AI RAMS Generatorfor Electricians
Generate professional, site-specific Risk Assessments and Method Statements in under 60 seconds. CDM 2015 compliant. Purpose-built for UK electrical contractors.
What Are RAMS?
RAMS is the industry abbreviation for Risk Assessment and Method Statement. Despite being referred to as a single document, RAMS actually comprises two distinct but complementary parts that together form a comprehensive safety package for any piece of work.
The Risk Assessment identifies the hazards associated with the work, evaluates the likelihood and severity of harm from each hazard, and specifies the control measures that will be implemented to reduce the risk to an acceptable level. A proper risk assessment follows the hierarchy of controls: eliminate the hazard, substitute with something less hazardous, implement engineering controls, use administrative controls (safe systems of work, permits, training), and finally use personal protective equipment (PPE) as a last resort. Each hazard is typically rated using a risk matrix that multiplies likelihood (1-5) by severity (1-5) to produce a risk score before and after controls are applied.
The Method Statement is a step-by-step description of how the work will be carried out safely. It follows the chronological sequence of the job from arrival on site through to completion and describes at each stage what work is being done, who is doing it, what equipment and materials are being used, and what safety precautions are in place. A good method statement is specific enough that someone unfamiliar with the job could read it and understand the safe sequence of work.
Together, these two documents demonstrate that you have thought about the hazards before starting work and have a planned, systematic approach to managing them. This is not just good practice — it is a legal requirement under the Management of Health and Safety at Work Regulations 1999, and for construction work, under the Construction (Design and Management) Regulations 2015.
Legal Requirements for RAMS in Electrical Work
The legal framework for workplace risk assessment in the UK is established by several overlapping pieces of legislation. Understanding which regulations apply to your electrical work — and what they require — is essential for producing RAMS that are legally compliant and genuinely useful on site.
Key Legislation Requiring RAMS
- Health and Safety at Work etc. Act 1974 — Section 2 places a general duty on every employer to ensure, so far as is reasonably practicable, the health, safety, and welfare of all their employees. Section 3 extends this duty to anyone else affected by the undertaking, including clients, other contractors on site, and members of the public. Risk assessments are the primary mechanism for demonstrating compliance with these duties.
- Management of Health and Safety at Work Regulations 1999 — Regulation 3 requires every employer to make a suitable and sufficient assessment of the risks to which employees and others are exposed. Regulation 4 requires the employer to implement the preventive and protective measures identified by the assessment. If you have five or more employees, the significant findings of the assessment must be recorded in writing.
- Construction (Design and Management) Regulations 2015 — CDM 2015 applies to all construction work in Great Britain, which includes electrical installation work. Regulation 15 requires contractors to plan, manage, and monitor construction work carried out by them so that it is carried out without risk to health or safety. This means producing task-specific and site-specific risk assessments and method statements for your electrical work.
- Electricity at Work Regulations 1989 — Regulation 3 requires that all systems are maintained to prevent danger. Regulation 4 requires that all work activities on or near electrical systems are carried out in a manner that prevents danger. These duties apply to electricians specifically and must be reflected in RAMS for electrical work, particularly around live working, isolation procedures, and safe systems of work.
- COSHH Regulations 2002 — The Control of Substances Hazardous to Health Regulations require a specific assessment of exposure to hazardous substances. For electricians, this covers substances such as PVC fumes from cable stripping, silica dust from chasing masonry, solvents used for cleaning, and adhesives used in cable management. COSHH assessments are typically included within the RAMS document.
In practice, even sole traders who are not legally required to record risk assessments in writing will find that written RAMS are required by clients, principal contractors, and building managers before being permitted to start work on site. The commercial expectation now exceeds the legal minimum, and any electrician who cannot produce professional RAMS will struggle to win work on commercial and managed residential sites. Pair RAMS with your manual handling training and PASMA certification for a complete health and safety package.
What Goes in an Electrical Risk Assessment?
A risk assessment for electrical work must identify all foreseeable hazards, evaluate the risk from each, and specify appropriate control measures. The HSE five-step approach provides a structured framework: identify the hazards, decide who might be harmed and how, evaluate the risks and decide on precautions, record your significant findings, and review and update your assessment.
