Search site problems and fix them step by step

Poor access causes delivery delays, public risk, neighbour complaints, damaged property, and possible corridor/TMP issues.

Weather can create safety risks, quality defects, programme delay, material damage, and contractual delay notices.

Asbestos fibres can create serious health risks if disturbed. For residential demolition or refurbishment, a construction manager must not let work continue on suspect material until competent advice, testing, controls, and lawful removal/disposal requirements are confirmed.

Building from missing or assumed information can create non-compliance, rework, variation disputes, and inspection failure.

Conflicts can affect structure, consent compliance, programme, cost, ordering, and trade sequencing.

Set-out mistakes can cause boundary encroachment, drainage falls problems, foundation rework, and consent issues.

Boundary errors can trigger disputes, encroachment, resource consent issues, access problems, and legal cost.

Foundation design depends on suitable bearing. Unexpected ground can affect structure, cost, programme, and council/engineer inspections.

Water can create collapse risk, poor bearing, sediment discharge, concrete quality issues, and inspection delay.

Wrong trench depth can cause drainage failure, pipe damage, failed inspection, or conflict with foundation/landscape levels.

Poorly managed clashes can damage structure, waterproofing, fire/safety, bracing, or future maintenance access.

Service strikes can injure people, interrupt neighbours, create emergency response, and cause major cost/delay.

Footing size and bearing are structural issues. Fixing after concrete is difficult and may require engineer direction.

Reinforcing is structural and often concealed by concrete. Errors can cause failed inspection and structural risk.

Concrete placement problems can affect structure, finish, curing, joints, and programme.

Poor curing can reduce durability, finish quality, and performance, and may create disputes or remedial work.

Poor framing affects structure, cladding, linings, joinery, finishes, and inspection quality.

Framing layout errors cause rework and may affect bracing, lintels, services, finishes, and consented layout.

Lintels support loads over openings. Errors are structural and must be fixed before lining/cladding.

Fixings often control structure, durability, bracing, cladding, roofing, and warranty compliance.

Bracing resists wind/earthquake loads and is a major inspection and CCC issue.

Roof framing errors can affect structure, roofing installation, ceiling lines, and safety.

Roof leaks damage structure, linings, insulation, finishes, and client confidence. They can also signal E2 detail failure.

Flashings are critical for external moisture control and are often hidden by cladding or roofing.

Clearances help cladding drain and dry. Wrong levels can create weathertightness and durability problems.

The drained cavity is a key weathertightness element for many residential cladding systems.

Damaged underlay can let water reach framing before the cladding drainage path works correctly.

Joinery problems can cause leaks, poor operation, failed inspection, and expensive cladding rework.

Waterproofing is hidden and failure can damage framing, floors, linings, and finishes.

Inspection failures can block work, delay CCC, and reveal issues that must be corrected before continuing.

Trade delays affect the critical path, other subcontractors, inspections, client updates, and potential contract notices.

Safety breaches can injure people and create legal duties, site shutdowns, notifiable events, and serious harm.

Missing evidence can delay CCC and handover even when the physical work looks complete.

Defects affect client confidence, practical completion, trade recall, final payment, and post-handover workload.