Workplace Hazards, Risk Assessment, Control Measures, PPE, Safe Work Procedures, Incident Reporting, Emergency Response, and OSHA Compliance

Date: 2026-07-06

Duration: [DURATION] minutes

Presenter: [PRESENTER NAME]

Location: [LOCATION]

Objective

Provide employees with a practical toolbox talk that reinforces how to recognize workplace hazards, assess risk, apply the hierarchy of controls, select and use PPE correctly, follow safe work procedures, report incidents promptly, respond to emergencies, and comply with OSHA requirements for employee health and safety training.

Introduction

Workplace injuries are often preventable when hazards are identified early, risks are evaluated realistically, and controls are applied before work begins. A strong safety program depends on every employee understanding the task, the environment, the equipment, and the limits of personal protective equipment. PPE is important, but it is the last line of defense and should be used after administrative and engineering controls have been considered. This toolbox talk focuses on practical actions employees can take every day to reduce injuries, protect coworkers, and meet OSHA expectations for training, hazard awareness, and safe work practices.

Presenter Note: Open by asking workers what hazards they see most often in their area. Connect the discussion to current tasks, recent near misses, and the PPE they already use.

Key Points

• 1. Identify Hazards Before Starting Work: Every task should begin with a quick hazard review. Look for fall hazards, struck-by hazards, electrical exposure, moving equipment, poor housekeeping, slippery surfaces, sharp objects, and any condition that could change during the shift. A hazard that is not recognized cannot be controlled. Workers should pause when conditions change, reassess the task, and notify supervision if the work area is no longer safe.
  • Check the work area before starting and again after changes in weather, equipment, or crew activity.
  • Look for hidden hazards such as holes, openings, unstable surfaces, damaged tools, or unsecured materials.
  • Treat near misses as warning signs that the hazard assessment needs to be updated.
• 2. Use Risk Assessment to Decide What Can Go Wrong: Risk assessment means considering both the likelihood of an incident and the severity of the possible outcome. A low-probability event can still be high risk if the consequence is severe, such as a fall from height, electrical shock, or being struck by falling material. Workers should not rely on habit or experience alone; they should evaluate the actual conditions of the job and choose controls that match the level of risk.
  • Ask what could happen if the task is performed incorrectly or if equipment fails.
  • Consider who could be affected, including nearby workers, visitors, and the public.
  • Reassess risk when the task changes, the crew changes, or the environment changes.
• 3. Apply the Hierarchy of Controls First: The most effective way to control hazards is to eliminate them or reduce exposure through engineering and administrative controls before relying on PPE. Examples include redesigning the task, using barriers or guardrails, improving ventilation, isolating energized equipment, using proper access equipment, and keeping work areas clean and organized. PPE should support these controls, not replace them.
  • Eliminate the hazard when possible by changing the method or sequence of work.
  • Use engineering controls such as guards, barriers, ventilation, or isolation.
  • Use administrative controls such as training, signage, work planning, and restricted access.
  • Use PPE only after higher-level controls have been considered and implemented where practical.
• 4. Select PPE That Matches the Hazard and Fits Properly: PPE must be appropriate for the hazard, sized correctly, and maintained in good condition. Workers should understand what each item protects against and its limitations. PPE that is damaged, poorly fitted, or worn incorrectly can create a false sense of security and may fail when needed most. PPE should be inspected before use and replaced when worn, damaged, or contaminated.
  • Choose PPE based on the specific hazard, such as head, eye, hand, foot, hearing, respiratory, or fall protection.
  • Verify fit, compatibility, and condition before each use.
  • Do not modify PPE or use damaged equipment.
  • Follow manufacturer instructions for cleaning, storage, and replacement.
• 5. Follow Safe Work Procedures and Stop When Conditions Are Unsafe: Safe work procedures reduce the chance of injury by standardizing how tasks are performed. Employees should follow site rules, use the correct tools, maintain housekeeping, keep access and egress clear, and never bypass safety devices. If a task cannot be completed safely, stop work and escalate the issue. No production goal is more important than preventing injury.
  • Use the right tool and equipment for the job.
  • Keep walkways, platforms, and work areas free of clutter and debris.
  • Maintain safe access and egress at all times.
  • Do not improvise with equipment or use it outside its intended purpose.
• 6. Report Incidents, Near Misses, and Unsafe Conditions Immediately: Prompt reporting helps prevent repeat incidents and allows corrective action before someone is seriously injured. Employees should report injuries, near misses, damaged equipment, missing guards, unsafe conditions, and exposure concerns as soon as possible. Accurate reporting supports investigations, corrective actions, and compliance with safety requirements.
  • Report injuries and first aid events immediately.
  • Report near misses even when no one was hurt.
  • Document unsafe conditions so they can be corrected and tracked.
  • Cooperate with incident investigations and corrective action follow-up.

