SafetyCulture Summit 2021
Everything you need to know about take 5 safety: a breakdown of each step, other procedures involved such as field level hazard assessments and construction risk assessments, and additional resources you can use to manage workplace safety
Published 18 Oct 2021
Take 5 safety is a 5-step procedure construction workers use to prevent accidents and overall make their working environments safer. Other industries that benefit from implementing take 5 safety are manufacturing, repair & service, and mining. Following take 5 safety involves regularly conducting quick safety checks before starting work.
iAuditor take 5 safety checklist template
The take 5 safety steps are:
The key focus of this take 5 safety step is to stop whatever you’re doing, if you are conducting take 5 safety in the middle of work, or to not proceed first, if you have yet to begin work.
The basis for this interruption or pause is to encourage mindfulness about the task at hand. Especially important for experienced workers, this 5-minute or less allocation for just thinking very carefully about what is to be done can save them from committing costly mistakes and incurring major injuries.
Components of the stop and think 5 safety step can include the following:
This take 5 safety step involves looking around your workplace and identifying hazards.Hazards are aspects of your work or your workplace which could possibly put you in danger.
In the look and identify take 5 safety step, focus on listing down and describing anything you see or notice that is unsafe. No matter how small or minor you think an issue is, take note of it to continue to the next step.
After generating a comprehensive list of hazards, assess the risk of each hazard based on how likely it is to contribute to you or someone else being injured and the severity of the possible injury. Taking into consideration these two characteristics of a hazard helps determine its overall risk rating.
While you can use your own judgment regarding a hazard’s level of risk through an examination of its likelihood and consequences, it may also be helpful for you to use a risk assessment matrix like the one below:
Reference from iAuditor general risk assessment template
Unlike the previous take 5 safety steps, controlling hazards is action-oriented and begins with asking “What can I or someone else specifically do to reduce the risk of this hazard?” It is essential to ask this question first before speculating on “What needs to be done?”
Since take 5 safety is geared towards immediate hazard control, acting on the best solution available to you in the moment is better than not doing anything at all to reduce a hazard’s risk.
After you have done what you can to control all hazards, you may proceed with work. However, remember to monitor the hazards you have identified as you work. It is possible that the control measure you implemented is insufficient or inappropriate for a particular hazard.
Additionally, it is possible that a specific hazard only emerges when you are in the midst of work as a by-product or a result of the activity. While ideally you should have identified them in the second take 5 safety step, it is easy to miss hazards that you don’t already see.
Unlike paper forms, digital templates guide workers through the take 5 safety steps with clearly indicated response types such as multiple choice, annotations, photos, text answers, and checkboxes. Supervisors can also include instructions in the take 5 safety template to create an interactive, easily reusable take 5 safety booklet.
Use this digital template before starting work. Identify hazards in detail by selecting the hazard type, attaching photo evidence with annotations, and describing the hazard. Prioritize which hazards to attend to first based on risk level. Input what control measure you plan to take and sign-off.
Use this digital checklist to identify site hazards covered by the SWMS (Safe Work Method Statement). For hazards not covered in the SWMS or if not using a SWMS, describe the hazard, its risk rating, and the control measures. Input references from the SWMS and SWI (Safe Work Instruction), if applicable. Check if the control measures are effective at reducing risk to an acceptable level by assessing the overall risk rating of the task with the controls in place.
A safe work method statement is a document outlining high-risk construction work (HRCW) activities, their associated hazards, and the control measures being implemented to mitigate risks. Preparing a safe work method statement is required for all Australian businesses carrying out the following HRCW activities:
A safe work method statement (SWMS) template takes the time and hassle out of preparing and distributing the SWMS to workers across sites. With a digital SWMS template, you can take advantage of different formats such as annotated photos, text descriptions, and multiple choice questions to communicate exactly what risks are involved in the HRCW activity and what safety officers are doing to mitigate those risks.
Use this digital template when performing any of the high-risk construction work activities to document the tasks to be performed, the hazards involved, and the controls. Enter a description of the job and the task. Take a photo as evidence that a HRCW activity is being carried out. Select the HRCW activity from a drop down menu.
Use this digital template to describe the HRCW activity. Input relevant details such as the employer/contractor, the personnel responsible for monitoring the HRCW activity, the codes of practice/standards consulted, and the maintenance checks required for the HRCW activity. Describe each hazard and the corresponding control measure.
