Design that survives construction
Electrical system design across LV, MV and HV networks
Industrial power distribution design
Rail signalling design — ETCS, TCMS, onboard systems
Control systems and automation design
Renewable energy system design — solar PV and hybrid
Load flow, fault level and protection coordination studies
Cable sizing, earthing and lightning protection design
Interface design for complex integrated systems
Functional safety analysis — FMECA and Fault Tree Analysis
Drawings, schematics and single line diagrams
Specifications and technical schedules
Calculation and study reports
Safety and compliance documentation
How the work runs
Each stage produces a document you can review before the next one starts — no surprises at handover.
Requirements & basis of design
Capture loads, constraints, standards and interfaces in a single agreed document.
Concept & studies
Load flow, fault level, protection and cable sizing to size the system properly.
Detailed design
Drawings, schematics and specifications issued for review and construction.
Design review & certification
RPEQ review, constructability check and compliance sign-off.
AS/NZS 3000 and the wider AS/NZS suite
IEC and IEEE standards
RISSB and rail operator standards
Safety in Design (SiD) principles
ETCS Level 2 onboard design, Queensland Rail
Requirements, architecture and interface design for IMU160 and SMU260 fleets.
Diesel Tilt Train upgrade
Electrical and entertainment systems design, hazard log and SEMS compliance.
Solar PV design and yield modelling
Panel layouts, irradiance calculations, energy yield and budget projections.
Need a design you can build from?
Send the drawings, the scope or the fault history — we respond with an engineering view, not a brochure.