RAMS Explained: The Definitive Guide

What does RAMS mean?

So, what does “RAMS” actually stand for? It means Risk Assessment Method Statement(s).

In simple terms, RAMS are your documented plan for carrying out a specific construction task safely. Think of it as the blueprint for safe work on site for a particular activity – whether that’s digging foundations, working on a roof, operating a crane, or installing electrical systems. It’s not a general site safety policy; it’s task and site specific.

The Two Key Parts: Risk Assessment + Method Statement

RAMS consist of 2 main documents:

• Risk Assessment (RA)
  • The Risk Assessment is where you look at the task and figure out what could potentially cause harm (these are the hazards) and how likely it is to happen and how severe the outcome could be (this is the risk).
  • The idea is to identify what needs controlling to make the job safe before you start.
• Method Statement (MS)
  • The Method Statement is the detailed, step-by-step guide explaining exactly how the job will be done safely from start to finish. Crucially, it includes the specific control measures you decided on in the Risk Assessment.
  • The method statement should give clear, unambiguous instructions to the site team on how to carry out the work safely and manage the identified risks.

Why “RAMS”? Putting it Together

While you might create the Risk Assessment first to understand the dangers, the two parts are completely linked. The Method Statement details how you’re actively managing the risks highlighted in the RA.

In practice, you’ll often find these two documents bundled together for a specific task – hence the common term “RAMS”. They form the complete safety package for that piece of work, ensuring everyone knows the risks and exactly how to control them step-by-step. Without both parts working together, you only have half the picture.

Why Good RAMS Matter to Your Business

When done right, RAMS are fundamental tools that protect your people, your projects, and your business reputation. Thinking they’re just ‘paperwork’ is missing the real value – and ignoring some serious risks.

Here’s why taking RAMS seriously is so important:

Staying Legal & Compliant

The law in the UK, primarily through the Health and Safety at Work etc. Act 1974 and the Management of Health and Safety at Work Regulations 1999, puts a clear duty on you as an employer to manage risks to your employees and others affected by your work. More specific construction duties come under the Construction (Design and Management) Regulations 2015 (CDM).

What does this mean? You have to assess risks and plan how to control them. RAMS are the practical way you demonstrate you’ve done this for specific tasks.

Getting this wrong isn’t just a slap on the wrist. The Health and Safety Executive (HSE) can issue improvement notices, prohibition notices (stopping work immediately), and pursue prosecutions leading to hefty fines and even imprisonment in the most serious cases. Beyond the direct financial hit, think about project delays, damaged client relationships, and the black mark against your company’s name. Good RAMS are your first line of defence.

Protecting Your People

This is the most important reason. Construction remains a high-risk industry. Proper planning, documented clearly in RAMS, directly prevents accidents and injuries on your sites. When your team knows what the dangers are and exactly how to work safely step-by-step, they are far less likely to get hurt.

This goes beyond just avoiding the negative consequences of an accident (investigations, paperwork, potential claims). Prioritising safety shows your workforce you genuinely care about their wellbeing. This builds trust, improves morale, and often leads to a more productive and careful team overall. Investing time in good RAMS is investing in your people.

Demonstrating Professionalism & Due Diligence

If you’ve ver filled out a pre-qualification questionnaire (PQQ) or tendered for a decent-sized job, you’ll know that clients, especially larger contractors and public bodies, want proof that you manage health and safety properly. Well-written, site-specific RAMS are exactly that – evidence of your competence and professionalism.

They show you’ve thought the job through, planned for safety, and aren’t just ‘winging it’. This builds client confidence and can be the difference between winning and losing work.

Furthermore, if an incident does occur despite your best efforts, having thorough RAMS helps demonstrate ‘due diligence’. It shows you took reasonable steps to plan and manage the risks, which can be crucial in any subsequent investigation or legal proceedings.

It’s a Team Effort: Getting RAMS Right on Site

So, who’s actually responsible for making sure RAMS are created and used properly? While the ultimate legal responsibility often sits with the company director, getting RAMS right is definitely a team effort. Everyone has a part to play:

Company Directors / Owners

Hold the ultimate responsibility for ensuring there’s a proper system in place for managing health and safety, which includes the provision and use of RAMS where needed. You need to ensure adequate resources (time, money, competent people) are allocated.

Principal Contractors (under CDM)

If you’re running a larger site with multiple contractors, the Principal Contractor has a key role under CDM regulations. This includes planning, managing, monitoring, and coordinating health and safety – which involves gathering, reviewing, and ensuring RAMS from all contractors are suitable and followed.

