Design

CAD Software

Our designers are proficient in a number of CAD packages, which enables us to choose the most efficient way to produce fit for purpose designs. Typically we use:

Tekla Structures - 3D steel structures, platforms, handrails, stairs
Autodesk Inventor - 3D custom steel structures, mechanical
AutoCAD - 2D sketches & designs. Revising or upgrading existing 2D drawings

With all packages, our designers can create and store drawings electronically so that they can be viewed, printed, or programmed directly into CNC systems.

Deliverables

Our experienced designers offer a fully engineered design service. We are particularly proficient in the design of access and egress solutions. As part of the process, we can produce quality, relevant design documents, including:

Concepts
General Arrangement, Elevations & Sections
Fabrication drawings & NC Data
Engineering Calculations & Certification
Material lists
As-Builts

Process

Our design process is generally as follows;

Define the problem
Collect information
Brainstorm & analyse ideas
Develop solutions / build a model
Present ideas for feedback
Improve design and finalise
Produce fabrication drawings as per our steel detailing process

Quality

To ensure we maintain high quality standards, our designs;

go through an extensive checking process
are subject to an ongoing collaborative review process with the client, to ensure the design is fit for purpose
are backed by engineering calculations / certification if required

Our design work is based on our experience and knowledge of engineering and Australian Standard Codes, including;

AS 1428 - Design for Access & Mobility
AS 1657 - Fixed platforms, walkways, stairways and ladders
AS 4100 - Steel structures
AS 4600 - Cold-formed steel structures

Knowledge & Skills

Our designers possess skills & knowledge in the design process, fabrication processes, installation methods, engineering principles as well as 3D CAD modelling.

As part of the design process we can engage highly qualified and experienced engineers to take care of any engineering that maybe required to confirm structural strength, stiffness and stability.