Lightweight Construction in High Fire Risk Industrial Applications – Meeting NCC Fire Requirements in Class 7b and 8 Buildings
Defined, respectively, as storage/warehousing and manufacturing/processing facilities, Class 7b and Class 8 buildings form the structural backbone of Australia’s industrial and logistics sectors. Generally characterised by the high-density nature of their operations, such facilities represent a fire risk. In response, the National Construction Code (NCC) mandates stringent Fire Resistance Levels (FRLs), particularly under Type A […]
For architects and designers, the pressure to deliver sustainable, low-carbon buildings has never been greater. This session of CPD Live is intended to empower these professionals to navigate the growing demand for carbon transparency and make smarter, more informed material choices. It will focus on ways to assess, benchmark, and select materials based on carbon […]
In the architectural and construction industries, the term ‘Day 2 Services’ refers to everything that occurs once a project’s construction phase is complete and the building in question is fully operational. It refers to daily functions, including those associated with wiring and electricals, plumbing, automated systems, HVAC, and so on. In this session of CPD […]
Fire protection is a fundamental requirement in modern construction, ensuring that buildings not only meet regulatory obligations but also safeguard occupants and property from fire risks. This CPD course, delivered by Promat Australia, provides architects, designers and specifiers with essential knowledge on passive fire protection within wall and ceiling systems. The session explores the key […]
This CPD explores the key metal materials used in roofing and cladding—steel, aluminium, zinc, and copper. Gain insights into composition, performance, sustainability, finishes, and standards to make informed, compliant material choices for long-term architectural success. In today’s session, we’ll take a comprehensive look at the key metal materials used in roofing and wall cladding systems: […]
Acoustic design plays a vital role in creating functional and comfortable spaces. In environments such as classrooms, restaurants, offices, and apartments, how a space sounds is just as important as how it looks. Architectural acoustics focuses on how sound behaves in a space, how people perceive it, and how design choices can influence those experiences. […]
As demand for sustainable materials accelerates, few products are as sought-after or as scrutinised as timber. Valued for its natural beauty and carbon-sequestering properties, wood has long been considered a go-to material for environmentally conscious design. But as we face growing climate targets, supply chain pressures and an end to native logging in parts of […]
As the built environment pivots toward net-zero targets, circular economy principles and ethically responsible sourcing, the role of material specification has evolved beyond performance alone. Today, acoustic solutions must satisfy far more than sound control. From NCC 2025’s new embodied carbon disclosure requirements to the industry’s growing focus on material circularity, transparency and Indigenous engagement, […]
The importance of acoustics in educational settings cannot be overstated. Beyond making it difficult for students to hear their teachers, the negative impacts of poor classroom acoustics can be significant. From the students’ point of view, these include effects on cognitive functioning as well as an increase in behavioural problems, which in turn, have negative […]
Solar energy is fast becoming a defining element of contemporary architecture, offering opportunities to improve building performance, reduce operational costs and contribute to Australia’s transition toward a low-carbon future. However, integrating solar technology into the built environment often raises challenges around aesthetics, structural compatibility, and design intent. Building Integrated Photovoltaics (BIPVs) present an innovative solution—allowing […]