Hazard Identification

Common workplace hazards vary by task, but many incidents come from the same root causes: poor planning, inadequate controls, unsafe access, and failure to use PPE correctly. The hazards below are representative of many construction and general industry tasks and should be reviewed against the actual worksite conditions.

• Slips, trips, and falls caused by clutter, debris, wet surfaces, cords, uneven walking surfaces, or poor housekeeping.: Sprains, fractures, head injuries, lost work time, and serious or fatal injuries if the fall occurs from elevation or onto hard surfaces. (Risk: High)
• Falls from ladders, scaffolds, roofs, platforms, or openings due to missing guardrails, improper setup, overreaching, or unsafe access.: Broken bones, traumatic brain injury, spinal injury, permanent disability, or death. (Risk: High)
• Electrical hazards from energized equipment, damaged cords, improper testing, or failure to isolate hazardous energy.: Shock, burns, arc flash injury, fire, cardiac arrest, or fatal electrocution. (Risk: High)
• Struck-by hazards from moving equipment, falling tools, unsecured materials, or overhead work.: Bruises, lacerations, crush injuries, eye injuries, and head trauma. (Risk: Medium)
• Cuts, punctures, and hand injuries from sharp edges, nails, wire, broken materials, or improper tool use.: Lacerations, puncture wounds, infection, reduced grip strength, and lost time injuries. (Risk: Medium)

Presenter Note: Ask the crew to name hazards specific to the current jobsite. Encourage examples from recent near misses, housekeeping issues, and equipment problems.

Control Measures

Use the hierarchy of controls in order of effectiveness. First eliminate the hazard if possible. If elimination is not practical, use engineering controls such as guardrails, barriers, ventilation, machine guarding, or isolation. Next use administrative controls such as training, permits, work planning, barricades, and supervision. PPE is the final layer of protection and must be selected to match the hazard. This approach reduces reliance on worker reaction and helps prevent incidents before they occur.

• Perform a pre-task hazard assessment before work begins and whenever conditions change.: Review the task step by step, identify what could go wrong, and confirm the controls needed before starting. Reassess after weather changes, equipment changes, or changes in crew activity.
• Eliminate or isolate the hazard whenever possible.: Use safer methods, de-energize equipment, isolate hazardous energy, or move the work to a safer location instead of exposing workers to the hazard.
• Install engineering controls such as guardrails, barriers, covers, ventilation, and machine guards.: Use physical controls that prevent exposure or reduce the severity of an incident. Inspect these controls before use and do not remove them unless authorized and protected by an equivalent measure.
• Maintain good housekeeping and clear access/egress.: Keep walkways, stairs, platforms, and exits free of debris, cords, tools, and materials. Clean as you go and remove waste regularly to reduce slip, trip, fire, and struck-by hazards.
• Use proper training, supervision, and communication.: Ensure workers understand the task, the hazards, the required controls, and when to stop work. Use pre-job briefings, signage, and clear communication between crews.
• Inspect tools, equipment, and PPE before use.: Remove damaged equipment from service, tag it if required, and replace it before work continues. Verify that PPE fits properly and is suitable for the hazard.

Safe Work Procedures

1. Plan the job before starting by reviewing the scope of work, identifying hazards, and confirming the controls, tools, and PPE needed for each step.
2. Inspect the work area, equipment, and access routes for unsafe conditions such as holes, unstable surfaces, damaged tools, poor lighting, or obstructions.
3. Use the correct equipment and follow manufacturer instructions, site procedures, and applicable permits or authorizations.
4. Keep the work area orderly throughout the shift and remove waste, scrap, and unused materials before they become hazards.
5. Stop work immediately if conditions become unsafe, notify supervision, and do not resume until the hazard is controlled.
6. Report incidents, near misses, and unsafe conditions promptly so corrective action can be taken and lessons can be shared.

Presenter Note: Walk through the steps in the order workers actually perform them. Ask the group where shortcuts commonly happen and how to prevent them.

