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Defining Sustainability: Materials, Systems and Carbon Impacts

This CPD presentation explores how sustainability considerations can be integrated into building design from the earliest project stages, with a focus on the relative importance of embodied environmental impacts. Participants will learn how to apply principles from building, environmental and social sciences to inform conceptual design decisions, assess key sustainability factors across a project’s lifecycle, and select materials, finishes and systems that optimise performance, environmental outcomes.
– Fairview

Incorporating permeable paving into modern infrastructure to create sustainable urban landscapes

Incorporating permeable paving into modern infrastructure explores how innovative paving systems can improve stormwater management, reduce urban heat, enhance accessibility, and support sustainable design. The CPD provides practical guidance on specification, performance, and compliance, helping professionals create resilient, attractive, and environmentally responsible public and private spaces.

-StoneSet Permeable Paving

Fundamentals of Polycarbonate Building Materials and Compliance Issues

Polycarbonate is a high-performance building material, but its successful application depends on a clear understanding of its properties, system performance, and regulatory requirements.

This course provides architects and building professionals with an introduction to polycarbonate as a building material, including product types, material behaviour, and key performance characteristics.

It also outlines relevant National Construction Code compliance pathways, alongside sustainability and lifecycle considerations, equipping participants to confidently specify and apply polycarbonate systems for compliant, durable, and high-performing architectural outcomes.
– Danpal

Designing For the Australian Climate Using Multicell Polycarbonate​

Designing for Australia’s harsh and varied climate requires more than material selection—it demands an understanding of how materials perform under real environmental conditions.

This CPD provides architects and building professionals with insight into how multicell polycarbonate can be effectively specified and detailed to respond to climate, improve thermal performance, manage UV exposure, and enhance daylighting.

It equips participants with the knowledge to design resilient, energy-efficient, and compliant buildings by addressing key factors such as orientation, thermal movement, moisture control, and total system performance.
– Danpal

What is Passive Fire?

What is Passive Fire? demystifies one of the most critical aspects of building safety. Discover how fire compartmentation works, how to interpret Fire Resistance Levels (FRLs), navigate AS 1530.4 and AS 4072.1, and confidently select compliant firestopping systems. Packed with real fire test footage, industry examples, and practical applications, this session equips professionals with the knowledge to reduce compliance risk, improve building performance, and confidently navigate NCC compliance pathways for passive fire protection.
– Boss Passive Fire

Roof Plant Platforms: Compliance, Materials & Specification

This CPD course offers practical guidance to help you specify roof plant platforms with confidence.

You’ll learn:
– Common design issues and how to address them
– The differences between platform types and materials
– How Australian standards apply to plant platforms

– Hart Australia

Designing with Aluminium: Innovations, Challenges and Performance-Driven Solutions.

This CPD explores aluminium façade innovation through material performance, solar shading, and engineered façade solutions. Learn how to optimise aluminium systems for durability, sustainability, wind performance, and constructability, while balancing design intent with engineering, compliance, and project-specific performance requirements.
-Louvreclad

Enhancing Design with Performance Louvres

This seminar explores key louvre performance criteria including energy efficiency, rain defence, and pressure drop, supported by recent case studies. It also outlines updates to AS4740 developed with Standards Australia, helping architects and specifiers better compare natural ventilators and apply enhanced performance data to projects.
-Louvreclad

Designing Neuro-inclusive Environments

Designing for Neuro‑Inclusive Environments is a CPD exploring how flooring and interior design influence sensory experience, comfort, and usability. Grounded in Australian standards and research, it supports architects and designers to create inclusive, legible environments across commercial sectors, with practical guidance on visual comfort, acoustics, safety, and wayfinding.
– Karndean

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