Method Statement Template for Construction Work | Free Field-by-Field Guide

Every competitor offering a "free method statement template for construction work" hands you a blank Word document with no indication of why each field exists, how to fill it, or what a principal contractor will check when they review it. A blank template is just a layout. This page turns it into a usable tool: it walks every field of a construction method statement template, explains what to write and what the PC reviewer is looking for, then fills the whole thing in against a concrete drainage-installation scenario so you can see a PC-review-ready document before you produce your own.

This is the template-and-fields side of the job. If what you need is the process of writing a method statement from scratch — gathering site information, sequencing the work, mapping risk-assessment controls into steps — that lives on a separate page: How to write a method statement: the writing process, step by step. Use this page when you want a structure to fill in; use that one when you want to learn the craft.

Skip the blank document entirely. RamsDocs publishes 51 free task-specific RAMS templates — drainage, blockwork, roofing, groundworks, electrical and more — already structured around the fields below and pre-populated with the typical hazards and controls for each trade. Browse the template library and start from the one closest to your task rather than a blank page.

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What Is a Method Statement, and What Makes a Template Usable?

A method statement is a written description of how a specific construction task will be carried out safely, in sequence, by named personnel using identified equipment. It is not itself a standalone statutory document in the way the CDM 2015 construction phase plan is — but it satisfies multiple overlapping regulatory obligations at once, and principal contractors routinely require one before allowing a contractor to start work.

A risk assessment and a method statement are complementary: the risk assessment identifies what could go wrong and how serious it is; the method statement describes how the work is done so those hazards are controlled. On site they are almost always issued together as a combined RAMS document, but they serve different functions and should not be merged into one undifferentiated block of text.

What separates a usable template from a blank Word document. A blank template gives you headings and nothing else, so it produces generic documents — which is exactly what gets returned by reviewers. A usable template does three things a blank one cannot:

1. It tells you what each field is for, so you fill it with the right kind of information rather than guessing.
2. It anchors each field to the regulation that drives it, so you can see what you are satisfying — and what a reviewer will check.
3. It is built around a real trade, so the typical hazards, plant and controls are already in front of you and your job becomes adapting rather than inventing.

That is the difference between the table below and a downloaded .docx.

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Which Regulations Determine What the Template Must Cover?

Before filling a single field, check which activities your task involves and make sure the corresponding regulations are addressed in the body of the document. This cross-reference is the part static Word templates never provide.

Construction activity	Primary statutory instrument to address
Work at height	Work at Height Regulations 2005
Lifting operations (crane, hoist, MEWP)	LOLER 1998 — Lifting Operations and Lifting Equipment Regulations
Hazardous substances (solvents, adhesives, dust, silica)	COSHH 2002 — Control of Substances Hazardous to Health Regulations
Manual handling of loads	Manual Handling Operations Regulations 1992
Noisy plant or processes	Control of Noise at Work Regulations 2005
Work on pre-2000 buildings where asbestos not ruled out	Control of Asbestos Regulations 2012
Confined spaces (tanks, chambers, sewers, deep excavations)	Confined Spaces Regulations 1997
Work on or near electrical systems	Electricity at Work Regulations 1989
Plant and hand tools	PUWER 1998 — Provision and Use of Work Equipment Regulations
Hot work and other fire-risk activities	Regulatory Reform (Fire Safety) Order 2005
Explosive atmospheres	DSEAR 2002 — Dangerous Substances and Explosive Atmospheres Regulations
All construction projects	Construction (Design and Management) Regulations 2015

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The 12 Fields of a Construction Method Statement Template

For each field below: what it is for, how to fill it, and what a principal contractor checks. Fill every field — an empty field is a question the reviewer will ask anyway.

Field 1 — Project and task identification

What it is for: ties the document to one specific project and construction phase. How to fill it: company name, project address, task description, document reference, revision number, date. What the PC checks: that the document is traceable and version-controlled. Under CDM 2015, revision numbering supports the version control that becomes necessary when site conditions change. A document with no reference or revision number cannot be confirmed as the current approved version.

Field 2 — Scope of work

What it is for: draws the boundary of the safe system of work. How to fill it: a precise description of the activity — what, where on site, and over what programme. What the PC checks: that the scope matches the actual task and is not so broad it becomes unenforceable. "Drainage works to the site" is too wide; "install 28 m of 150 mm foul drainage between MH3 and the new connection at MH4, excavation depth up to 1.8 m" is enforceable.