A standard operating procedure or SOP is a list of steps and instructions to help workers perform tasks correctly and safely. While the main focus of a standard operating procedure is to comply with state regulations and industry best practices, it can also be used as an accident prevention tool. For businesses in the construction industry, SOPs help ensure that each site has a safe working environment.
Site managers can use a SOP template as the basis for their own customized set of standard operating procedures. While the SOPs of businesses in the same industry and state will have similarities, ultimately, the exact wording and components of a standard operating procedure are highly dependent on the person/s in charge of creating it.
Use this digital template to ensure proper (personal protective equipment), hazard identification, and workers sign-off. At each step, take a photo and add a description for further clarification. Promote worker awareness of hazards associated with the SOP. Verify that a take 5 safety has been done and include comments from safety managers, clients, and company management.
Use this digital template to identify and control occupational health and safety risks brought by organizational changes. Determine changes in operational procedures and the risks they may cause. Comply with regulations, standards, and client requirements. Include details on who initiated the change, the proposed date of implementation, and whether the change is permanent or temporary.
A field level hazard assessment or FLHA is a shorter version of take 5 safety, in that it features three of the five steps in take 5 safety: Stop, Look, and Control. However, while FLHA lacks take 5 safety’s emphasis on risk analysis and monitoring, it can still be an immensely helpful tool for the people it was designed for, namely field workers.
Field level hazard assessments empower field workers to minimize health and safety risks at the onset through developing the habit of task-control-hazard association.
take 5 safety stop and think
FLHA templates are easy-to-use guides for field workers to practice immediate hazard identification and control. They also serve as automated documentation of changes in tasks. Field workers should use these digital templates prior to and during task execution.
Use this digital template to discuss the tasks to be done, specific hazards identified with photo evidence, and the hazard control measures taken. Select the type of hazard associated with a task update, a new task, the arrival of new workers, and changes in job site condition. Record all of these in real-time and validate the assessment with a digital signature.
Use this digital checklist to evaluate your work area and tasks including the availability of PPE, whether a task requires special training, and the tools and equipment provided to you. Provide descriptions and identify hazards for each task. Use the risk assessment matrix within the checklist to determine the level of risk.
A construction risk assessment is a critical examination of the overall safety of the site. Site managers should perform regular construction risk assessments to ensure that working conditions comply with safety regulations. The main consequence of not doing so is a higher number of accidents, resulting in heavy project delays and expensive medical rehabilitation for workers with major injuries.
The most fatal risks in construction, otherwise known as the Fatal Four, are falls, struck-by object, electrocution, and caught in/between objects.
A digital template is a convenient tool site managers use to conduct multiple risk assessments. Unlike a paper form, a construction risk assessment template is easily duplicated and adjusted based on the requirements of each site and/or project. Another reason to use a digital template is that it automatically generates a report the moment you finish your assessment.
Use this digital template to assess the risk of a particular procedure, task, or site. Add and take photos of multiple hazards. Get the initial and residual risk rating by using the risk assessment matrix reference included in the template. Select the best control measure from a dropdown list based on the hierarchy of controls reference also included in the template.
Use this digital template to document any potential hazards and risks on-site. Provide a brief description of each hazard and identify the procedure and equipment involved (i.e. working at heights, scaffolding, PPE, LOTO procedures, crane/ forklift etc.). Set the appropriate control measures and assign them to different team leaders through the Actions feature.
iAuditor by SafetyCulture is a mobile construction app built for inspections, observations, issue capturing, and collaborative actions. It was recently awarded as the Best SaaS Product for Health & Safety or Risk Management. With iAuditor, following take 5 safety is simple and easy. Take a look below to see how iAuditor features complement each take 5 safety step:
For Step 1: Stop and Think
For Step 2: Look and Identify
For Step 3: Assess the Risk
For Step 4: Control Hazards
For Step 5: Monitor Hazards
Available on iOS and Android, iAuditor is a customizable mobile inspection app mainly used to improve and maintain safety and quality in numerous industries.
iAuditor offers a number of ready-to-use take 5 safety templates that can be used by businesses in construction, manufacturing, as well as transport and logistics, to ensure the safety of their workers and reduce incident rates.
Zarina is a content writer and researcher for SafetyCulture. She enjoys discovering new ways for businesses to improve their safety, quality, and operations. She is working towards helping companies become more efficient and better equipped to thrive through change.
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