Top 4 Construction Risk Assessment Templates

In this article

• What are the risks in construction?
• Construction Risk Assessment Example
• How do you write a construction risk assessment with SafetyCulture (formerly iAuditor)?
• Top 4 Construction Risk Assessment Templates

What are the risks in construction?

The construction industry poses numerous hazards and risks accounting for a high number of serious injuries and accidents. Most accidents are due to the Fatal Four, namely falls, electrocution, struck by object and caught in/ between objects.

To help you avoid such incidents, we have listed each of the fatal four, their common causes and some safety best practices to follow.

FALLS

Injuries from falls are the most common cause of construction site fatalities. Incidents mainly account to lack of personal fall arrest systems, poor general safety equipment (safety net, guardrails etc), and improper use of ladders or scaffolds. Employers should establish effective fall preventive measures to protect employees from such risks:

• Train employees on correct procedures when working at heights i.e. correct usage and choice of ladders, correct usage of personal fall arrest systems
• Encourage workers to wear appropriate PPE (i.e. hard hats and complete safety harnesses)
• Safety equipment on site must be in place at all times (i.e. horizontal lifeline, personal fall arrest system, safety net, guardrails, proper ladders and scaffolding)
• Make sure elevated platforms are safe and secure

STRUCK BY OBJECT

Struck-by hazards are the second highest cause of fatalities among construction workers. According to Occupational Safety and Health Administration (OSHA), struck-by injuries accounted for 80 construction worker deaths in 2017. Struck-by object incidents include workers getting accidentally hit by a falling debris or by equipment moving parts. The following safety practices can help mitigate struck-by-objects injuries:

• Wear appropriate PPE ( i.e. hard hats, safety goggles and steel-toe boots/ shoes)
• Train employees to be aware of their working environment for possible discharge from equipment or any falling debris
• Steer clear of swinging equipment/ load and equipment with moving parts
• If possible, avoid areas where work is being performed overhead

ELECTROCUTION

Electrical hazards account for more than 300 deaths and 4,000 injuries each year. Injuries and other incidents are often caused by faulty wires or equipment, unsafe location of electrical outlets and improper use of extension or cords. Here are safety tips to follow to reduce risks from electrical hazards:

• Implement Lockout-tagout (LOTO) procedure at all times
• Always wear appropriate PPE (i.e. safety goggles/ glasses, face shield and insulated gloves)
• Follow safe distances when working with overhead power lines
• Provide training on proper usage of electrical equipment and electrical safety

CAUGHT IN/ BETWEEN OBJECTS

According to OSHA, accidents caused by getting caught in or between objects accounted for 50 construction worker deaths in 2017. Caught in/ between object accidents may happen when a worker’s body or hand’s gets caught, pinched, squeezed or crushed in moving parts of unguarded machinery. Prevent caught in/ between risks through these safety tips:

• Avoid wearing loose clothing and jewelry
• If applicable, pull your hair up
• Be aware of your surrounding work area
• Avoid usage of equipment with missing parts or equipment that have been de-energized
• Avoid the radius of moving equipment or equipment with moving parts

Construction Risk Assessment Example

Construction risk assessments contain 5 elements:

• The task being performed
• The risks associated
• The probability of the risk occurring
• The impact
• The response strategy

One example of when a construction risk assessment would be performed is when a company is pouring concrete. There are a lot of safety and quality risks associated with this activity. Once the concrete is poured it is very difficult and expensive to correct, so getting it right the first time is critical.  A concrete pour risk assessment would look something like this:

Task	Risk	Probability	Impact	Response
Set up and planning	The weather could be too cold for the concrete to cure properly	75%	High	Mitigate – Make sure the concrete plant has cold mix on hand just in case
Curing	Concrete hasn’t fully cured before putting weight on it	65%	Medium	Accept – Perform concrete break tests at 7, 14, and 21 days or until break strength minimums are met
Pour	The location of the pour could be off from the plans	70%	High	Avoid – Hire a survey company to lay out the location of the pour
Pour	Concrete can get on the skin, causing burns and irritation	90%	Medium	Mitigate – Wear proper PPE to cover the skin and prevent contact

In this example, managers and field personnel would review the steps of pouring concrete and collaborate to identify all possible risks associated with them.  From there, strategies and plans are developed on how to proceed in a manner that reduces the likelihood or impact of those risks.

Knowing the risks associated with construction sites such as falling, getting struck by or caught in between objects, and electrocution, employers are responsible for ensuring workers have a safe construction site. The best practice is to conduct a risk assessment that includes inspecting the key areas for hazards and risks that can cause incidents.