Field 3 — Personnel and competence

What it is for: shows the people doing the work are competent for it. How to fill it: names or roles of operatives, supervisor and responsible person, plus task-appropriate training and tickets (e.g. confined-space entry, excavator operator, MEWP operator). What the PC checks: that named competencies match the task's hazards. CDM 2015 distributes duties to contractors for managing their work, and where work at height is involved the Work at Height Regulations 2005 require those involved to be competent. "Competent operatives" with nothing listed is a fail.

Field 4 — Plant and equipment

What it is for: confirms the equipment is fit for use. How to fill it: list every item of plant, tool and work equipment, with inspection/service status. What the PC checks: a PUWER 1998 compliance position for each item — suitable for the task, maintained, and inspected. Equipment listed with no inspection statement is a common rejection trigger.

Field 5 — Materials and substances

What it is for: surfaces anything hazardous to health before it reaches the controls field. How to fill it: list all materials; flag any substance hazardous to health (cement, primers, solvents, jointing compounds). What the PC checks: that hazardous substances are identified here and carried through to Field 9. Where they are used, COSHH 2002 imposes duties that must be reflected, with the COSHH assessment or safety data sheet cross-referenced.

Field 6 — Sequence of operations

What it is for: the operational core — how the task is actually performed, in order. How to fill it: numbered steps in the order events happen, detailed enough that a new operative could follow them. What the PC checks: specificity. Vague sequences ("work will be carried out safely") are the single most common reason method statements are returned for revision. Each step should carry its own controls.

Field 7 — Work at height controls

What it is for: documents how falls are prevented. How to fill it: identify every location where a fall could occur; state the hierarchy of control (collective protection preferred over personal); identify access equipment, edge protection and exclusion zones. What the PC checks: that the Work at Height Regulations 2005 hierarchy is applied and documented, and that fragile surfaces — including roof lights — are specifically addressed. As HSE INDG401 states, work at height means "work in any place where, if there were no precautions in place, a person could fall a distance liable to cause personal injury." Schedule 6 sets out ladder requirements where ladders are the chosen access.

Field 8 — Lifting operations

What it is for: covers any controlled lift. How to fill it: identify the lift, the equipment, the appointed person / lift planner, and the exclusion zone beneath. What the PC checks: that LOLER 1998 is addressed wherever a crane, hoist, excavator-as-crane lift or other lifting equipment is used, and that an appointed person is named. Even a simple materials hoist triggers LOLER.

Field 9 — Hazardous substances

What it is for: states the controls for each substance flagged in Field 5. How to fill it: control measures per substance (substitution, enclosure, ventilation, PPE) and the COSHH assessment reference. What the PC checks: that every substance in Field 5 has a corresponding COSHH 2002 control and reference here. Solvents or compounds listed with no COSHH reference is one of the most common rejection triggers.

Field 10 — Manual handling

What it is for: addresses lifting, carrying and moving loads. How to fill it: identify the operations and state controls — mechanical aids, team lifts, weight limits, rest breaks. What the PC checks: that the Manual Handling Operations Regulations 1992 are addressed with practical controls, not "use good technique." Load weights and mechanical-assist options should appear.

Field 11 — PPE schedule

What it is for: lists protective equipment by activity. How to fill it: standard site PPE plus task-specific items (RPE, hearing protection, cut-resistant gloves, gas monitor for chambers). What the PC checks: that PPE matches the hazards in the other fields. Where noisy plant is used the Control of Noise at Work Regulations 2005 require hearing protection here; where asbestos may be present the Control of Asbestos Regulations 2012 drive RPE and decontamination requirements.

Field 12 — Emergency arrangements, sign-off and review

What it is for: makes the document live, accountable and current. How to fill it: first aid provision, assembly point, emergency contacts; author (competent person) and reviewer/approver names and signatures; and the review triggers (change in scope, personnel, conditions, or a near-miss/incident). What the PC checks: that emergency arrangements are site-specific (named first aider, real assembly point — not "call 999"), the document is signed and dated, and review triggers are stated. CDM 2015 requires the construction phase to be properly managed; the method statement must be live, not signed once and filed. Where hot work is involved, the Regulatory Reform (Fire Safety) Order 2005 and a hot-work permit are cross-referenced here.

