Publication library

Engineers Australia calls for diversity and inclusion efforts driven by commitment from organisational leaders and support from government.

Engineers Australia recommends Infrastructure Victoria looks for consistency in collaboration with other Infrastructure bodies, and that they review Infrastructure Australia’s 2022 Replacement Materials report which shines a light on opportunities to use recycled materials in road infrastructure.

This paper clarifies the reasons why Engineers Australia does not support some of the existing provisions in the Design and Building Practitioners Act, proposed provisions in the Building Bill, and suggests an alternative way forward for the NSW Government.

This submission outlines that Engineers Australia does not support moving the registration of professional engineers in NSW to a Building Bill. Engineers Australia strongly advocates for a stand-alone Professional Engineers Act.

A guide to engineering competency in the construction sector. Developed by Engineers Australia and the Australian Constructors Association. 

In this submission, Engineers Australia demonstrates that demand for engineers in Australia will always outstrip supply from domestic entry level graduates. A skilled migration program will, therefore, always be needed.

This is an introduction to the application by Professional Engineers of the Performance Protocol, developed and implemented as part of the PPIR (Professional Performance Innovation and Risk) Program by the Warren Centre for Advanced Engineering.

This protocol documents the essentials of performance for Professional Engineers acting in a professional capacity.

The Professional Performance, Innovation and Risk Program (PPIR Program) is an industry initiative undertaken by The Warren Centre for Advanced Engineering.

This protocol informs and guides companies and public sector entities operating as clients, suppliers or employers on the essentials in making effective use of the knowledge and experience of Professional Engineers to achieve optimum outcomes and value for money in considering and undertaking an engineering task.