Course Content
By the end of this course, participants will be able to analyse how slope and overshadowing affect NatHERS modelling outcomes and 7-star compliance pathways on residential projects. They will understand how to capture and interpret accurate site data using methods such as drone surveys and 3D laser scanning to support thermal modelling. Participants will be able to apply cost-benefit strategies that combine glazing, insulation, and window configuration adjustments to improve compliance outcomes on constrained sites. They will also learn how to collaborate effectively with NatHERS assessors through structured documentation and iterative modelling workflows. Finally, participants will be able to develop defensible compliance records that reduce risk during documentation, certification, and construction stages.
Learning Outcomes
This ensures that CPD efforts align with professional regulatory requirements.
This CPD provides general guidance on professional responsibilities and documentation practices. It does not constitute legal advice or replace project-specific contractual or statutory obligations.
Compliance and Accreditation
|
Framework/Body |
Relevant Sections |
Focus Areas |
|
National Construction Code (NCC 2022) |
Volume Two – Energy Efficiency (Part H6); Building fabric provisions |
7-star compliance; building envelope; glazing, insulation, solar access |
|
NatHERS Protocols |
NatHERS Technical Note; Modelling rules |
Accurate modelling inputs; shading; geometry; star rating optimisation |
|
ABSA CPD Competency Area |
Thermal Performance; NatHERS Assessment |
Interpreting outputs; data translation; assessor collaboration |
|
Building Designers |
Design Documentation; Site Analysis |
Early site analysis; integrated design; compliance vs design intent |
|
NSCA 2021 (Architects) |
PC19, PC28, PC31, PC33, PC47 |
PC19 (site analysis and feasibility): The course focuses heavily on analysing difficult site conditions such as slope and overshadowing, including early-stage data capture and feasibility implications for NatHERS compliance. |
|
Engineers Australia (Stage 2) |
2.1, 2.2, 2.3; 3.4 |
Data-driven analysis; performance problem solving; building physics |
|
Licensed Builders (State CPD) |
Energy Efficiency; Construction Practice |
Understanding design intent; interpreting documentation |
|
Building Surveyors |
Compliance Assessment |
Verification of 7-star compliance; documentation review |
|
Urban Planners & Landscape Architects |
Site Analysis; Environmental Planning |
Overshadowing; solar access; site integration |
This session is designed for

Architects

Building Designers

NatHERS Assessors

Energy Assessors

Residential Builders
What’s Included
This course examines the thermal and compliance challenges created by sloping and overshadowed residential sites under the NCC 7-star framework. It explores how difficult site conditions affect passive solar performance, heat loss, glazing effectiveness, and NatHERS modelling accuracy across different climate zones. The course also examines the role of accurate site data collection, including drone surveys and LiDAR scanning, in improving compliance outcomes and reducing redesign risk. Participants will gain insight into integrated specification strategies that balance design intent, construction cost, and thermal performance. In addition, the course examines documentation workflows, assessor collaboration, and compliance management practices that support reliable and defensible project delivery.

Why Take This CPD Session?

Gain practical strategies for achieving 7-star NatHERS compliance on sloping and overshadowed residential sites without compromising design quality.

Learn how to identify compliance risks early and use accurate site data to reduce costly redesigns and approval delays.

Strengthen your understanding of documentation, modelling collaboration, and specification management to deliver more reliable and defensible compliance outcomes.
Professional development is an investment in career growth and regulatory compliance. Take the next step today.