For electrical installation work, the hazards fall into several categories that must be addressed systematically.
Electrical Hazards
Electric shock from contact with live conductors during installation, testing, or fault-finding. Arc flash from short circuits, particularly when working in or near consumer units and distribution boards. Burns from overheated conductors or components. These hazards require controls including safe isolation procedures (GS38 compliant test equipment, lock-off devices, proving dead), permits to work for live working where justified under Regulation 14 of the Electricity at Work Regulations, and appropriate insulated tools and PPE.
Working at Height
Accessing distribution boards mounted at height, running cables through ceiling voids using access platforms, working from ladders to install lighting and accessories. The Work at Height Regulations 2005 require that work at height is properly planned, supervised, and carried out by competent persons. Risk assessments must specify the type of access equipment to be used (step platforms, podium steps, tower scaffolds, or mobile elevating work platforms), and confirm that operatives are trained in its use.
Fire and Hot Works
Soldering, brazing, and heat-shrinking near combustible materials. Using angle grinders or SDS drills near flammable substances. For hot works on managed sites, a hot works permit may be required from the principal contractor or building management. The risk assessment must identify the fire risk, specify fire precautions (fire extinguisher, fire blanket, fire watch period), and confirm that the operative holds the appropriate hot works permit where required.
Manual Handling
Lifting and carrying heavy items such as consumer units, cable drums (which can exceed 40 kg for larger sizes), distribution boards, and transformers. The Manual Handling Operations Regulations 1992 require that manual handling is avoided where reasonably practicable, and where it cannot be avoided, a suitable assessment is made. The risk assessment should specify maximum weights, team lifting requirements, and the use of mechanical aids such as drum stands, cable trolleys, and sack trucks.
Additional hazards that must be considered include: asbestos exposure (particularly in buildings constructed before 2000, where asbestos may be present in flash guards, cable routes, or behind consumer units), noise exposure from drilling and chasing (which may require hearing protection if the daily exposure exceeds the lower exposure action value of 80 dB(A)), dust exposure from cutting chases in masonry (silica dust is a serious health hazard requiring RPE and extraction), lone working (particularly on domestic jobs where the operative may be working alone in an unoccupied property), and the presence of other site workers, members of the public, or building occupants who may be affected by the work.
Method Statement Structure for Electrical Work
A method statement describes the safe sequence of work from start to finish. For electrical installation work, it should follow the natural progression of the job while identifying the safety considerations at each stage. A well-structured method statement for a typical electrical installation project includes the following sections.
Mobilisation and Site Set-Up
Arrival on site, site induction (where required), review of site safety rules, identification of welfare facilities, set-up of work area including barriers and signage, location and verification of existing isolation points, review of asbestos register and any other site-specific safety information.
Safe Isolation
Identification of the circuit or circuits to be worked on, isolation using an approved method (switching off at the consumer unit or distribution board, locking off with a personal padlock, attaching a warning notice), proving dead using a GS38-compliant voltage indicator that has been proved before and after use on a known live source.
Cable Installation
Route planning to avoid safe zones where possible, identification of buried services using a cable avoidance tool (CAT) and signal generator (Genny) before drilling or chasing, chasing or drilling with appropriate dust extraction and RPE, cable containment installation (trunking, conduit, tray), cable drawing and dressing, fire stopping at all penetrations through fire compartment boundaries.
Termination and Connection
Stripping and terminating cables at accessories, ensuring correct torque settings on screw terminals, connecting to the distribution board or consumer unit, labelling all circuits clearly, ensuring all connections are mechanically and electrically sound, confirming the correct polarity of all connections.
Testing and Commissioning
Carrying out initial verification tests in the correct sequence as specified in BS 7671 and IET Guidance Note 3: continuity of protective conductors, continuity of ring final circuit conductors, insulation resistance, polarity, earth fault loop impedance, prospective fault current, and RCD operation. Recording all results on the appropriate certificate or report.
