Risk Assessment Best Practices for Construction

Construction accounts for 30% of fatal workplace injuries in the UK, yet many risk assessments are still copy-paste exercises filed in a drawer. Here's how to make them actually save lives.

The Problem with Paper Risk Assessments

Most construction companies have risk assessments. The problem isn't their existence — it's that they're:

• Written once and never reviewed
• Generic templates that don't reflect the specific site
• Stored in an office file when the hazards are on the shop floor
• Not connected to the people doing the actual work

The 5-Step Framework

1. Identify the Hazards

Walk the site. Talk to workers. Review incident data. Don't just tick boxes on a template — actively look for what could go wrong. Common construction hazards:

• Working at height (falls account for 50% of construction fatalities)
• Moving plant and vehicles
• Collapse of structures and excavations
• Falling materials
• Contact with electricity
• Manual handling
• Hazardous substances (dust, fumes, chemicals)

2. Decide Who Might Be Harmed

Don't forget: it's not just your workers. Consider visitors, members of the public, neighbouring properties, and sub-contractors who may not know the site.

3. Evaluate the Risk and Decide on Controls

Use the hierarchy of controls: Eliminate → Substitute → Engineering controls → Administrative controls → PPE. PPE should always be the last resort, not the first response.

4. Record and Implement

This is where digital systems shine. A risk assessment in Q-Hub is:

• Accessible on any mobile device at the point of work
• Linked to the specific task and location
• Automatically assigned to responsible persons with due dates
• Version-controlled so you always see the current assessment

5. Review and Update

Risk assessments are living documents. Review when: conditions change, an incident occurs, new information becomes available, or at least annually.

Dynamic Risk Assessment

Pre-task risk assessments can't cover every scenario. Train your workforce in dynamic risk assessment — the ability to continuously assess risks as conditions change throughout the day. This is especially critical in construction where conditions shift constantly.