We specialise in electronics hardware design. With design experience in the building automation, mining, and industrial control industries, we offer good understanding of suitable technologies and environmental considerations.
What matters most
It is important that the product use case is researched from the start. Our initial consultation will ensure we understand your expectations, the product environment, and identify area of risk and opportunity. We explore any current products you may have and the technologies available to you.
Design for manufacture
Our design methodology is to design for manufacture and ensure scalability in our electronics design. This serves well even for short-run prototype design.
Ease of manufacture, process efficiency, part availability and sourcing, bill-of-materials efficiency, modularity, system testing and updating, and product life cycle are all important factors of our design methodology. These are all aspects that can be designed in to your product from the start to avoid later redesigns when scaling.
We provide clear and comprehensive schematic design that details your product’s electronics and low-level functionality. We reference component manufacturer data sheets to ensure our designs are well researched and reliable for their intended environment.
Our schematics are tracked using revision control including strict versioning and summary of changes. We cover all of this to provide you with a clear understanding of each revision of your product and what changes we’re made to deliver the current design.
Our PCB design ensures your printed circuit boards are completed with best practices to ensure reliability, safety, and reduced EMI. Our boards are fully tested during layout against a slew of design rules, reducing the number of physical board revisions required. This eliminates issues early and gets your product completed faster.
We have experience in both through-hole and high density surface-mount technology and can provide 3D models of your PCB layout and organise fast and cost effective fabrication.