RAMS for Small Projects: A Practical Guide for Tradespeople

The Short Version

A risk assessment is you thinking about what could hurt someone on this job, deciding whether your current approach is safe enough, and writing it down. A method statement is you explaining, step by step, how you'll actually do the work. RAMS is both of these together: Risk Assessment and Method Statement.

You don't need a course to write RAMS. You don't need a template that fills itself. You need to understand what you're actually doing on this site, what could go wrong, and how you'll stop it going wrong. That's it.

This guide is for small projects. A one-day job, a single trade, a domestic client who wants a quick answer. Not a major construction project with principal contractors and CDM notification. Just a real job that needs a real RAMS document.

Start With the Risk Assessment

A risk assessment has four steps. Most frameworks express these as hazard identification, risk evaluation, control measures, and review. But the practical version is simpler:

What could go wrong on this site?
How bad would it be if it did?
What am I doing to stop it happening?
Is what I'm doing good enough, or do I need to do more?

Write the answers down. That's your risk assessment.

Getting the Hazards Right

The most common mistake in risk assessments is listing generic hazards instead of site-specific ones. "Working at height" is not a hazard. "Fall from ladder while installing fascia boards on a two-storey extension" is a hazard. The difference matters.

For a small construction project, the hazards to think about usually include:

Work at height — what height, what equipment, what's the surface?
Manual handling — how heavy, how awkward, how far?
Electrical work — is the supply isolated, is there buried cable?
Dust and hazardous substances — RCS from cutting brick, solvents, adhesives.
Noise — power tools, sustained exposure, hearing protection needed?
Vehicles and plant — fork-lift movements, delivery vehicles, reversing.
Asbestos — older properties, pre-2000 buildings, known or suspected?
Collapse of structure or part — temporary works, excavations, scaffold.
Fire — hot works, flammable materials on site, storage of fuels.

Go through each one. Ask yourself: on this job, at this site, with this client, what is the actual risk? A roofer working on a bungalow has a very different risk profile from the same roofer working on a three-storey new build. The site changes everything.

Evaluating Risk

Once you've identified the hazards, you need to evaluate them. The standard method is to score likelihood against severity to get a risk rating. The simplest version:

Likely to happen often, or could easily happen? That's a high likelihood.
Would it cause serious injury or death? That's a high severity.
Likelihood HIGH + Severity HIGH = High risk — you must reduce it before proceeding.
Likelihood LOW + Severity LOW = Low risk — record it and monitor.

The control hierarchy is straightforward. Work through it in order:

Can I remove the hazard entirely? (Best option — eliminates the risk)
Can I substitute something safer? (Replace a hazardous material with a less hazardous one)
Can I isolate people from the hazard? (Put a barrier between the worker and the hazard)
Can I change the way people work to reduce exposure? (Modify the method, reduce time exposed)
Can I use PPE to reduce the consequence? (Last resort — only if nothing above is reasonably practicable)

Write down what you've chosen. If you've decided that PPE is the control for a particular hazard, explain why you didn't choose a higher-level control. If a higher control wasn't reasonably practicable, say why.

The Method Statement

If the risk assessment is what could go wrong and what you're doing about it, the method statement is how you're actually going to do the job. The risk assessment informs the method statement. You can't write a proper method statement without knowing what the hazards are.

A method statement for a small project doesn't need to be long. It needs to be accurate. The questions it needs to answer:

What are we doing? (Step-by-step description of the work)
Who's doing it? (Competence requirements — CSCS card, training, experience)
What equipment are we using? (Include inspection status — when was it last checked)
What PPE is required? (Specific to this task, not a generic list)
What could go wrong at each stage? (Linked back to your risk assessment)
What do we do if something goes wrong? (Emergency response)

A method statement written for a small job should be proportionate to the job. A two-hour gutter replacement does not need the same depth of method statement as a structural steel installation. But the gutter replacement still needs one. It just doesn't need to be long.

Writing It Step by Step

Start with a description of the work. Then go through it step by step: how you will prepare, how you will do the work, how you will finish. For each step, note any hazards that apply and any controls needed.

