by admin | Sep 18, 2026 | Construction Site Management, Consultancy Services, Safety Update
Construction handover is often treated as a final-week document chase: as-built drawings arrive late, certificates sit in unrelated folders and O&M manuals contain information nobody has checked against the finished building. The practical question is whether the information handed over can actually support safe operation, maintenance and future construction work.
New industry guidance starts with the people inheriting the building
The Construction Leadership Council and BIM in Asset Management have opened consultation on new guidance covering As Built & Handover Information. The work focuses on a simple question: what information does somebody actually need when a construction project finishes?
The consultation is intended to apply across different project scales, from major developments to refurbishment, retrofit and smaller replacement work. That is useful because poor handover is not exclusively a BIM problem on large projects.
The consultation itself is industry guidance in development rather than new legislation. Existing statutory duties still need to be considered separately.
See the As Built & Handover Information consultation.
A handover pack can contain several different legal and contractual records
The phrase “handover pack” is convenient but can conceal several separate information requirements.
Under CDM 2015, a health and safety file is required for projects involving more than one contractor. Its purpose is specific: to contain information likely to be needed to protect health and safety during subsequent construction work on the building.
Separate requirements can arise under the Building Regulations, including relevant fire-safety information. Higher-risk buildings in England also have more extensive golden-thread information requirements. O&M manuals, warranties, commissioning records and asset registers may then be required by the project specification or contract.
These information streams can overlap, but they are not automatically the same document. Producing an O&M manual does not, by itself, prove that every CDM, Building Regulations or golden-thread obligation has been satisfied.
“As built” should mean what was actually installed
A drawing can be professionally produced and still be a poor as-built record if it reflects the design team’s last intention rather than the completed asset.
If a service route changes during construction but the drawing remains unchanged, someone carrying out future intrusive work may rely on inaccurate information. The same issue can arise with fire dampers, structural fixings, underground services, roof-access systems, electrical isolators and other safety-critical assets.
The useful question is: what evidence gives the recipient confidence that the record reflects what was actually installed?
That evidence might include inspection records, commissioning results, approved changes, test certificates, marked-up drawings or other proportionate verification.
Our earlier article on digital product records in construction makes a related distinction: product data can identify what a product is, but does not by itself prove where it was installed or whether the installation matches the approved design.
The information gap often appears after subcontractors demobilise
Project teams frequently discover missing records after the specialist contractor has left site. The supervisor has moved to another project, the commissioning engineer is no longer available and somebody is left reconstructing drawings, certificates or product information from old emails.
The better approach is to define information requirements before the work begins. Specialist contractors should know what records they are expected to provide, in what format, who will review them and when they are due.
Where information is generated progressively, it should be collected progressively. Fire-stopping records, commissioning results, plant information and as-built changes should not all be deferred until the final week because they are traditionally considered “handover documents”.
Good handover starts at procurement, not practical completion
A simple project information schedule can identify each required record, who produces it, who reviews it, the required format, the date it becomes available and where the approved version will be stored.
On a larger project this may sit within BIM and a common data environment. On a smaller project, a controlled spreadsheet and logical folder structure may be perfectly adequate. What matters is the management process.
Changes during construction should trigger information changes. If a product, route or system changes, the team should ask what drawings, asset data, fire information, maintenance instructions and future access information are affected.
Review should also happen during the project. Sampling completed handover information each month can reveal missing approvals, contradictory references and poor naming while the people who generated the information are still available to correct it.
What should you do now?
- Review a recently completed project from the perspective of an unfamiliar facilities manager.
- Separate the CDM health and safety file, fire-safety information, O&M records and higher-risk-building information where applicable.
- Create a project-specific information schedule with owners and due dates.
- Make construction changes trigger a review of affected as-built information.
- Collect specialist-contractor information before demobilisation.
- Link test and commissioning evidence to the relevant asset or location where practical.
- Sample handover information during construction rather than waiting for completion.
- Verify critical information before project close-out.
Our professional view
The measure of a good handover pack should not be its file size. It should be whether somebody who did not work on the project can find, understand and reasonably rely on the information when they need it.
Good information management also needs to be proportionate. A small plant-replacement project does not need a complex digital twin, but it may need accurate plant references, commissioning results, isolation information, maintenance instructions and revised drawings.