Completion and Handover
Removing all waste materials and packaging, cleaning the work area, de-rigging any access equipment, removing barriers and signage, completing all certification and documentation, handing over to the client with operating instructions where appropriate, notifying building control where the work is notifiable under Part P.
The level of detail in the method statement should be proportionate to the complexity and risk of the work. A simple like-for-like socket outlet change requires less detail than a full rewire of a three-storey commercial building. The Elec-Mate AI adjusts the depth and specificity of the generated method statement based on the job description you provide, producing appropriately detailed documents for both simple and complex projects.
How Elec-Mate AI Generates Your RAMS
The Elec-Mate RAMS generator uses a specialist AI agent trained specifically on UK health and safety legislation, electrical installation standards, and real-world site safety practices. Unlike generic AI tools that produce vague, template-style content, the Elec-Mate AI understands the specific hazards and control measures relevant to electrical work and produces genuinely site-specific documents.
The process is straightforward. You provide a job description in plain English — for example, "Full rewire of a 1930s three-bedroom semi-detached house, existing lead-sheathed wiring on a TN-S supply, customer will be living in the property during the work." The AI analyses this description and identifies the specific hazards: working with potentially asbestos-containing materials in a 1930s property, lead cable sheath handling and disposal, working at height to access upstairs ceiling voids, dust and disruption management with occupants present, safe isolation of an ageing TN-S supply, and so on.
The AI then generates a complete risk assessment with a risk matrix showing the initial risk score for each hazard, the specific control measures to be implemented, and the residual risk score after controls are in place. It produces a method statement that follows the logical sequence of work for the specific job described, not a generic one-size-fits-all template. COSHH assessments are included where hazardous substances are identified. The entire document is formatted professionally and can be exported as a PDF with your company branding.
You retain full editorial control. After the AI generates the initial draft, you can edit any section, add site-specific details that only you know (such as the specific layout of the property, access restrictions, or client-imposed working hours), and approve the final version before it is issued. The AI provides the structure and content; you provide the site knowledge and professional oversight.
RAMS for Live Working and Restricted Situations
The Electricity at Work Regulations 1989, Regulation 14, states that no person shall be engaged in any work activity on or near any live conductor unless it is unreasonable in all the circumstances for it to be dead, it is reasonable in all the circumstances for the person to be at work on or near it while it is live, and suitable precautions (including where necessary the provision of suitable protective equipment) are taken to prevent injury.
When live working is justified — for example, when fault-finding on a live circuit to diagnose an intermittent fault, or when commissioning equipment that must be energised to test — the RAMS must specifically address the live working element. This includes: the justification for why the circuit cannot be made dead, the specific precautions in place (insulated tools to BS EN 60900, insulating mats, barriers and screens, competent accompaniment, emergency first aid provisions), the competence of the person carrying out the work (appropriate qualifications, training, and experience), and the emergency procedures in the event of an incident.
The Elec-Mate RAMS generator recognises when a job description implies live working and automatically includes the appropriate risk assessment elements, control measures, and method statement sections. It also flags the requirement for a written justification as required by Regulation 14, prompting you to provide the specific reason why the work cannot be carried out dead.
Why Electricians Choose Elec-Mate for RAMS
Purpose-built for UK electricians. Generate professional, site-specific RAMS in seconds instead of hours. Part of 70+ calculators, 8 AI agents, and 12 AI tools.
AI-Powered Generation
Describe your job in plain English and the AI generates a complete, site-specific RAMS document in under 60 seconds. No more copying generic templates.
CDM 2015 Compliant
Every generated document aligns with the Construction (Design and Management) Regulations 2015.
COSHH Integration
Automatic COSHH assessments for hazardous substances relevant to your electrical work. PVC fumes, solvents, silica dust…
Electrical-Specific Hazards
Purpose-built for electricians. Covers electric shock, arc flash, working at height, live working, asbestos risk…
Professional PDF Export
Export your RAMS as a branded, professional PDF ready to submit to principal contractors, clients, and site safety teams.
Works Offline on Site
Generate and edit RAMS even without signal. Perfect for basement plant rooms, new-build sites with no Wi-Fi, and rural locations.
