We design, build and commission control systems for Australian food and beverage manufacturers. From P&ID through to commissioning and long-term support, all under one accountable engineering team.
We design, build and commission control systems for Australian food and beverage manufacturers. From P&ID through to commissioning and long-term support, all under one accountable engineering team.
End to end automation engineering from P&ID through to commissioning. Process, controls, electrical and software under one accountable team.
Before any code is written, we work to understand how your plant actually runs. That means walking the line with your team, working through the P&IDs and sitting down with operations, maintenance and quality to learn what works well, what causes downtime and where the existing system has lost the confidence of the people using it. By the time programming starts, everyone has agreed on what the control system is meant to do and how it should behave across every shift and changeover. For sites dealing with frequent recipe changes, recurring nuisance alarms or unstable startups, this stage is usually where the lasting improvement begins.
Most plants run a mix of platforms: Rockwell on one line, Siemens on another, Omron or Schneider on older equipment. We are comfortable working across all of them, and we design new work so it integrates cleanly with what is already in place. Reusable templates for alarms, interlocks, faceplates and diagnostics are tailored to your existing site standards rather than delivered as a generic library that becomes a maintenance burden later. Operators and maintenance see a consistent plant regardless of the vendor on the panel, with flexibility on spares, procurement and lifecycle cost.
Some clients engage us to deliver a project end to end: design, software, panels, factory testing, commissioning, training and handover. Others bring us in for a defined scope, such as PLC programming, FAT support or commissioning leadership when their own team is stretched. In either case the delivery approach is the same: peer-reviewed code, structured simulation and testing before site, clear documentation and version-controlled changes that remain traceable long after handover. On tight shutdowns we plan the cutover in detail, with bypass logic, rollback steps and clearly defined decision points, so the team is never making high-impact calls without preparation. Throughout the project you receive straightforward updates on scope, assumptions and risk, which keeps the schedule realistic and gives your maintenance team a system they can confidently own.
As early as practical. The strongest outcomes come from involvement during front-end design, while P&IDs are being drafted and equipment is being specified. Early controls input avoids late-stage redesign, ensures the right I/O, panel space and network capacity are allowed for, and makes the FAT a genuine validation step rather than a formality.
Yes. Adapting to site standards and mixed vendor environments is a core part of what we do. We extend your naming conventions, alarm philosophy and preferred hardware rather than replacing them. Where we identify a worthwhile improvement, we will recommend it with a clear rationale and leave the final decision with you.
Through careful preparation. We simulate where it adds value, close out FAT defects before equipment leaves the workshop, and plan cutovers with rollback steps in case adjustment is needed. On the day, structured run sheets give operators and electricians clear actions and timing, which keeps startup controlled and predictable.
Speak directly with an engineer about scope, timing and technical constraints.