The question remains the same at every scale: what will the person inheriting this asset need to know, and can we demonstrate that what we are giving them reflects what was actually built?
For clients and contractors reviewing CDM arrangements, project information or construction close-out processes, All Star Safety’s health and safety consultancy service provides project-based and ongoing support. Our CDM 2015 Awareness course also covers key project documents and dutyholder responsibilities.
by admin | Sep 9, 2026 | Health and Safety, NVQs, Training
When poor workmanship is discovered at snagging, the immediate response is often to repair it and move on. But repeated defects usually deserve a deeper question: did the people carrying out and supervising the work understand the required standard in the first place? A current CITB-funded training opportunity provides a timely reason for contractors to examine how they turn quality failures into competence development.
CITB’s September deadline puts workmanship back on the agenda
CITB announced on 1 September that employers have until 30 September 2026 to secure Roofing and Brickwork Masterclasses under the current fully funded arrangements.
The 90-minute sessions are delivered by NHBC building inspectors and concentrate specifically on issues those inspectors commonly encounter on completed and partially completed homes. CITB
Read CITB’s September Masterclass funding update
The Roofing Masterclass covers issues including underlay and battens, fire stopping, ventilation, flashings, tile and slate fixing, verges, valleys and ridges. Brickwork sessions include cavity construction, insulation, DPCs, cavity trays, cavity barriers, timber frame interfaces and sound insulation. CITB
Dry lining is also included in the programme, although the funding arrangement is different. CITB says those sessions cost £645 but may be funded by CITB for eligible employers, rather than being automatically provided under the same fully funded model as the current Roofing and Brickwork sessions. CITB
NHBC says Roofing and Brickwork sessions can also be delivered on or close to a live site, subject to minimum learner numbers and suitable accommodation. Roofing requires at least five roofing contractors and Brickwork at least seven, with a maximum of 12 delegates for either session. NHBC
That makes this more than a funding announcement. It is an opportunity to consider whether construction businesses are using inspection findings intelligently enough.
Snagging is often too late to start managing quality
A snagging list is useful for identifying what needs to be corrected. It is less useful if the same defect appears repeatedly across several plots, floors, projects or subcontractors.
At that point, the issue is no longer simply defective work. It is a management-system problem.
NHBC describes roofing as the build stage associated with the highest number of defects and warranty claims in new homes. Its Roofing Masterclass is specifically designed around helping trades avoid those recurring problems and reduce rework. NHBC
See the NHBC Roofing Masterclass content
Consider a recurring problem with incorrectly formed cavity trays.
Replacing or correcting the defective work addresses the immediate problem. But if six bricklayers are making the same error, simply issuing six snagging instructions misses the more important question: what caused the misunderstanding and how will we stop plot seven being built the same way?
The answer might involve training. It might also involve drawings, specifications, sequencing, product selection, supervision, setting-out information or an unclear interface between trades.
Not every defect is caused by incompetence, and training should not become the default solution to every quality issue.
But repeat defects should always trigger a competence question.
Building Regulations have changed the competence conversation
There is also now a statutory context that goes beyond client expectations and warranty standards.
Under the Building Regulations dutyholder regime in England, people undertaking building work must have the appropriate skills, knowledge, experience and behaviours for the work they carry out. Organisations must have the organisational capability needed to deliver compliant work. GOV.UK
Government guidance states that contractors must plan, manage and monitor the building work they carry out or control so that it complies with the relevant requirements.
Organisational capability includes having appropriate policies, procedures, systems and resources, together with arrangements for actively monitoring and supervising people. GOV.UK
Read government guidance on competence and building work
This is a legal requirement. Attending an NHBC Masterclass, completing an NVQ or holding a CSCS card is not, by itself, proof that every aspect of those duties has been discharged.
Government guidance specifically identifies formal training as one possible way of demonstrating competence, alongside evidence such as previous work and relevant experience. It also stresses that people should work within the limits of their competence and seek assistance where necessary. GOV.UK
The practical implication is important.
Competence is not a certificate held by the individual. It is the ability to apply appropriate skills, knowledge, experience and behaviours to the particular work being undertaken.
Training is evidence of competence, not competence by itself
Construction sometimes treats qualifications, cards, short courses and site inductions as interchangeable evidence that somebody is “competent”.
They are not.
A 90-minute technical Masterclass can give an experienced bricklayer valuable insight into recurrent cavity defects. It cannot turn somebody with no bricklaying experience into a competent bricklayer.
