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Program 1

Industrialisation techniques

Leaders:

Prof Priyan Mendis

A/Prof Pejman Sharafi

OBJECTIVES

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  • Program 1 will provide profound knowledge required for the development of industrialised and automated product platforms, which serve as the bedrock for the transformation towards a manufacturing-based construction ecosystem;

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  • Program 1 will facilitate adoption of advanced offsite manufacturing techniques in our building construction industry;

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DESCRIPTION

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  • Product platforms are sets of components that interact in well-defined ways to allow a range of products and services to be produced;​

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  • The efficiency of the design and delivery process can be improved using a pre-defined digital kit-of-parts that represents a physical counterpart;

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  • Product platforms require a shift in focus from a construction mind-set to a manufacturing mind-set.

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  • This can be achieved through the adoption of industrialisation techniques, including

    • Design for manufacture and assembly (DfMA)

    • Modular design

    • Prefabrication techniques

    • Standardisation methods

    • Mass customisation approaches

    • Collaborative and integrated design

    • Automation of production and assembly

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ADVANTAGES

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  • Platforms can achieve the economies of scale and consistency of pipeline that unlocks the benefits of manufacturing such as improved productivity, resource efficiency, low waste process, and better quality control;​

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  • Organisations adopting ‘product family’ strategies can develop distinct product offers, and so target multiple market segments over time by adding features to, or removing them from, a core model;

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  • Successful implementation of training Program 1 will establish the groundwork for moving towards a construction ecosystem centred around manufacturing. 

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3 Research Streams

To achieve the transition to a product-based manufacturing ecosystem, the training program is structured into four complementary sub-streams, ensuring the acquisition of essential knowledge.

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Design for Manufacture and Assembly (DfMA) of building components

The aim is to develop skills for designing multifunctional building components​​

 

Outcome: The methods of design of building modular components, and sub-assemblies for ease of prefabrication, manufacturing, assembly and automation processes

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NØBEL

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School of Engineering, Design, and Built Environment, Locked Bag 1797, NSW, 2751

(02) 47360 342

ACKNOWLEDGEMENT OF COUNTRY

We acknowledge and celebrate the First Australians of the land on which we live and work. We pay respect to elders past and present, and extend that respect to all Aboriginal and Torres Strait Islander peoples. We acknowledge the rich cultures and histories of the First Nations peoples of Australia and recognise the ongoing connection that Traditional Owners have to Country.

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