Fall Protection Plan: What It Must Include and Who Needs One

A worker on a steel beam, a scaffolder, and a maintenance crew accessing an elevated conveyor face different tasks—but the same questions: what prevents a fall, and how will the crew respond if one occurs?

A practical fall protection plan connects actual hazards to the protection system, anchors, clearance, equipment checks, training, and rescue. For industrial sites in Saskatchewan and across the Canadian Prairies, it must fit the task—not repeat a generic template.

Why a Fall Protection Plan Must Be Site-Specific

Industrial work at height can involve structural steel, scaffolding, elevated platforms, conveyor galleries, loading areas, and open hoppers. Hazards change as steel is erected, equipment moves, or access is altered. A generic plan may miss an unsuitable anchor, equipment below the work area, or an icy access route.

Credence’s article, How Guardrails Help Prevent Falls in Structural and Scaffold Work, covers barriers; this guide focuses on planning, equipment, and rescue readiness.

When Is a Fall Protection Plan Required in Canada?

Fall protection requirements depend on the jurisdiction. The rules are not identical across Canada, and a familiar height threshold does not mean other fall hazards can be ignored.

• Alberta: Section 140 of the Occupational Health and Safety Code requires an employer to develop a fall protection plan when a worker may fall 3 metres or more and is not protected by guardrails. The plan must be available at the work site, reviewed with workers before work begins, and updated when conditions affecting fall protection change. See the Government of Alberta’s Part 9: Fall Protection.
• Saskatchewan: Section 9-3 of the Occupational Health and Safety Regulations, 2020 requires a written plan when a worker may fall 3 metres or more and is not protected by a guardrail or similar barrier. The plan must describe hazards, the chosen system, equipment procedures, and rescue procedures. See the Saskatchewan Occupational Health and Safety Regulations, 2020.
• Manitoba: The Workplace Safety and Health Regulation addresses falls of 3 metres or more, plus other circumstances such as certain lower falls, machinery, liquids, hazardous objects, and openings. Do not assume another province’s written-plan trigger covers every Manitoba requirement. Consult the current Manitoba Workplace Safety and Health Regulation, Part 14.

Falls from below 3 metres can still cause serious injury. Assess the actual hazard and confirm the applicable rules before work begins.

What Should a Fall Protection Plan Include?

The plan should be usable at the work area. Confirm jurisdiction-specific requirements and include these elements.

1. Site-Specific Fall Hazards

Identify unguarded edges, openings, fragile surfaces, incomplete steelwork, scaffold access, and hazards below. Consider how the task creates new risks—for example, a new leading edge during steel erection.

A useful assessment also considers nearby machinery, stored materials, changing access routes, and other trades working in the same area.

2. The Selected Fall Protection System

State which system controls each hazard. Where practical, eliminate work at height or use guardrails. Restraint may prevent access to an edge; fall arrest stops a fall after it begins. Avoid writing only “wear a harness”—a harness alone is not a complete fall arrest system.

The selected method must suit the work, the equipment, and the requirements that apply to the site.

3. Anchors and Compatible Equipment

Identify suitable anchor points and required components. Follow the system design, manufacturer instructions, and applicable requirements.

Never assume that a nearby pipe, handrail, scaffold member, or process component is a safe anchor. Confirm suitability with a competent person or qualified designer where required.

The plan should also explain how lifelines, connectors, harnesses, and other components work together. Using individually rated components does not automatically make an entire system suitable for a particular task.

4. Fall Clearance and Swing-Fall Risks

Confirm sufficient clearance below the work area so the worker will not strike the ground, equipment, or another level. Use manufacturer instructions and system design information, considering free fall, deceleration, connector length, worker height, safety margin, and possible swing-fall impact.

For example, a worker connected to an anchor positioned far to one side could swing into a steel column or platform during a fall. An obstruction below the work area can also make an otherwise suitable system unsafe.