Likewise, an experienced roofer may have extensive practical ability but still benefit from training on a particular system, specification or detail they have not encountered previously.
Workplace qualifications serve another purpose.
A competence-based NVQ assesses whether somebody can demonstrate the requirements of their occupation through actual work. All Star Safety’s current [trade NVQ provision] Level 2 and Level 3 Trade NVQs includes bricklaying, roofing and interior systems among the available routes, with evidence obtained through workplace observation, professional discussion and real work records. All Star Safety Ltd
That provides evidence of occupational competence. It does not remove the need for project-specific information, manufacturer guidance, supervision or additional training when the work introduces something outside the person’s previous experience.
The most effective competence system therefore combines several things:
- occupational competence;
- relevant experience;
- project-specific information;
- product and system knowledge;
- appropriate training;
- adequate supervision; and
- evidence that the required standard is actually being achieved.
Removing any one of those can create a gap.
Turn your defect data into a training plan
Quality inspections become considerably more valuable when their findings are aggregated rather than closed individually.
Instead of simply recording that a cavity barrier was corrected on Plot 12, record the type of failure.
If the same issue occurs on Plots 14, 18 and 21, management can see a trend that would otherwise be hidden among hundreds of separate snagging actions.
The same principle applies to roofing.
If verge details repeatedly fail inspection, identify whether the work is associated with a particular team, product, drawing detail, supervisor, house type or construction sequence.
That allows the response to be targeted.
Sometimes the answer will be a technical briefing. In other cases it may be supervised demonstration, manufacturer training, better drawings or a revised inspection hold point before subsequent work conceals the detail.
For higher-risk interfaces, a sensible approach is to establish a first-off inspection.
For example, inspect the first completed cavity tray, roof abutment or fire-stopping detail before allowing that team to repeat it across another twenty locations.
This turns quality assurance from retrospective snagging into active control.
It also provides much stronger evidence of organisational capability than simply producing a folder of training certificates when a client asks how competence is managed.
What should you do now?
For housebuilders, contractors and relevant subcontractors, the immediate opportunity is straightforward: check whether the current NHBC Masterclasses are relevant to work your teams are actually carrying out.
Roofing and Brickwork sessions remain available under their current fully funded arrangement until 30 September 2026. Dry Lining has a different funding model, so eligibility should be checked before assuming the employer contribution will be zero. CITB
More broadly, review how your business currently learns from defects.
Ask:
- Which defects have occurred more than once during the last six months?
- Are inspection findings analysed by trade and defect type?
- Do supervisors know the most common recurring failures?
- Are technical briefings targeted at actual site problems?
- Are manufacturer instructions available where the work is carried out?
- Do new systems or unfamiliar details trigger additional competence checks?
- Are first-off inspections used before repetitive work proceeds?
- Can you demonstrate why the people carrying out the work were considered competent?
- Do trade qualifications actually match the activities those workers perform?
- Is corrective training checked afterwards to establish whether the problem has stopped?
That last question is particularly important.
Training attendance is an input. Fewer defects are an outcome.
Businesses should measure both.
Our professional view
Construction has historically been much better at recording safety incidents than quality failures.
A near miss may trigger an investigation, toolbox talk and management review. Ten badly formed construction details can sometimes generate ten separate snagging sheets without anybody stepping back to identify the common cause.
That distinction is increasingly difficult to justify.
Quality, safety and compliance frequently intersect. Poorly installed cavity barriers are a quality defect with potential fire-safety consequences. Incorrect roof ventilation can lead to building-performance problems. Poorly installed structural components can move rapidly from workmanship into safety-critical territory.
The management disciplines are also very similar: clear information, competent people, suitable supervision, inspection, feedback and correction before the problem is repeated.
CITB’s current funding announcement is therefore useful even for contractors that never book one of these particular Masterclasses.
It is a reminder that training should respond to what is actually going wrong on site.
The best training matrix is not merely a list of expiry dates. It connects qualifications, experience, project requirements, observed performance and recurring defects so that competence development is directed where it will make a measurable difference.
For employers formalising the occupational competence of experienced tradespeople, All Star Safety’s Level 2 and Level 3 Trade NVQs provide workplace-based assessment across bricklaying, roofing, interior systems, carpentry, cladding and other construction occupations.