SAFETY GUIDE

Method Statement for Electricians: The Complete Template Guide

What a method statement is, when you need one, the standard sections, examples for consumer unit changes and rewires, and how to generate professional method statements in minutes with AI. This guide covers everything electricians need to know about safe systems of work.

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10 min readUpdated 2026-05-18Andrew Moore, Founder of Elec-Mate

Written and reviewed by Andrew Moore, founder of Elec-Mate, against BS 7671:2018+A4:2026, IET Guidance Note 3 and the IET On-Site Guide.

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Key Takeaways

  • 1A method statement describes the step-by-step safe system of work for carrying out a task, incorporating the control measures identified in the risk assessment.
  • 2Method statements are required on most commercial and industrial sites, and increasingly expected for domestic work by competent person schemes and clients.
  • 3The standard method statement structure covers: scope of work, personnel and competence, sequence of operations, safety measures, PPE requirements, emergency procedures, and sign-off.
  • 4Together with the risk assessment, the method statement forms the RAMS (Risk Assessment and Method Statement) package — the primary safety documentation for any electrical job.
  • 5Elec-Mate RAMS generator creates complete method statements tailored to your specific job in minutes, covering all steps, safety measures, and BS 7671 references.
01 · Safety Guide

What Is a Method Statement?

A method statement is a document that describes the safe system of work for carrying out a specific task. It sets out the step-by-step sequence of operations, the safety measures to be followed at each stage, the personnel and competence required, the PPE to be worn, and the emergency procedures in case something goes wrong.

For electricians, a method statement takes the control measures identified in the risk assessment and builds them into a practical sequence of work. Where the risk assessment says "the risk of electric shock will be controlled by safe isolation," the method statement describes exactly how the safe isolation will be carried out, step by step, referencing the specific procedure, equipment, and checks involved.

The method statement is sometimes called a "safe system of work" (SSOW), a "safe work method statement" (SWMS), or simply "the method." In the context of construction and commercial electrical work, it is almost always paired with a risk assessment to form the RAMS (Risk Assessment and Method Statement) package.

A well-written method statement serves multiple purposes: it demonstrates competence and professionalism to clients and main contractors, it provides a briefing document for everyone involved in the work, it acts as evidence of due diligence in the event of an incident, and it satisfies the requirements of competent person schemes such as NICEIC and NAPIT.

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02 · Safety Guide

When Is a Method Statement Required?

While there is no single law that says "you must write a method statement," the practical reality is that method statements are expected for almost all professional electrical work. Here are the specific situations where you will need one:

  • Commercial and industrial sites — main contractors require RAMS as a condition of access to site. You will not be allowed to start work without submitting your risk assessment and method statement for the specific tasks you will be carrying out.
  • Construction sites under CDM 2015 — the Construction (Design and Management) Regulations 2015 require contractors to plan, manage, and monitor work to ensure it is carried out safely. Method statements are the standard mechanism for documenting this planning.
  • Work requiring a permit to work — hot work, confined space entry, work at height, and certain electrical tasks (such as work on or near live equipment) may require a permit to work. The permit references the method statement.
  • Competent person scheme requirements — NICEIC, NAPIT, and ELECSA expect their registered contractors to work to documented safe systems of work. Method statements are reviewed during annual assessments.
  • Client requirements — many private clients, property management companies, housing associations, and local authorities now require RAMS as standard documentation, even for domestic work.
03 · Safety Guide

Sections of a Method Statement

A standard method statement for electrical work should include the following sections:

1. Header and Project Information

Company name, method statement reference number, date, revision number, project name and address, client name, main contractor name (if applicable), and the name and qualification of the person who prepared the document.

2. Scope of Work

A clear description of the work to be carried out — for example, "replacement of existing single-phase 6-way consumer unit with 18th Edition dual RCD split-load consumer unit, including testing and certification." Be specific about what is included and excluded.

3. Personnel and Competence

The names and qualifications of the people carrying out the work. Include relevant qualifications (18th Edition, 2391, AM2), scheme registration, and any site-specific training or inductions completed (CSCS card, site-specific induction, asbestos awareness).

4. Sequence of Operations

The step-by-step safe system of work, in the order the tasks will be carried out. Each step should describe the action, the safety measures applied, and any specific tools or equipment required. Reference the relevant standards — for example, "carry out safe isolation per safe isolation procedure, GS 38."

5. PPE Requirements

List all PPE required for the task — insulated gloves (specify class), safety boots (specify rating), safety glasses or face shield, hard hat (if required by site), and any additional PPE such as arc flash coveralls or hearing protection.

6. Tools and Equipment

List the tools and equipment to be used, including VDE insulated tools, test instruments (multifunction tester, voltage indicator, proving unit), access equipment (ladders, step platforms), and any specialist equipment.

7. Emergency Procedures

What to do in the event of an electric shock, fire, injury, or other emergency. Location of first aid kit, nearest A and E, emergency contact numbers, and the procedure for reporting incidents.

8. Sign-Off

Signature of the person who prepared the method statement, signature of the person carrying out the work (confirming they have read and understood it), and acceptance by the client or main contractor where applicable.

