1. Site preparation and setting out
Before foundations begin, the site is prepared for construction.
Work may include:
- site access and setup;
- clearing;
- excavation;
- temporary drainage;
- setting out the building position;
- confirming levels;
- preparing for foundation works.
Site conditions can affect the sequence, especially on sloped or constrained plots.
2. Foundations and below-ground work
The foundation system is designed for the building and ground conditions.
At this stage, coordination may also be required for below-ground drainage, service entries and any elements that pass through or under the structural base.
Errors here can be difficult to correct later, so accurate setting out and inspection are important.
3. Main structural frame
The structure establishes the form of the house.
Depending on the design, this may include reinforced concrete, masonry, structural steel or combinations of systems.
The structural phase also needs to coordinate openings, stairs, balconies and interfaces with later services and finishes.
4. Walls and building envelope
External walls, roofing, waterproofing, glazing and doors progressively close the house against weather.
A well-resolved envelope is important for durability and comfort.
Particular attention may be needed at:
- roofs and terraces;
- balconies;
- window/door junctions;
- external wall systems;
- drainage points;
- penetrations through waterproof layers.
5. First-fix building services
Mechanical, electrical and plumbing systems are installed before walls and ceilings are fully finished.
This can include:
- water supply and drainage;
- electrical wiring and distribution;
- air-conditioning/HVAC systems;
- ventilation;
- data/security;
- solar/energy systems where specified;
- pool or outdoor services.
Service coordination should be resolved before finishes conceal the work.
6. Internal partitions, plastering and screeds
Internal spaces are formed and surfaces are prepared for later finishes.
This stage makes the plan feel more recognisable, but changes can now become more disruptive because services and structural elements are already in place.
7. Tiling, flooring and fixed finishes
Bathrooms, floors, walls and other finish packages begin to define the final interior.
The sequence should protect completed work from damage by later trades.
8. Kitchens, joinery and sanitaryware
Cabinetry, wardrobes, bathroom fittings, internal doors and other fixed elements are installed as the project moves toward completion.
Precise measurements are important because many items are fabricated to suit the built dimensions.
9. Final electrical and mechanical fixtures
Switches, lights, sanitary fittings, HVAC grilles/units and other visible components are completed and tested.
10. External works
Depending on the project, external works can include:
- terraces;
- pool;
- paving;
- retaining walls;
- landscaping;
- driveways;
- gates;
- boundary work;
- external lighting.
These works should have been coordinated earlier even if installation happens late.
11. Testing, defects and completion
Before handover, systems are tested, visible defects are reviewed and incomplete items are resolved.
The client should receive relevant documentation and understand operation/maintenance requirements for key systems.
12. Handover and occupation
Handover marks the transition from construction project to home.
A good handover should be organised enough that owners know:
- how systems operate;
- what maintenance is required;
- which documents they have received;
- how any remaining minor items will be closed out.
Decisions need to happen before the stage where they are installed
Homeowners often think about finishes only when the project reaches finishing work. In reality, many decisions must be made earlier so drawings, services and procurement can be coordinated.
That is why the broader custom-home build process starts with brief and design decisions before site construction.
For a proposed house in Paphos, Rodi's New Home Builds service is the main commercial route.
Key takeaway
New-home construction moves through a logical sequence. Good planning makes sure each stage is ready for the next, reducing rework and keeping technical decisions aligned with the finished design.