Discovery & URS
Site surveys, process reviews and a practical user requirements specification (URS) that aligns the project team.
End-to-end project delivery
One accountable team—from concept to handover.
We coordinate mechanical, electrical, instrumentation, controls and automation as one combined engineering programme, giving you a clear route from an operational challenge to a commissioned solution.
One engineering ownerLess coordination riskA smoother commissioning path
What we deliver
One coordinated route from requirement to production.
We define the need, develop every discipline together, integrate and test the solution, then install, prove and support it in production.
Multidisciplinary design
Mechanical, electrical, instrumentation and controls design developed together rather than in isolation.
Build & integration
Control panels, machinery, software and third-party equipment brought together and tested as one system.
Installation & commissioning
Planned installation, verification, operator training and a controlled route into production.
Lifecycle support
Clear documentation, secure backups and an engineering team that can support future improvements.
Engineering basis
Defined around interfaces, constraints and acceptance criteria.
The technical route is agreed early, so design decisions can be reviewed, tested and handed over without losing the operational context behind them.
Requirements & boundaries
We turn the operational need into a usable URS, define battery limits, utilities, interfaces and acceptance criteria, and identify what must remain live during the work.
Integrated system architecture
Mechanical equipment, electrical distribution, instrumentation, control, safety and plant-network interfaces are developed as one architecture with named responsibilities.
Test and commissioning strategy
Design reviews, software simulation, factory acceptance testing, site acceptance testing and production proving are planned against the agreed requirement.
Controlled handover
The finished system is supported by drawings, software backups, settings, manuals, training records, spares information and a clear route for closing residual actions.
Typical project outputs
URS and scope definitionSystem architectureDesign reviewsFAT and SAT recordsCommissioning planAs-built documentation
Where it fits
Built around the application—not a fixed package.
We choose the right level of engineering for the process, operating environment, existing equipment and long-term support model.
- New automated production cells
- Plant and pilot-line relocation
- Multidisciplinary process upgrades
- Control and machinery replacement
- Turnkey inspection systems
Related work
See the engineering in context.
Real projects are the clearest way to understand how the disciplines come together.
Machine buildsTwin-pack infeed retrofitA packaging-line retrofit that automates pack pairing while retaining the productive parts of the existing equipment.View case study 
Turnkey automationPilot-plant relocationAn international pilot-plant relocation covering mechanical, electrical, controls, logistics and recommissioning.View case study 
Machine buildsPlastic dip-moulding retrofitA multidisciplinary retrofit that modernised ageing machinery and improved performance, control and energy use.View case study Start a conversation
Could turnkey automation improve your operation?
Bring us the challenge. We’ll help you shape a practical next step.