If clearance is inadequate, change the work method or system.

5. Equipment Inspection and Use Procedures

Explain how the system will be assembled, inspected, used, maintained, and dismantled. Workers need to recognize damage and know how defective equipment is removed from service.

Plan for guardrail removal or scaffold changes. Equipment that arrests a fall must not return to service without required inspection and authorization.

For related work-at-height considerations, see Credence’s guides to industrial scaffolding safety in Saskatchewan and scaffolding standards and basic rules.

6. A Fall Protection Rescue Plan

The plan must explain what happens after a fall. For a suspended worker, identify who raises the alarm, who performs the rescue, which equipment is on site, how responders communicate, and how first aid will be provided.

The method must suit the location. Retrieving someone beside a platform differs from rescuing a worker suspended beneath a conveyor gallery.

“Call emergency services” alone does not explain how the site will carry out a timely rescue. Confirm that trained personnel and equipment are ready before work starts.

Rescue arrangements should be understood before the task begins, not developed under pressure after an incident.

7. Worker Review and Training

Review the hazards, system limits, equipment checks, and rescue steps with affected workers. Keep the plan available at the work site as required.

If the task, anchor, access route, equipment, or conditions change, reassess the plan before continuing. A plan that was appropriate at the start of a shift may no longer reflect the risks after a work area has been modified.

Fall Arrest vs. Fall Restraint: What Is the Difference?

The terms are related, but they describe different functions.

Where restraint can prevent a worker from reaching the edge, it may prevent the fall from happening. Fall arrest involves stopping a fall in progress, so the plan must account for clearance and worker recovery. Choose the system based on the work and applicable requirements—not convenience alone.

Common Gaps That Generic Templates Miss

A template cannot make site-specific decisions. Before approving a fall protection plan, check for these gaps:

• The task changes: A platform moves, a guardrail is removed, or a new leading edge appears. Reassess the plan before continuing.
• The anchor is only convenient: Location alone does not prove that a structural member is suitable.
• Clearance is blocked: Equipment, lower platforms, or structural members may be in the fall path.
• Weather changes the risk: Ice, snow, wind, and reduced visibility can affect footing, access, and equipment use. Credence’s cold stress guide for Prairie industrial sites covers related winter-work considerations.
• Rescue equipment is not ready: Check its location, condition, and availability, and ensure assigned personnel know their roles.

These are not small paperwork errors. They can leave a crew with a plan that looks complete but does not match the actual job.

Working at Heights: Make the Plan Part of Daily Safety

A job safety analysis identifies fall hazards before work; a toolbox talk reviews controls and rescue arrangements. Credence’s safety article collection includes related guidance on both topics.

Use near misses to improve future planning. Read the near-miss reporting guide and COR certification guide. For another example of site-specific rescue planning, see the confined space entry guide.

This connection matters because safe work depends on more than a single document. Hazard assessments, equipment inspections, worker discussions, and incident learning should support one another.

Frequently Asked Questions

Does every job at height need a written fall protection plan?

It depends on the jurisdiction, hazard, and protection already in place. Alberta and Saskatchewan have specific written-plan triggers at 3 metres or more without a guardrail or similar barrier, while other protection duties can apply in different circumstances.

Should a fall protection plan include rescue procedures?

Yes, where required by the applicable rules—and as sound planning whenever a fall arrest system may be used. The method must match the work location, equipment, and personnel on site.

When should a fall protection plan be updated?

Review it when the task, work area, access, anchor points, protection system, or conditions change. Workers should not continue under a plan that no longer reflects the actual hazards.

Final Takeaway

A strong fall protection plan gives the crew a shared understanding of hazards, equipment, clearance, and rescue response. For scaffolding, steel erection, or industrial maintenance, can workers explain how the plan applies to the task in front of them? If not, pause and correct it before work continues.

This article provides general safety information, not legal advice. Verify the current legislation and site requirements for the province or territory where the work takes place.