Joinery and carpentry method statement template

A joinery or carpentry method statement should describe the specific item being made or installed, the sequence of work, the equipment and materials, and the controls for wood dust, machines, handling and site conditions. Use the blank form below for Great Britain work after a task-specific risk assessment. It has separate workshop and site-installation branches: a bench-made door set, on-site timber partition and kitchen installation do not have the same hazards or approval points.

This is a work-planning document, not proof that a finished component meets a structural, fire or acoustic specification. The Complys general method statement template covers cross-trade jobs. This page addresses the distinct cutting, machining, assembly and fixing decisions that a carpentry team must make. A project involving kitchen units should also use the specific kitchen-fitting method where that is the principal task; avoid duplicating that entire intent here.

Decide the scope before copying the form

Write down what the team will do: survey and measure, workshop-machine components, transport them, remove existing work, cut or trim on site, assemble, fix, finish, inspect, or hand over. Identify the product, timber or board type, coating, adhesive, fixings, drawings and specification. Mark work performed by another trade, such as electrical alterations or gas appliance disconnection. If the joinery forms part of a fire door, protected escape route or load-bearing detail, use the approved design and competent inspection route. A generic form cannot choose a fire-door assembly or certify one.

The workplace changes the controls. A workshop may have fixed woodworking machines, local exhaust ventilation (LEV), machine guarding and segregated material flow. A construction site may have shared access, occupants, concealed services, work at height and limited dust containment. HSE's woodworking guidance identifies machinery, dust, handling and noise as core risks. HSE's construction wood-dust page advises pre-cut materials, dedicated work areas and effective on-tool extraction for site cutting and sanding. Neither setting is made safe by merely writing “wear PPE”.

Copyable project and method form

Replace each bracket with an actual job decision. Delete steps that do not apply and add site-specific hold points.

A. Identification and authority

The author should walk the actual work area before final sign-off. A copied list of hazards cannot establish whether there is a cable behind the wall, asbestos in old lining, an occupied corridor below the work or an operational machine with effective extraction.

B. Survey and pre-start hold points

If the project lacks reliable asbestos information for material likely to be disturbed, stop that disturbance and obtain the appropriate competent assessment. HSE's asbestos guidance notes that asbestos can be found in older building materials, including panels and insulation. This form does not authorise asbestos work. Likewise, uncertain fire-door or compartment details need an approved design decision before cutting or fixing.

C. People, materials, plant and controls

Wood dust is a material health hazard. HSE says exposure should be controlled using suitable extraction and maintained equipment; its site-cutting guidance distinguishes source control from the additional RPE that may be needed for dusty work. Assess the particular material and duration. A face covering without effective extraction is not a substitute. Do not dry-sweep or blow settled dust into the air; HSE's woodworker advice recommends suitable industrial vacuum cleaning. Check the extraction and its maintenance record before machining rather than assuming a hose connection works.

Machine-specific safe systems still matter. The team should use the manufacturer's instructions, guarding, isolation and training for the actual machine; a generic “saw” control is inadequate for every bench saw, router or planer. HSE's woodworking information sheets provide task-specific material. Record who is authorised to operate, adjust and clear jams. Stop and isolate faulty equipment rather than modifying a guard to complete a cut.

D. Work sequence

Not every job has workshop steps; not every job involves an occupied building. The supervisor should select the actual branch and explain how the component travels between stages. A fire-rated door set needs its own approved component/installation requirements and inspection points. A decorative shelf may instead need verified load/support assumptions. The method must not promote the shelf load or fire performance from guesswork.

E. Stop-work, change and emergency decisions

The supervisor should record the change, who approved it, the revised drawing or method, and who received a fresh briefing. If an emergency occurs, follow the site's emergency plan and make the area safe. The form is not a substitute for first aid, fire or rescue arrangements.

F. Briefing, inspection and handover log

Handover should include the installed component, drawing revision, manufacturer care instructions, outstanding defects and any inspection record required by the project. A signed toolbox talk proves that people were briefed; it does not prove the work was installed to specification.

Example: fitting internal doors in an occupied refurbishment

A joinery team receives approved door-set information and checks openings before ordering. The team confirms what the door is meant to do, including any fire or acoustic function, and requests the appropriate inspection route. They arrange pre-cutting in the workshop to minimise site dust. On site they review the building's asbestos information before disturbing old linings, identify hidden services, segregate the occupied corridor and use effective extraction for trimming. Each heavy leaf has a planned lift and temporary support. When an opening is smaller than the approved assembly permits, the team stops that installation and asks for an approved detail rather than cutting the door to fit by eye. After fixing, an appointed competent person checks the specified clearances, hardware and relevant assembly details. The team records any change and hands over maintenance information. These are example decision points, not a pre-approved method for every door.

Mistakes this template is designed to prevent

• One generic method for factory machinery and site installation without deciding which operations happen where.
• “Wear dust mask” as the only wood-dust control, with no extraction or clean-up decision.
• Trimming a specified fire or structural component without design approval.
• Cutting into old linings or concealed spaces without hazard and service information.
• Naming a two-person lift without checking weight, route and available handling aids.
• Listing a machine with no authorised operator, guard check or isolation procedure.
• Allowing another trade's gas or electrical work to vanish into a carpentry task description.
• Signing off appearance while concealed supports or fixings remain uninspected.

For a project-specific document workflow, the Complys RAMS page is the relevant commercial destination. Verify its current implementation and terms before claiming that it supplies a particular approval, integration or automated compliance result. Software can help organise the method; the contractor must check actual site conditions, current specifications, controls and worker briefing.

Source, claim, owner, product, links and writer-side QA

Terminal writer-side disposition: READY.