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How to Make a Generic Template Site-Specific

A template is the starting structure; it becomes a valid method statement only when you make it true for your site. The fields above are constant — the content is not. To convert a template into a site-specific document:

• Rewrite the scope (Field 2) against the actual work order. Replace any placeholder description with the real quantities, locations and depths for this job.
• Replace the example sequence (Field 6) with your real one. A template's sequence is illustrative. Walk your actual task in order and overwrite every step; delete steps that do not apply and add ones that do.
• Strip controls that do not apply and add ones that do. A drainage template may carry confined-space controls you do not need on a shallow open trench — or you may need them and they are not there. Match the controls to your risk assessment, not the template's assumptions.
• Insert your real site data. Site address, named first aider, nearest A&E, assembly point, principal contractor, document reference and revision. Any "[insert]" left in is an immediate tell to a reviewer.
• Reconcile against the regulation table above. Run your finished draft against the activity list. Every activity present must have its regulation reflected; every field referencing an activity you are not doing should be removed or marked N/A.

A template saves you the structural work. It does not, and cannot, do the site-specific reasoning — that is yours. For the full method of doing that reasoning, see the writing-process guide.

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Worked Example: Installing a Foul Drainage Run on a Commercial Site

Why this scenario? Drainage installation is a high-frequency construction task that exercises a different hazard mix from roofing or maintenance work — excavation collapse, buried services, confined-space risk in chambers, manual handling of pipe and bedding, and plant working alongside operatives. It shows the same 12-field structure carrying an entirely different set of controls, which is exactly what a template has to be able to do.

CONSTRUCTION METHOD STATEMENT — COMPLETED EXAMPLE

Field	Completed entry
1. Project / task	Northgate Retail Park, Plot 4, Derby DE21 6AA. Task: install 28 m of 150 mm foul drainage in open-cut trench between new MH3 and existing connection MH4. Ref: MS-2025-061 Rev 1. Date: see document header.
2. Scope	Open-cut excavation to max 1.8 m depth, lay and bed pipe, connect to existing manhole, backfill and reinstate. No work inside live sewer. Duration: 2 days. Works within hoarded compound away from public.
3. Personnel	Site supervisor: K. Adeyemi (SMSTS). Groundworker × 2 (one trained and competent for the specific excavator being used; both inducted). Banksman for plant movements. Confined-space trained operative on call should chamber entry become necessary.
4. Plant and equipment	5-t tracked excavator (PUWER 1998 — inspected, thorough examination in date, operator competent). Trench support box / drag box (inspected, certificate on file). Compactor plate. Hand tools, pipe laser. All checked serviceable before mobilisation.
5. Materials / substances	150 mm PVCu pipe and fittings. Granular pipe bedding/surround. Pipe-jointing lubricant (low hazard — SDS held). Concrete for haunching at connection (wet cement — COSHH assessment ref COSHH-061 attached).
6. Sequence of operations	1. Site induction and toolbox talk. 2. CAT-and-Genny scan of trench line; confirm against utility drawings; trial-hole any suspected services by hand. 3. Set out trench; establish 2 m exclusion zone around excavator slew. 4. Excavate in stages; install trench support box progressively — no operative enters an unsupported trench over 1.2 m. 5. Lower and bed pipe; joint with lubricant; lay to fall using pipe laser. 6. Make connection at MH4 (from surface where possible; chamber entry only under separate confined-space permit). 7. Haunch connection in concrete. 8. Backfill in layers; compact. 9. Reinstate surface; remove support box as backfill rises. 10. Remove plant; clear and clean compound.
7. Work at height controls	Not a work-at-height task in the conventional sense; however, the open excavation is an open edge. Edge of trench barriered; pedestrian board-crossing provided; spoil set back min 1 m from trench edge. No working from height. (Work at Height Regulations 2005 reviewed — not a primary driver for this task.)
8. Lifting operations	Excavator used to lower pipe and bedding into trench is a lifting operation: LOLER 1998 applies. Machine fitted with certified lifting eye and quick-hitch; lift plan for pipe-lowering held; appointed person K. Adeyemi. Banksman directs all lifts; no one beneath suspended load.
9. Hazardous substances	Wet cement/concrete (haunching): refer COSHH-061. Controls: avoid skin contact, nitrile gauntlets and eye protection, wash facilities on site. Pipe lubricant low-hazard, gloves sufficient. The Control of Asbestos Regulations 2012 not engaged — greenfield service strip, no buildings disturbed; confirmed in site CPP.
10. Manual handling	Pipe lengths and bedding bags are heavy and awkward. Excavator lowers pipe and granular material into the trench to avoid manual lowering. Two-person handling for positioning; loads kept within guidance weights. Manual Handling Operations Regulations 1992 addressed.
11. PPE schedule	Hard hat (EN 397) · Hi-vis (EN ISO 20471) · Safety boots (EN ISO 20345 S3) · Nitrile gauntlets (concrete) · Eye protection. Hearing protection during compaction (Control of Noise at Work Regulations 2005 — plate compactor). Gas monitor available should chamber entry be authorised.
12. Emergency / sign-off	First aider: K. Adeyemi (FAW). Nearest A&E: Royal Derby Hospital, Uttoxeter Road, Derby DE22 3NE. Assembly point: compound gate. Emergency: 999. Trench-collapse / buried-service-strike procedures briefed. Review triggers: unexpected service struck, ground conditions worse than survey, decision to enter MH4, any incident or near-miss. Author: [signature / date]. Approved by PC: [signature / date].