Contractors and Subcontractors

If you’re carrying out specific work packages (whether as the main contractor on a smaller job or a subbie on a larger one), you are responsible for providing task-specific RAMS covering your work activities. These need to be detailed and relevant to the actual site conditions.

Site Managers / Supervisors

The people on the ground making sure the plans happen safely. Their role includes ensuring workers are briefed on the RAMS before starting a task, checking that the work is actually following the safe method detailed, and stopping the job if conditions change or the RAMS aren’t being followed.

The ‘Competent Person’

Legally, the person writing or reviewing your RAMS needs to be ‘competent’. This means they need the right combination of training, skills, experience, and knowledge to identify the risks and devise safe working methods for the specific task. This might be someone in-house, or it could be an external consultant. It’s not just about filling in a template; it’s about genuine understanding.

Workers / Site Operatives

Everyone working on site has a responsibility to follow the safe systems of work laid out in the RAMS they’ve been briefed on. They also need to report any hazards or issues they spot immediately so the plan can be reviewed if necessary.

In short, from the top director to the operative on the tools, everyone plays a part in making RAMS effective safety tools rather than just paper exercises.

5 Practical Steps to a Construction Risk Assessment

So, you know you need to assess the risks, but how do you actually do it without getting lost in theory? It boils down to these five practical steps from the HSE. Remember, the goal here is to genuinely understand the dangers of a specific task on your specific site so you can plan to control them.

Step 1: Identify the Hazards – What Could Cause Harm?

Walk the job in your mind, or walk the site itself if possible. Think about the task from start to finish. What could hurt someone? Be specific. Don’t just write “falls”; write “falling from the first-floor scaffolding edge” or “falling into the trench”. Look out for common construction hazards like:

• Working at height (roofs, ladders, scaffolding, MEWPs)
• Excavations (trench collapse, hitting services)
• Moving vehicles and plant (site dumpers, excavators, delivery lorries)
• Slips, trips, and falls (uneven ground, trailing cables, waste materials)
• Electricity (overhead lines, underground cables, damaged tools)
• Manual handling (lifting heavy blocks, awkward loads)
• Noise (drills, saws, breakers)
• Dust (cutting concrete/wood, silica dust)
• Hazardous substances (cement, paints, fuels, chemicals – COSHH)
• Use of machinery and tools (saws, grinders, nail guns)
• Falling materials

Step 2: Decide Who Might Be Harmed and How

Who is actually exposed to these hazards? Think about:

• Your direct employees
• Agency or temporary workers
• Other contractors working nearby
• Visitors to the site
• Members of the public (if the site borders public areas)

And how could they be harmed? (e.g., broken bones from a fall, respiratory illness from dust, hearing damage from noise).

Step 3: Evaluate the Risk & Plan Your Controls – What Are You Going to Do About It?

This is the core of the assessment. For each hazard, figure out:

1. How likely is it that something could go wrong?
2. How severe would the outcome likely be?

You don’t need complex maths, just a sensible judgement (e.g., high, medium, low). The higher the risk, the more robust your controls need to be.

Now, decide on your control measures. How will you make the job safer? Think using the hierarchy of controls – try to work down this list:

• Eliminate: Can you get rid of the hazard completely? (e.g., Can the work be done at ground level instead of height? Can you use different, less hazardous materials?) Best option if possible.
• Reduce/Substitute: Can you swap something dangerous for something safer? (e.g., Use a less toxic chemical? Use smaller bags of aggregate?) Can you reduce exposure (e.g., limit time spent in a noisy area)?
• Isolate: Can you physically keep people away from the hazard? (e.g., Barriers around excavations, lock-off procedures for machinery).
• Control (Engineering/Administrative): What physical controls or safe ways of working can you use? (e.g., Scaffolding edge protection, guards on saws, dust suppression systems, permits-to-work, training, clear procedures).
• Personal Protective Equipment (PPE): What specific gear is needed as a last line of defence? (e.g., Hard hats EN 397, safety glasses EN 166 F, high-vis clothing EN ISO 20471, specific gloves, harnesses). Relying only on PPE is rarely enough.
• Discipline/Supervision: Ensuring people follow the rules, providing clear instruction and adequate supervision.

Step 4: Record Your Findings Clearly

Write it down! Your risk assessment record needs to be clear and usable. It should typically include:

• The task being assessed
• The hazards identified
• Who might be harmed
• The control measures you’ve decided on
• An indication of the risk level (often helpful to show risk before and after controls)

Keep it straightforward. This document forms the basis for your Method Statement, so it needs to make sense. (Need a template that works? We can help – check out our services below!)

