Incorporating Australian Standards into our engineering projects not only ensures compliance with regulatory requirements but also enhances the overall quality, safety, and reliability of the final product that Practical Engineering is known for. Additionally, staying updated with the latest revisions and amendments to these standards is essential to keep pace with advancements in technology and best practices. Practical Engineering is regularly engaged to both design to these standards and to review compliance to standards on existing or modified equipment.

Let’s investigate some of the key Australian Standards that are vital across various engineering disciplines we use every day:

AS4100 Steel Structures

AS 4100
Steel Structures

Outlines the design criteria and construction methods for steel structures. Whether it’s buildings or industrial facilities, to ensure structural integrity and safety. We are regularly engaged to ensure adherence to this standard.

AS4100 Steel Structures

AS 1657
Fixed Platforms

Outlines the design criteria and construction methods for steel structures. Whether it’s buildings or industrial facilities, to ensure structural integrity and safety. We are regularly engaged to ensure adherence to this standard.

AS4100 Steel Structures

AS 3990
Mechanical Equipment

Outlines the design criteria and construction methods for steel structures. Whether it’s buildings or industrial facilities, to ensure structural integrity and safety. We are regularly engaged to ensure adherence to this standard.

AS4100 Steel Structures

AS 4100
Steel Structures

Outlines the design criteria and construction methods for steel structures. Whether it’s buildings or industrial facilities, to ensure structural integrity and safety. We are regularly engaged to ensure adherence to this standard.

AS4100 Steel Structures

AS 1657
Fixed Platforms

Outlines the design criteria and construction methods for steel structures. Whether it’s buildings or industrial facilities, to ensure structural integrity and safety. We are regularly engaged to ensure adherence to this standard.

AS4100 Steel Structures

AS 3990
Mechanical Equipment

Outlines the design criteria and construction methods for steel structures. Whether it’s buildings or industrial facilities, to ensure structural integrity and safety. We are regularly engaged to ensure adherence to this standard.

AS4100 Steel Structures

AS 4100
Steel Structures

Outlines the design criteria and construction methods for steel structures. Whether it’s buildings or industrial facilities, to ensure structural integrity and safety. We are regularly engaged to ensure adherence to this standard.

AS4100 Steel Structures

AS 1657
Fixed Platforms

Outlines the design criteria and construction methods for steel structures. Whether it’s buildings or industrial facilities, to ensure structural integrity and safety. We are regularly engaged to ensure adherence to this standard.

AS4100 Steel Structures

AS 3990
Mechanical Equipment

Outlines the design criteria and construction methods for steel structures. Whether it’s buildings or industrial facilities, to ensure structural integrity and safety. We are regularly engaged to ensure adherence to this standard.

Incorporating these standards into our engineering projects not only ensures compliance with regulatory requirements but also enhances the overall quality, safety, and reliability of the final product that Practical Engineering is known for.

Accountability for the work we do, the decisions we make and their impact to the community

Integrity to act honestly, ethically and fairly to all our stakeholders

Respect for each other, our clients, our suppliers and most of all respect for the ability we have to make a difference.

Incorporating these standards into our engineering projects not only ensures compliance with regulatory requirements but also enhances the overall quality, safety, and reliability of the final product that Practical Engineering is known for.

Additionally, staying updated with the latest revisions and amendments to these standards is essential to keep pace with advancements in technology and best practices.
Practical Engineering is regularly engaged to both design to these standards and to review compliance to standards on existing or modified equipment.