Personal Protective Equipment (PPE) Requirements

• Head Protection: Use a hard hat when there is a risk of overhead impact, falling objects, exposed pipes or beams, or energized electrical equipment. The hard hat must fit securely and be kept in serviceable condition. Replace it if it is cracked, damaged, or no longer provides proper protection. [4] [4] [4]
  • Inspect suspension and shell condition before use.
  • Select the correct type for the hazard, including electrical-rated protection when required.
  • Do not alter the hard hat or wear it backward unless the manufacturer allows it.
• Eye and Face Protection: Wear safety glasses, goggles, or a face shield when there is a risk of flying particles, dust, splashes, or arc-related exposure. Eye and face protection must match the hazard and be worn correctly so it seals and stays in place during the task. [1]
  • Use goggles for splash or dust hazards where side protection is needed.
  • Use a face shield over safety glasses when impact or splash exposure is possible.
  • Keep lenses clean and replace scratched or damaged protection.
• Hand Protection: Select gloves based on the task, such as general-purpose, chemical-resistant, electrical-rated, or heat-resistant gloves. Gloves must protect against the specific hazard without creating a new hazard such as reduced dexterity or entanglement. Inspect gloves before use and replace them when torn, contaminated, or worn out. [1]
  • Match glove material to the hazard.
  • Check for holes, tears, and contamination before each use.
  • Remove gloves carefully to avoid skin contact with contaminants.
• Foot Protection: Wear footwear that protects against impact, puncture, slipping, and electrical exposure as needed. Choose steel toe, composite toe, puncture-resistant, slip-resistant, chemical-resistant, or insulated footwear based on the hazard assessment. Footwear should fit properly and be maintained in good condition. [5] [5] [5]
  • Use slip-resistant soles where walking surfaces may be wet, oily, or uneven.
  • Use puncture-resistant soles where nails, spikes, or sharp debris are present.
  • Use insulated or electrical-rated footwear when required by the task.
• Hearing Protection: Use earmuffs, earplugs, or canal caps when noise exposure can damage hearing. Hearing protection should be worn consistently in designated areas and inserted or adjusted correctly to provide the intended reduction in exposure. [1]
  • Choose the correct size and type for the noise level.
  • Wear hearing protection before entering high-noise areas.
  • Replace disposable earplugs when dirty or damaged.

PPE only works when it is selected correctly, fits properly, and is worn consistently. It must be inspected, maintained, and replaced when damaged. PPE should never be treated as a substitute for hazard elimination, engineering controls, or safe work practices.

Real-World Example or Case Study

A well-known scaffold fatality involved a worker who fell 20 feet from an unsecured scaffold that was moving away from the building. The scaffold had not been properly tied off, and the worker died after striking the ground and the structure below. The lesson is clear: scaffold stability, proper access, and tie-off requirements must be verified before work begins, and workers must stop if the scaffold is not secure. This type of incident shows how a single missed control can turn routine work into a fatal event. [3] [3] [3]

Presenter Note: Use this example to reinforce that incidents often result from multiple failures, not just one mistake. Ask the group what controls were missing and how they would verify scaffold safety before use.

Group Discussion

Discuss the following questions:

1. What hazards are most likely to injure someone in your work area today, and what controls are already in place?
2. Are there any tasks where we rely too heavily on PPE instead of eliminating or controlling the hazard first?
3. What unsafe conditions or near misses should be reported immediately so they do not become serious incidents?

Presenter Note: Encourage open discussion and practical examples. Reinforce that reporting hazards is a sign of professionalism, not blame.

Emergency Procedures

1. Stop work immediately and make the area safe if an injury, electrical event, fall, or other serious hazard occurs. Warn nearby workers and prevent additional exposure.
2. Call for emergency assistance and follow site emergency response procedures. Provide clear information about the location, nature of the incident, and any immediate dangers such as energized equipment or fall hazards.
3. Provide first aid or rescue only if trained and it can be done safely. Do not enter an unsafe area or attempt a rescue that creates additional victims.
4. Report the incident to supervision and complete required documentation as soon as practical so the event can be investigated and corrective actions implemented.

Questions and Answers

Invite questions at any time. If a worker is unsure about a hazard, PPE selection, or emergency response step, stop and clarify before work continues.

• Q: Why is PPE considered the last line of defense?

A: Because PPE does not remove the hazard. It only reduces exposure if it is selected correctly, fits properly, and is worn as intended. Higher-level controls such as elimination, engineering controls, and safe work procedures are more reliable. [1]

• Q: What should workers do before relying on PPE?

A: Workers should first consider administrative controls, engineering controls, ventilation, wet methods, sound reduction, and other hazard-reduction methods. PPE should be used when those controls are not enough or when additional protection is needed. [1] [1] [1]

• Q: What is the best protection from arc flash hazards?

A: The best protection is to de-energize equipment before working on it. If energized work is unavoidable, use appropriate lockout/tagout and hazardous energy control procedures and wear properly rated PPE. [2] [2]

Summary

Recap of main points:

• Identify hazards before starting work and reassess when conditions change.
• Use the hierarchy of controls first; do not rely on PPE alone.
• Wear the correct PPE, inspect it, and make sure it fits and functions properly.
• Report incidents, near misses, and unsafe conditions immediately so corrective action can be taken.

Action Items

Specific actions participants should take:

1. Complete a quick hazard assessment before each task and confirm the controls needed to work safely.
2. Inspect your PPE and equipment before use and remove damaged items from service.
3. Keep your work area clean, organized, and free of unnecessary hazards throughout the shift.
4. Speak up, stop work when needed, and report hazards, near misses, and injuries without delay.

Remember: Plan the job, control the hazard, wear the right PPE, and never ignore an unsafe condition.

Report all hazards, near-misses, and incidents to your supervisor immediately.

Safety powered by SALUS