Step 5: Review and Update Regularly

A risk assessment isn’t a one-time document you file and forget. You MUST review and update it if:

• The job changes significantly (different methods, materials, or site conditions)
• There’s a near miss or an accident
• New information about a hazard comes to light
• New equipment or procedures are introduced
• A set review period is reached (e.g., annually, or as defined in your policy)

Crafting Your Step-by-Step Safe Work Plan

You’ve done your Risk Assessment and figured out the dangers and the essential controls. Now, the Method Statement is where you detail exactly how the job will be done safely, incorporating those controls into a clear sequence of work.

Think of it as the instruction manual for the site team. It needs to be practical, easy to understand, and specific to the task and the site. A vague, generic Method Statement is worse than useless – it can be actively dangerous if people rely on it.

Key Ingredients of a Great Method Statement:

Here’s what a solid, usable Method Statement should cover:

Project Basics

• Clear Title: What task does this MS cover?
• Project Name & Site Address
• Date Prepared & Revision Number (important for tracking updates)
• Author & Person Responsible for implementation

Scope of Work

• A brief description of the specific task this document covers. Be precise.

The Plan (Sequence of Operations)

• This is the absolute core! A step-by-step, logical sequence detailing how the work will be carried out from preparation to completion and cleanup.
• Use numbered steps. Be clear and unambiguous. Anyone reading it should understand the intended workflow.

Identified Hazards & Control Measures

• Clearly list the significant hazards identified in your Risk Assessment that are relevant to this task.
• For each step in your sequence (or listed against the hazards), detail the specific control measures that must be used. Don’t just say “use controls from RA”; state what they are (e.g., “Step 3: Erect tower scaffold. Controls: Erected by competent PASMA trained operatives, inspection tag completed, safety helmets worn”).

Plant and Equipment

• List the specific types of plant, tools, and equipment needed for the job (e.g., “3-tonne excavator with quick hitch”, “110v grinder with specific disc type”, “Podium steps BS 8620”). Include details on required checks (e.g., daily inspections, LOLER thorough examination).

Materials Involved

• List materials being used. Include information on safe handling, storage, and any specific hazards (e.g., COSHH information for chemicals, manual handling risks for heavy items). Note waste disposal arrangements.

Personal Protective Equipment (PPE)

• Specify exactly what PPE is required for the task, and when it must be worn (e.g., “Mandatory on site: Hard hat, safety boots, hi-vis vest. Task specific: Safety glasses, cut-resistant gloves during X activity”). Be precise with standards if necessary (e.g., EN numbers).

Personnel

• Number of people required for the task.
• Specific skills, training, or competence needed (e.g., “CSCS card holders”, “IPAF 3a/3b for MEWP use”, “Asbestos awareness trained”).
• Supervision arrangements – who is overseeing the work?

Emergency Procedures

• What to do in case of an emergency relevant to this task? (e.g., Rescue plan for working at height, spill procedures for chemicals, first aid arrangements, fire procedures, contact numbers).

Site Layout / Diagrams (Optional but often helpful)

• A simple sketch showing the work area, exclusion zones, access/egress points, location of welfare or first aid can greatly improve clarity.

Writing Tips for Clarity

• Use Plain English: Avoid jargon and overly technical terms where possible.
• Keep it Concise: Use short sentences and bullet points.
• Be Specific: Avoid vague instructions like “take care” or “use appropriate PPE”. State exactly what needs to be done or used.
• Active Voice: Use active language (e.g., “Erect the barrier”) rather than passive (e.g., “A barrier will be erected”).
• Make it Site & Task Specific: This is crucial. A generic MS copied from another job is not compliant and not safe. Tailor it every time!

Getting the Method Statement right takes thought, but it’s the key to ensuring the safety measures identified in the Risk Assessment are actually put into practice on site.

What Does a Good (and Bad) RAMS Look Like?

You’ve probably seen your fair share of RAMS documents land on your desk or in your inbox. And let’s be frank – the quality can vary wildly! A good RAMS is a genuinely useful tool that helps keep people safe. A bad one is, at best, a waste of paper and, at worst, dangerously misleading.