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Embedded Pre-Use Plant Check (Excavator)

This check applies before the excavator is used each shift and after any change in conditions, in line with HSE guidance that a pre-use check is carried out before equipment is used for a work task and after something has changed.

#	Check item	Pass ✓ / Fail ✗ / N/A
1	Thorough examination / inspection record in date
2	Tracks, hydraulics and quick-hitch sound, no leaks
3	Quick-hitch correctly engaged and safety pin fitted
4	Certified lifting eye fitted for pipe-lowering; rated capacity adequate
5	Audible reversing alarm and beacon working
6	Cab glass, mirrors and camera (if fitted) clean and intact
7	Exclusion zone around slew radius established and clear
8	Banksman present and visible before any movement or lift
9	Ground bearing adequate; machine level for lifting
10	Checked again after relocation or change in ground conditions

Record: checked by [name], date/time, signature. Any fail = take out of service until remedied.

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What a Principal Contractor Checks Before Accepting a Method Statement

Use this as the reviewer's-eye view of your own draft before you submit it.

#	Question	What a fail looks like
1	Does the scope match the actual task and location on this site?	Generic description that could apply to any site
2	Are the operatives named or their required competencies defined?	"Competent operatives" with no qualifications listed
3	Is every item of plant listed and confirmed as inspected/maintained?	Equipment listed with no PUWER compliance statement
4	Where work at height is involved, is the hierarchy of control applied and documented?	"Operative will take care" — no collective protection described
5	Are fragile surfaces or open edges identified and specific controls stated?	Trench edge or roof light not mentioned
6	Where hazardous substances are present, is a COSHH assessment cross-referenced?	Cement or solvents listed with no COSHH reference
7	Are manual handling risks addressed with practical controls?	No mention of load weights or mechanical-assist options
8	Where lifting occurs, is LOLER addressed and an appointed person named?	Pipe "lowered by machine" with no lift plan
9	Are emergency arrangements site-specific (named first aider, assembly point)?	"First aid kit available" with no named person or location
10	Is the document signed, dated, and does it state the review/revision trigger?	Unsigned draft with no version control

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Common Reasons Templates Get Filled In Wrong

1. The template's example sequence is left in. Field 6 in a downloaded template is illustrative. Submitting it unchanged describes a job you are not doing. Overwrite it with your real sequence.

2. No COSHH reference where substances are used. Listing cement, primer or solvent in Field 5 without a COSHH cross-reference in Field 9 leaves the hazardous-substances duty unaddressed. COSHH 2002 imposes duties wherever such substances are used.

3. Lifting hidden as "machine lowers materials." Using an excavator or hoist to place materials is a lifting operation. Field 8 must reference LOLER 1998 and name the appointed person — even for a simple lift.

4. Open edges and fragile surfaces not identified. For roof work HSG33 records that falls through fragile materials such as roof lights account for more deaths than any other single cause; for groundworks an unprotected trench edge is the equivalent omission. Identify every such edge or surface in the work zone.

5. Placeholders left in. "[insert site]", "[name]" or a retained example address tells the reviewer the document was not made site-specific. Clear every placeholder.

