Start with how the home will be used
Room layouts are only part of an electrical brief. Daily routines, furniture positions, entertaining, working from home and future changes all influence where power and control are genuinely useful.
Walk through a typical day with the design team. Consider arrival, cooking, evening scenes, overnight charging, security and what should happen when the house is unoccupied. This turns a generic socket plan into a system designed around real behaviour.
Coordinate lighting before ceilings close
Lighting affects ceiling details, joinery, driver locations, circuiting and control cables. The fitting schedule and the control strategy should therefore be reviewed together, not as separate packages.
Confirm dimming compatibility and accessible driver positions early. A beautiful fitting that does not dim smoothly—or a driver hidden where it cannot be serviced—creates an avoidable long-term problem.
- Fitting type and load
- Dimming protocol
- Circuit groups
- Keypad locations
- Scene requirements
Allow for connected systems and plant
Heating controls, ventilation, blinds, gates, security, networking and AV all need power, data or control interfaces. A coordinated services review should identify these dependencies before cable routes and panels are fixed.
It is also sensible to reserve board capacity and accessible routes for likely additions. Future readiness is less about installing every technology now and more about avoiding destructive work later.
Agree what good handover looks like
Certification matters, but so do accurate labels, schedules, operating notes and a clear demonstration of controls. Agree the handover outputs at the start of the project so they are assembled during delivery rather than reconstructed at the end.
This guide is general information. Electrical design, installation and testing should be assessed against the property, current standards and the exact project scope.