04 · Safety Guide

Example: Method Statement for a Consumer Unit Change

A consumer unit replacement is one of the most common tasks requiring a method statement. Here is a simplified example of the sequence of operations section:

  1. Site arrival and preparation. Arrive on site, report to client/site manager, confirm scope of work. Carry out dynamic risk assessment of immediate work area. Lay down dust sheets and protection as required.
  2. Notify building occupants. Inform all occupants that the electrical supply will be disconnected for the duration of the work (typically 4 to 6 hours).
  3. Pre-installation inspection and testing. Carry out visual inspection of existing installation. Record existing circuit details, cable sizes, and protective device ratings. Take pre-installation readings on all circuits.
  4. Safe isolation. Isolate at the main switch. Apply lock off device. Prove dead using GS 38 approved voltage indicator and proving unit (test, prove, retest). Display warning signage.
  5. Remove existing consumer unit. Disconnect all circuit cables, labelling each one. Remove the existing consumer unit from the backboard.
  6. Install new consumer unit. Mount the new consumer unit. Route and terminate all circuit cables to the correct MCBs/RCBOs per the circuit schedule. Ensure correct torque settings on all terminations.
  7. Post-installation testing. Carry out full testing sequence per BS 7671 — continuity, insulation resistance, polarity, earth fault loop impedance, PFC, and RCD testing.
  8. Energise and final checks. Remove lock off device. Energise the installation. Verify correct operation of all circuits.
  9. Certification and handover. Complete the Electrical Installation Certificate (EIC). Provide certificate, consumer unit schedule, and installation manual to the client. Notify Building Control via Part P notification.
  10. Site clearance. Remove all waste materials, packaging, and dust sheets. Leave the work area clean and tidy.

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05 · Safety Guide

Example: Method Statement for a Domestic Rewire

A domestic rewire is a larger, more complex project that requires a more detailed method statement. The sequence of operations typically covers multiple phases of work over several days:

  1. Pre-start survey and planning. Survey the property to confirm cable routes, accessory positions, and circuit layout. Check for asbestos (commission survey if property is pre-2000). Agree access arrangements with the client. Produce circuit design and cable schedule.
  2. Phase 1 — First fix. Isolate and disconnect existing installation. Remove old wiring where accessible. Install new cable routes. Run new cables from consumer unit position to all accessory positions. Install back boxes and conduit.
  3. Phase 2 — Consumer unit installation. Install new consumer unit with all protective devices per circuit design. Terminate all circuit cables. Label all circuits clearly.
  4. Phase 3 — Second fix. Install all accessories (sockets, switches, light fittings, smoke alarms). Make all final connections and terminations.
  5. Phase 4 — Testing and certification. Carry out full testing sequence per BS 7671. Complete EIC with full schedule of test results. Notify Building Control via Part P. Hand over all certificates and documentation to client.

Each phase should have its own detailed method statement covering the specific tasks, safety measures, and PPE requirements for that phase. The risk assessment should be reviewed at the start of each phase, and a dynamic risk assessment should be carried out daily.

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06 · Safety Guide

The RAMS Package: Risk Assessment + Method Statement

RAMS stands for Risk Assessment and Method Statement. It is the standard safety documentation package required for electrical work on commercial and industrial sites, and increasingly expected for domestic work as well.

  • Risk assessment — identifying hazards, evaluating risks, and specifying control measures using the HSE 5-step process.
  • Method statement — the step-by-step safe system of work, incorporating the control measures from the risk assessment.
  • COSHH assessments — if any hazardous substances are used (cleaning agents, cable lubricant, adhesives), a Control of Substances Hazardous to Health assessment should be included.
  • Supporting documentation — copies of relevant qualifications, scheme registration, public liability insurance, employers liability insurance, and CSCS cards.

The RAMS package should be submitted to the main contractor or client before work begins. Allow time for review and approval — on larger sites, this can take several days. Keep a copy on site at all times and make sure everyone involved in the work has read and signed the method statement.

07 · Safety Guide

Common Method Statement Errors to Avoid

  • Too vague — writing "carry out electrical work safely" is not a method statement. Each step must be specific, actionable, and include the safety measures to be applied.
  • Not site-specific — using the exact same generic method statement for every job without adapting it to the specific site conditions, equipment, and hazards.
  • Disconnected from risk assessment — the method statement must directly reference and incorporate the control measures identified in the risk assessment. They must work together as a pair.
  • Missing emergency procedures — every method statement must include what to do if something goes wrong. Electric shock response, fire evacuation, first aid, and incident reporting procedures should all be covered.
  • No sign-off — a method statement that has not been read and signed by the people carrying out the work is just a piece of paper. The sign-off confirms that everyone understands the safe system of work.
08 · Safety Guide

Going Digital: AI-Generated Method Statements

Writing method statements from scratch is time-consuming. Adapting generic templates for each job is tedious and error-prone. Most electricians would rather be on site doing the work than sitting at a desk writing safety documents.

Elec-Mate's RAMS generator solves this problem. The AI Health and Safety agent creates complete, site-specific method statements in minutes. You describe the job — the task, the site, the equipment, the personnel — and the AI produces a professional method statement covering all steps, safety measures, PPE requirements, and emergency procedures. It references the correct regulations and standards, uses industry-standard terminology, and produces a document ready for submission to main contractors or clients.

The training courses on the Elec-Mate platform — including asbestos awareness, PASMA, IPAF, and manual handling — ensure your team has the knowledge to implement the safe systems of work described in the method statement.

Complete RAMS in minutes, not hours

Elec-Mate's RAMS generator creates risk assessments and method statements tailored to your specific job.

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Frequently Asked Questions About Method Statements for Electricians

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