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Frequently Asked Questions
What are RAMS and why do electricians need them?
RAMS stands for Risk Assessment and Method Statement. They are two separate but related documents that together describe the hazards associated with a piece of work, the control measures to manage those hazards, and the step-by-step method for carrying out the work safely. Under the Health and Safety at Work etc. Act 1974 and the Management of Health and Safety at Work Regulations 1999, every employer has a legal duty to carry out suitable and sufficient risk assessments for all work activities. If you employ five or more people, those assessments must be recorded in writing. Even if you are a sole trader, most commercial clients, principal contractors, and main contractors will require written RAMS before you are permitted to start work on their site. In practice, RAMS are now a universal requirement for any electrical work beyond the simplest domestic jobs.
Does Elec-Mate generate RAMS that comply with CDM 2015?
Yes. The Elec-Mate AI RAMS generator produces documents that align with the Construction (Design and Management) Regulations 2015. CDM 2015 places duties on all parties involved in construction work, including contractors. As a contractor, you must plan, manage, and monitor your own work to ensure it is carried out safely. This includes producing risk assessments and method statements that are specific to the work you are undertaking on that particular site. Elec-Mate generates site-specific RAMS based on the job description, location, and scope of work you provide, rather than producing generic template documents. The output includes hazard identification, risk ratings using a likelihood-times-severity matrix, control measures, emergency procedures, and a detailed method statement — all of which are expected under CDM 2015.
Can the AI generate COSHH assessments for electrical work?
Yes. The Elec-Mate RAMS generator includes COSHH (Control of Substances Hazardous to Health) assessment sections where relevant. For electrical work, common hazardous substances include PVC cable fumes during soldering or heat-shrinking, flux residues, cleaning solvents, insulating foams and compounds, fire-retardant sprays, and dust from chasing walls or drilling concrete (which may contain silica). The AI identifies substances relevant to your specific job description and generates appropriate COSHH data including the substance name, hazard classification, exposure routes, maximum exposure limits where applicable, required PPE, storage requirements, and emergency first-aid procedures. This is integrated directly into the RAMS document so you have a single comprehensive safety pack for the job.
How long does it take to generate a complete RAMS document?
The AI typically generates a complete, site-specific RAMS document in under 60 seconds. You provide the job description (for example, "Consumer unit upgrade in a two-storey domestic property, replacing a plastic CU with a metal AMD3 board, existing TN-C-S supply"), and the AI produces a full risk assessment with hazard identification, risk ratings, and control measures, plus a detailed method statement with step-by-step procedures. You can then review, edit, and customise the output before exporting it as a professional PDF. Compared to writing RAMS manually from scratch — which typically takes 30 to 60 minutes per document — or adapting a generic template — which still takes 15 to 30 minutes and often produces vague, non-site-specific content — the AI approach saves significant time while producing better, more specific documents.
Are AI-generated RAMS accepted by principal contractors?
Yes, provided the content is site-specific and covers the required elements. Principal contractors and client safety teams review RAMS for substance, not for how they were produced. They want to see that you have identified the specific hazards for that particular job on that particular site, that your control measures are practical and appropriate, and that your method statement describes a safe sequence of work. Generic template RAMS that list every possible hazard regardless of relevance are actually more likely to be rejected than AI-generated documents that are tailored to the specific scope of work. Elec-Mate produces RAMS that are specific to the job you describe, which is exactly what site safety teams expect to see.
What electrical-specific hazards does the RAMS generator cover?
The RAMS generator is purpose-built for electrical work and covers all common electrical hazards including: electric shock and burns from contact with live conductors, arc flash from short circuits or switching operations, working at height when accessing distribution boards in elevated positions or running cables through ceiling voids, manual handling of heavy items such as consumer units and cable drums, working in confined spaces such as risers and plant rooms, asbestos exposure risk in older buildings when chasing walls or lifting floor tiles, fire risk during hot works such as soldering or heat-shrinking near combustible materials, lone working on domestic jobs, noise exposure from drilling and chasing, dust exposure from cutting chases in masonry, and the specific risks associated with live working where permitted under the Electricity at Work Regulations 1989.
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