Knowing the difference is key, whether you’re writing them yourself or checking RAMS from a subcontractor. Here are some common pitfalls of Bad RAMS and key features of Good RAMS:

Common Mistakes in Bad RAMS:

• ❌ Too Generic / Copied & Pasted:
  • Looks like: The RAMS talks about hazards or site conditions that clearly don’t apply to your specific site or the task actually being done. It feels like it could be for any job, anywhere.
  • Why it’s bad: It’s useless for planning real-world safety and shows a lack of proper assessment. The HSE will spot this a mile off.
• ❌ Vague Controls:
  • Looks like: Instructions like “Use appropriate PPE”, “Ensure good housekeeping”, “Work safely”, “Take care when lifting”.
  • Why it’s bad: It tells the operatives nothing specific about what they actually need to do or use. What is ‘appropriate’ PPE? How should they lift safely?
• ❌ Missing Steps or Key Information:
  • Looks like: The method statement jumps between stages, misses out crucial preparation or finishing steps, or fails to mention obvious hazards associated with the task.
  • Why it’s bad: If the plan isn’t complete, the safety measures won’t be either. People might make assumptions or unsafe improvisations.
• ❌ Unrealistic Controls:
  • Looks like: Specifies equipment that isn’t available on site, requires procedures that are completely impractical in the real working environment, or demands PPE that hinders the work unnecessarily.
  • Why it’s bad: If the controls can’t realistically be implemented, the RAMS are meaningless, and people will likely ignore them.

Key Features of Good RAMS:

• ✅ Site & Task Specific:
  • Looks like: Clearly describes the actual location, the specific task, and considers the real site conditions (e.g., ground conditions, nearby activities, specific access points).
  • Why it’s good: It’s relevant and directly applicable to the job at hand.
• ✅ Clear Sequence & Specific Controls:
  • Looks like: A logical step-by-step method. Controls are detailed and precise, linked to specific steps or hazards (e.g., “Step 4: Fix panels using Hilti DX450. Controls: Trained operator only, wear EN166F safety glasses & EN352 ear defenders, maintain 5m exclusion zone”).
  • Why it’s good: Everyone knows exactly what to do, when to do it, and what precautions to take at each stage.
• ✅ Considers the Real World:
  • Looks like: The specified controls are practical, achievable with the resources available, and make sense for the way the job needs to be done.
  • Why it’s good: The plan can actually be followed on site, making it effective.
• ✅ Clearly Assigns Responsibilities:
  • Looks like: Mentions who is responsible for supervising the work, who needs specific training (e.g., “Task to be supervised by SMSTS Site Manager”, “Only NPORS-trained dumper drivers to operate plant”).
  • Why it’s good: Ensures accountability and clarity on site.

(While we can’t put full documents here, looking out for these signs will help you judge the quality of RAMS quickly. Need help reviewing or creating RAMS that hit the ‘Good’ checklist every time? That’s what we do!)

Using RAMS Day-to-Day

Writing a great RAMS document is only half the battle. Its real value comes when it’s actively used to manage safety on site. RAMS shouldn’t just sit in a folder gathering dust; they need to be living documents that guide safe working practices every day.

Here’s how to make RAMS effective in the real world:

Contractor Management & Review

If you’re receiving RAMS from subcontractors, don’t just file them. Review them properly. Ask yourself: Are they specific to this site and task? Are the identified risks accurate? Are the controls suitable and sufficient? Do they clash with any other site activities? If they’re generic or inadequate, challenge them before work starts. This is a key part of your duty as a Principal Contractor or site manager.

Briefings, Inductions & Toolbox Talks

This is absolutely crucial. The site team doing the work must be briefed on the contents of the RAMS before they start the task. Don’t just get a signature on a form. Explain the key steps, the main hazards, and the specific control measures they need to use. Use it as the basis for a toolbox talk. Ensure they understand it and have a chance to ask questions.

Monitoring and Supervision

Supervisors and site managers need to actively check that the work is being carried out according to the Method Statement. Are the barriers in place? Is the correct PPE being worn? Are the steps being followed in the right order? If work deviates from the agreed safe method, you need to intervene, stop the job if necessary, and reassess.

Review and Adaptation (Keeping it Live)

Construction sites are dynamic places – things change. Encourage your team to perform a quick mental risk check before they start (sometimes called a ‘point of work risk assessment’ or ‘dynamic risk assessment’). If site conditions change significantly (e.g., unexpected bad weather, discovery of unforeseen hazards, changes to the task sequence), the RAMS must be reviewed and potentially updated. Minor changes might be managed through discussion and updated briefings, but significant ones need a formal revision to the document. Link this back to Step 5 of your Risk Assessment process.

