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Practice 01 · Engineering Solutions

Electrical, electronics and automation engineering.

We provide electrical engineering, electronics and automation solutions for industrial, commercial and infrastructure applications. Our capabilities range from power distribution and electrical system design to embedded electronics and industrial control, with safety, reliability and applicable technical standards considered throughout.

Discuss an engineering project See the three disciplines
Exploded view of the three engineering disciplinesThree stacked layers drawn in an exploded axonometric view. The bottom layer is a drawing sheet with a fragment of an electrical single-line diagram. The middle layer is a populated circuit board with a microcontroller and connectors. The top layer is a PLC rack with I/O modules on a mounting plate. One amber signal trace rises from a pump feeder on the drawing, through the circuit board, to an analogue input on the PLC.ANALOGUE IN4–20 mAFEEDER CTPUMPS MCC03 AUTOMATION02 ELECTRONICS01 ELECTRICALPLC rack · I/O · terminalsPCB · MCU · interfacesSingle-line · sheet E-101
  1. 03Automation: PLC rack, I/O and terminals
  2. 02Electronics: populated circuit board
  3. 01Electrical: single-line diagram sheet
Illustrative · one signal traced through all three disciplines

Three disciplines

Three disciplines. One engineering practice.

Our engineering capabilities cover electrical systems, electronics and industrial automation. Each discipline can support a project independently or be combined with others to address multidisciplinary requirements.

Electrical engineering

Electrical engineering solutions for commercial, industrial and infrastructure projects, covering power distribution, electrical installations, system design and technical assessments.

  • APower distribution & system design
  • BCommercial & industrial installations
  • CLoad analysis, sizing & protection
  • DDrawings, specifications & documentation

Electronics & embedded systems

Design and development of electronic circuits, embedded hardware and intelligent devices for industrial, commercial and specialised applications.

  • ACircuit design & PCB development
  • BMicrocontroller & embedded firmware
  • CSensors, instrumentation & interfaces
  • DPrototyping, testing & integration

Automation & control

Industrial automation and control solutions designed to improve process visibility, operational consistency and system performance.

  • APLC programming & control systems
  • BHMI & SCADA development
  • CInstrumentation & process monitoring
  • DDesign, testing & commissioning support

A clear delivery model

Clear scope. Useful outputs. Documented handover.

Scope, responsibilities, technical constraints and acceptance criteria are agreed before delivery begins. Every stage closes with something you can review.

01

Brief

The operating context, constraints and what the system must do.

Out · Agreed brief

02

Scope

Responsibilities, deliverables and acceptance criteria written down.

Out · Scope & approach

03

Design

Drawings, schematics and logic prepared and reviewed with you.

Out · Reviewed design

04

Delivery

Build, verify and document against the agreed scope.

Out · Test records

05

Support

Handover records, as-built updates and help after go-live.

Out · Handover pack

Evidence first

Real work, prototypes and concepts.

Review selected projects
Delivered workCompleted client or company projects.
Internal demonstrationsWorking solutions developed and tested.
Capability conceptsProposed solutions and technical approaches.
Research & developmentOngoing technical investigations, experiments and development.

Start an engineering project

Have an electrical, electronics or controls requirement? Tell us what it needs to do.

We will come back with the scope we would propose, the outputs you would receive and the questions we need answered first.

Discuss an engineering project

Inquiries are routed to the engineering practice lead.