6. Generic emergency section. "Call 999" is not a plan. Name the first aider, state the assembly point, and match them to the CDM construction phase plan.

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How ramsdocs Turns the Template Into a Living Document

A static Word template does nothing when your scope changes, when a regulation is updated, or when your principal contractor needs an audit trail proving the document was briefed before work started. The 51 free RAMS templates are the starting point; ramsdocs then builds on them digitally, with three practical differences from a downloaded file:

Regulation-linked activity prompts. Select an activity — excavation, lifting, confined space, work at height — and the platform surfaces the relevant statutory instruments from the table above and prompts you to address each. You cannot submit a method statement that lists a hazardous substance in Field 5 with no COSHH control in Field 9, because the system flags the gap.

Version control and digital sign-off. Every revision is timestamped and attributed, so when a scope change or near-miss requires the document to be updated and re-briefed, the audit trail is automatic — supporting the document-management obligations flowing from CDM 2015's construction phase requirements.

Digital toolbox-talk record. Operatives confirm they have read and understood the current revision before starting work, and that record is available to the principal contractor on demand — replacing the paper sign-off sheet that goes missing before an inspection.

Start from the template library, make it site-specific using the field guide above, and learn the underlying craft from the writing-process guide. ramsdocs templates are designed to reduce RAMS rework and support PC review; they are not a substitute for review and adaptation by a competent person with site-specific knowledge.

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Frequently Asked Questions

Where can I get a free method statement template for construction work? RamsDocs publishes 51 free task-specific RAMS templates covering trades from drainage and groundworks to roofing, blockwork and electrical. Each is structured around the 12 fields on this page and pre-populated with the typical hazards and controls for that trade, so you start by adapting rather than from a blank page.

What fields should a construction method statement template contain? Twelve: project/task identification, scope, personnel and competence, plant and equipment, materials and substances, sequence of operations, work-at-height controls, lifting operations, hazardous substances, manual handling, PPE schedule, and emergency arrangements/sign-off/review. Each maps to one or more UK regulations as set out above.

What makes a template usable rather than just a blank document? A usable template tells you what each field is for, anchors each field to the regulation that drives it, and is built around a real trade so the typical hazards and controls are already present. A blank document gives you only headings and tends to produce generic method statements that reviewers return.

How do I make a template site-specific? Rewrite the scope against the actual work order, replace the example sequence with your real one, strip controls that do not apply and add ones that do, insert your real site data (address, first aider, A&E, assembly point, reference/revision), and reconcile the finished draft against the regulation table so every activity present has its regulation reflected.

Do I always need both a method statement and a risk assessment? Yes, for construction tasks. The risk assessment identifies hazards and evaluates risk; the method statement describes the safe system of work. They serve different functions and are usually issued together as a RAMS document, but merging them produces a document that does neither job properly.

Who should sign off a method statement? It should be authored by a person competent in the task — typically the contractor's supervisor or H&S advisor. On projects with a principal contractor appointed under CDM 2015, the PC reviews and accepts it before work begins, and the operatives confirm they have read and understood it before starting.

Is a method statement a legal requirement for construction work? No single regulation mandates a standalone method statement for all construction work. However, as the official source "Construction method statements (managing the work)" states explicitly: "The arrangements for carrying out demolition, dismantling or structural alteration must be recorded in writing before the work begins" — making a written method statement a legal necessity for those specific activities. For all other construction work, the same source confirms that method statements are "not required by law" but are "proven to be an effective and practical way to help plan, manage and monitor construction work."

When should a method statement be treated as essential even if it is not legally mandated? Where a risk assessment alone does not give operatives adequate step-by-step guidance — for example, during steel erection, formwork, or work involving hazardous substances — a method statement is the recognised practical tool for communicating the safe system of work, as noted in "Construction method statements (managing the work)." Principal contractors also routinely impose method statement requirements as a contractual condition of site access, so in practice the distinction between legal obligation and contractual necessity rarely matters on a live project. Treat it as essential whenever the work is high-risk, complex, or unusual, regardless of whether a statutory label applies.

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Disclaimer: This page and the template, worked example, and checklists contained within it are provided for guidance only. They must be reviewed and adapted to your specific site, task, and contractor by a competent person before use. Nothing on this page constitutes legal advice or guarantees regulatory compliance. ramsdocs does not accept liability for method statements produced using this material without appropriate site-specific review.