energy Assessors

You rate the design, and a late change from gas to electric can reopen the whole-of-home result.

1 hour of CPD

Licensed Builders

You install to the drawings and face the value-engineering pressure that swaps systems out.

1 hour of CPD

Building Surveyors

You assess all-electric documentation and raise the RFIs when capacity or siting is not shown.

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 to building codes and standards

PC20

Budget and timeframe against codes and objectives

PC31

Energy, water and carbon over the lifecycle

PC33

Integrating sustainable environmental systems

PC46

Documentation that complies with codes

If you are

How it is recorded

A building designer

1 CPD point in residential energy and documentation. 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.

An architect

1 formal CPD point. Aligned with NSCA 2021 performance criteria PC12, PC20, PC31, PC33 and PC46.

A NatHERS energy assessor, licensed builder or building surveyor

1 hour of CPD on all-electric Class 1a homes, recorded on your certificate for your registration body or state scheme.

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.

  • Explain the regulatory and policy drivers influencing all-electric Class 1a residential design.
  • Identify and prevent common documentation, coordination, and compliance issues that can delay approvals or affect project outcomes.
  • Distinguish between NatHERS thermal performance requirements and whole-of-home energy and emissions assessments.
  • Develop clear and consistent documentation workflows that support successful all-electric project delivery.
  • Specify and integrate key all-electric systems, including heat-pump hot water, induction cooking, reverse-cycle heating and cooling, and solar PV.
  • Communicate the benefits, costs, compliance requirements, and long-term value of all-electric homes to clients and project stakeholders with confidence.
Keep going

Pairs well with.

Building designers

When a Design Change Triggers a Whole-of-Home Re-Rating (And How to Avoid It)

What happens to the rating when gas comes out late, and how to avoid it.

Building designers

Whole-of-Home Compliance: What Building Designers Are Actually Responsible For

Where the designer’s responsibility for the energy budget starts and stops.

Building designers

Designing for Net-Positive Buildings

Take the all-electric home further: a surplus exported to the grid.

Questions

Before you enrol.

It covers both, because the edition depends on where the project is. Victoria adopted NCC 2025 on 1 May 2026. Western Australia and the ACT allow either edition until 1 May 2027, although an ACT building approval after 1 November 2026 must use NCC 2025 unless the development application was lodged first. New South Wales, Queensland, Tasmania and South Australia’s Building Code stay on NCC 2022 until 1 May 2027, and the Northern Territory has set no date. Gas-connection rules also differ by state, and the course flags them.

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.

No. Switchboard capacity and electrical load are covered as coordination: what the building designer must allow for, document and brief to the electrician, energy assessor and certifier. Electrical design stays with the electrician.

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

No. Every course is product neutral. No heat pump, cooktop, air conditioner, solar or battery brands, no sponsor, no sales pitch at the end.

Specify, document and defend an all-electric home, in one self-paced hour.

$99, 60 minutes, certificate on completion.

$99 1 hour, certificate