By actively using RAMS in these ways, you transform them from a compliance exercise into a genuinely effective tool for managing site safety day-in, day-out.

RAMS for Different Tasks

It probably goes without saying, but the RAMS you need for putting up internal stud walls will look very different from the RAMS needed for operating a 50-tonne crane or demolishing a structure. Different construction activities carry vastly different risks, and your RAMS must reflect that.

While the basic principles of identifying hazards and planning safe steps remain the same, the level of detail and the specific controls required will vary hugely. Some common construction activities that always demand their own specific, detailed RAMS include:

• Working at Height: Covers everything from ladders and podiums to scaffolding, MEWPs (Mobile Elevating Work Platforms), and roof work. Specific risks involve falls, falling objects, and rescue procedures.
• Excavations: Deals with risks like trench collapse, hitting underground services (gas, electric, water), safe access/egress, and vehicle movements.
• Demolition: High-risk activity requiring detailed planning for structural stability, hazardous materials (like asbestos), falling debris, noise, dust, and site security.
• Hot Works: Welding, cutting, grinding – activities involving heat or sparks need specific controls to prevent fires, including fire watches and permits.
• Confined Spaces: Working in areas with limited access and potential for hazardous atmospheres (tanks, sewers, deep excavations) requires specialist procedures for entry, monitoring, and rescue.
• Electrical Work: Needs detailed planning for isolation, safe systems of work, competence of electricians, and managing risks of electric shock or burns.
• Use of Specific Plant: Operating complex machinery like cranes, excavators, dumpers, or piling rigs requires RAMS detailing safe operation zones, lifting plans (for cranes), maintenance checks, and operator competence.

The key takeaway here is simple: generic RAMS are not good enough. Your Risk Assessment Method Statement must be tailored specifically to the task being undertaken, the equipment being used, the personnel involved, and the environment you’re working in.

There’s a lot involved – CTC South West Can Help

We get it. You’re running a busy construction company. Finding the time and in-house expertise to consistently produce high-quality, site-specific RAMS for every task can be a real challenge. Keeping up with regulations, ensuring documents are detailed enough but still practical – it can feel like a major drain on resources.

But neglecting RAMS isn’t an option, for all the reasons we’ve covered. So, what’s the solution?

This is where CTC South West comes in. Remember our philosophy? Health and safety should support your business, not hinder it. We offer practical, experienced help to take the stress out of RAMS:

Our Expert RAMS Writing Service

Don’t have the time or internal expertise? Let us handle it. Our experienced consultants can create bespoke, fully compliant RAMS tailored specifically to your projects and tasks. We focus on producing documents that are not only legally sound but are actually clear, usable, and practical for your teams on site. We do the heavy lifting, so you can focus on running your business.

Try Our AI-Powered Generator

Looking for a quicker way to create quality drafts, especially for more common tasks? Check out our innovative AI-powered RAMS generator web app. It guides you through the process, helping you build task-specific RAMS quickly and easily, ensuring you cover the key points based on best practices. It’s a fantastic tool for saving time while still prompting thorough consideration of the risks.

Useful Resources & Templates

We believe in equipping our clients. Alongside our core services, we provide helpful resources, including examples and templates that can give you a solid starting point or reference. You can find these linked from our service pages or within our AI tool.

Whatever level of support you need, CTC South West is here to make managing your RAMS requirements simpler and more effective.

Safer, Compliant Sites Start with Solid RAMS

So, there you have it – your definitive guide to Risk Assessment Method Statements in construction. Let’s quickly recap the key takeaways for busy construction leaders like you:

• RAMS = Risk Assessment + Method Statement: They work together to identify hazards and plan safe working steps.
• They’re Essential: For legal compliance (HSE, CDM), protecting your people, and demonstrating professionalism.
• Quality Matters: Generic, vague RAMS are useless. They MUST be site-specific, task-specific, clear, and practical.
• It’s a Team Effort: From directors to operatives, everyone has a role in making RAMS effective.
• Use Them Actively: RAMS aren’t just paperwork; they need to be briefed, monitored, and reviewed on site.

We know that health and safety can seem complex, but at CTC South West, we firmly believe it can – and should – be managed pragmatically. Good RAMS are a cornerstone of this practical approach, helping you run safer, smoother, and more compliant construction projects without unnecessary bureaucracy.

Ready to take the headache out of your RAMS process?

Whether you need expert help writing bespoke documents, want to explore our time-saving AI tool, or just need some straightforward advice, we’re here to support you.