Example: replacing gutters on a two-storey house.

Step 1: Set up ladder access. Hazards: fall from height. Controls: three-point ladder contact, ladder footed by second person, no work on ladder in high winds.
Step 2: Remove existing gutters and downpipes. Hazards: manual handling (weight), dropped tools. Controls: two-person lift for heavy sections, tools tethered.
Step 3: Check bracket condition, replace any corroded brackets. Hazards: working at height, manual handling. Controls: same ladder setup, correct fixings.
Step 4: Install new gutters to fall. Hazards: fall from height, manual handling. Controls: harness available if required, correct ladder positioning.
Step 5: Seal joints and test flow. Hazards: working at height. Controls: same access arrangements.
Step 6: Clear site, dispose of old materials. Hazards: vehicle movements, manual handling. Controls: skip positioned to avoid reversing, gloves for handling.

That's a method statement. Not a long document. Not a template with twenty sections. Just a clear step-by-step description of the work, with hazards and controls noted alongside each step.

Common Mistakes and How to Avoid Them

The RAMS documents that get people into trouble are the ones that clearly weren't written for the job in front of the person reading them. HSE inspectors know the difference between a generic risk assessment copied from the internet and a specific one written for the actual site and the actual work.

Mistake 1: Generic Documents That Don't Match the Job

The most common mistake is using a template that was written for a different job and doesn't fit this one. Your client asks for RAMS, you download a generic construction risk assessment, change the job title at the top, and send it. The inspector reads it and notices that the hazards listed don't match the work being done.

This is especially dangerous when the RAMS doesn't cover hazards that are actually present on site. It looks like you haven't thought about the work. That's often the thing that tips an investigation from a technical breach to a serious enforcement action.

Mistake 2: Copying Client RAMS Without Checking

If a client or principal contractor sends you their RAMS and asks you to sign that you've read and understood it, do that, but also check that it actually covers your work. Their document may be about the overall project, not about the specific trade activity you're doing. If your work creates hazards that their document doesn't cover, you need to add those or raise it with them.

Mistake 3: No Emergency Response

Every method statement should include what happens if something goes wrong. Not a generic statement like "in the event of an emergency, follow site procedures." A specific one. If you're working on a flat roof, what's the rescue plan if someone falls? If you're using a nail gun, what's the first aid for a nail injury? These details are often missing and they matter.

Mistake 4: Out-of-Date Information

Equipment inspection dates, competence card expiry dates, training certifications. If your RAMS says equipment was last checked in March and it's now September, you need to update it. An inspector will look at the dates. Old RAMS with no review date looks like it was written once and never looked at again.

When You Need More Than Simple RAMS

For straightforward single-trade work on a domestic project, a simple RAMS document is usually sufficient. But there are situations where you need more:

Work involving more than one contractor (CDM applies — principal contractor coordinates RAMS).
Work near overhead power lines, railways, or highways.
Excavations deeper than 1.2 metres (structural engineer involvement required).
Work on fragile surfaces.
Demolition or structural alteration.
Work involving asbestos (requires licensed contractors and detailed method statements).
Confined spaces entry.
Work involving explosives or blasting.

In these situations, the RAMS requirements are more complex and you may need specialist input. Don't try to write a RAMS for demolition work or asbestos removal without understanding the specific regulatory framework that applies.

How to Keep RAMS Current

The most important thing you can do with your RAMS is keep it current. A document written for a job six months ago and used again today without review is a liability, not a protection.

Before each job, ask yourself:

Is this document still accurate for this site and this work?
Have there been any changes to the site, the access, the structure, or the scope of work since it was written?
Is the equipment listed still the equipment being used?
Is the emergency response still valid for this site?

If the answer to any of these is no, update the document before you start. Even a small change, a different ladder position, an additional hazard discovered on site, a different weather condition, requires a review and potentially a change to the RAMS.

RAMS Builder has templates for the most common construction activities, designed to be specific and proportionate to the job. Use them as a starting point, adapt them for each site, review them before each job. That's all most small projects need.