Fall Protection Competent Person Training — Construction — OSHA 1926 Subpart M Online Certification
What Is This Fall Protection Competent Person Course?
Falls are the number-one killer in construction. This online fall protection competent person course builds the knowledge and judgment to spot fall hazards before they become fatalities — covering guardrail systems, personal fall arrest systems (PFAS), anchorage and the ABCDs, harness and equipment inspection, fall clearance calculations, and rescue planning across 16 self-paced modules.
Aligned to 29 CFR 1926 Subpart M (construction) and 29 CFR 1910 Subparts D and I (general industry), the course applies to construction workers, supervisors, safety managers, and anyone designated as — or working under — a fall protection competent person. Interactive diagrams, hazard-recognition scenarios, gear inspection walkthroughs, and case studies run throughout every module. A scored certification exam at 70% or higher is required to pass.
What You Will Learn — 16 Module Breakdown
Module 1 — Introduction, Standards & the Fall Protection Plan
Establish why fall protection matters and what the law requires. Covers fall statistics (falls are the leading cause of construction fatalities), the scope of 29 CFR 1926 Subpart M and 29 CFR 1910 Subparts D and I, the 6-foot trigger for construction and 4-foot trigger for general industry, the hierarchy of fall protection controls, and the fall protection plan — when one is required, what it must include, who must write it, and how the competent person uses it to manage protection across the job site.
Module 2 — Key Terms & Roles
Master the vocabulary and role structure that governs every fall protection decision. Covers the definitions of fall hazard, fall arrest, fall restraint, fall prevention, competent person, qualified person, and authorized person; the difference between a fall arrest system and a fall restraint system; and the multi-employer framework — who is responsible for fall protection when multiple contractors share a jobsite. Introduces the stop-work authority that runs through every subsequent module.
Module 3 — Recognizing Hazards & Choosing Protection
Develop the hazard recognition skills that define the competent person role. Covers the categories of fall hazards (unprotected edges, floor holes, wall openings, roof work, elevated platforms, leading edges), the systematic hazard survey process, and the decision framework for selecting the right protection method for each hazard — guardrail, PFAS, safety net, warning line, safety monitor, or fall protection plan. Includes interactive spot-the-hazard scenes and a protection-selection exercise.
Module 4 — PFAS & Body Wear
Learn the components, selection criteria, and donning procedure for full-body harnesses. Covers harness anatomy (chest strap, shoulder straps, leg straps, dorsal D-ring, sub-pelvic strap), harness classifications (construction, positioning, suspension, confined space), the prohibition on body belts for fall arrest since 1998, proper fit and adjustment, donning sequence, and the conditions under which a harness must be removed from service. Includes an interactive harness-labeling exercise and a donning walkthrough.
Module 5 — Connective Devices
Understand the connective devices that link body wear to anchorages and how to select the right one for each situation. Covers shock-absorbing lanyards (single-leg, twin-leg/Y-lanyard), self-retracting lifelines (SRLs), rope grabs and vertical lifelines, carabiners and snap hooks, and the prohibition on double-snapping to the same anchor. Explains gate strength requirements, the connector compatibility rule, and how to calculate total system weight with tools and equipment. Includes a connector-identification exercise.
Module 6 — Anchorages & Lifelines
Apply the anchorage strength requirements and lifeline specifications that determine whether a PFAS will actually stop a fall. Covers the 5,000-lb per-worker anchorage strength requirement, qualified-person-designed anchorages, structural steel and concrete anchorage points, anchorage location requirements (at or above the D-ring), horizontal lifeline design requirements, vertical lifeline requirements (one worker per line, grab selection, rope diameter), and the competent person's anchorage assessment checklist.
Module 7 — Inspecting Harnesses
Build the inspection skills needed to remove defective harnesses from service before they fail. Covers the pre-use inspection sequence (hardware, webbing, stitching, labels, D-ring, chest and leg straps), the specific defects that require immediate removal from service (cuts, chemical damage, heat damage, corrosion, deformed hardware, missing or illegible labels), the post-fall inspection requirement, and the manufacturer retirement criteria. Includes a defect-identification exercise with real-condition photos.
Module 8 — Inspecting Connectors & Systems
Extend inspection skills to lanyards, SRLs, snap hooks, carabiners, and complete PFAS systems. Covers lanyard webbing inspection (burns, cuts, abrasion, chemical damage, shock-pack deployment indicator), SRL inspection (housing cracks, cable kinks, retraction test, brake engagement test), snap hook and carabiner inspection (gate operation, corrosion, deformation, locking mechanism), and the full-system inspection sequence. Covers documentation requirements and the chain-of-custody process for tagged-out equipment.
Module 9 — Safe Operations & Fall Clearance
Apply the operational rules for using PFAS on an active jobsite, with emphasis on fall clearance calculation. Covers the fall clearance formula (lanyard length + deceleration distance + worker height D-ring to feet + safety factor), how clearance changes with anchorage location and lanyard type, self-retracting lifeline clearance requirements, swing-fall hazards and how to minimize them, the prohibition on wrapping lanyards around structural members, work positioning vs. fall arrest, and the competent person's pre-work fall clearance verification checklist.
Module 10 — Aerial & Scissor Lifts
Apply the specific fall protection requirements for aerial work platforms and scissor lifts. Covers the distinction between boom lifts (PFAS required) and scissor lifts (guardrail may be sufficient), anchorage point requirements inside the bucket or platform, the prohibition on leaning over the guardrail or using the bucket as an anchor for horizontal work, travel mode requirements, ground hazard assessment before positioning, and the operator and occupant responsibilities under 29 CFR 1926.453 and ANSI A92 standards.
Module 11 — Scaffolds, Ladders, Confined Space & Steel Erection
Apply fall protection requirements across the specialty work situations most commonly encountered in construction. Covers scaffold fall protection (10-foot trigger, guardrail vs. PFAS requirements by scaffold type), portable and fixed ladder safety (duty ratings, angle, securing, extension above the landing), fall protection during confined space operations (vertical entry and fall hazard interaction), and steel erection fall protection (connectors, decking crews, column climbing, controlled decking zones under 1926 Subpart R).
Module 12 — Roofing
Apply the fall protection requirements and competent-person decisions specific to roofing work. Covers the low-slope vs. steep-slope distinction, the 6-foot warning line setback requirement, safety monitoring system criteria (who can be the monitor, what they must do, prohibited tasks during monitoring), the conditions under which a fall protection plan replaces conventional systems, leading edge work on roofs, skylight and fragile surface protection, and the competent person's pre-work roof assessment.
Module 13 — Guardrails, Holes & Falling-Object Protection
Learn the specifications for every component of a compliant guardrail system and the requirements for hole covers and falling-object protection. Covers top rail height (42 inches ±3 inches), mid-rail height (~21 inches), load capacity (200 lbs top rail, 150 lbs mid-rail, 50 lbs toe board), wire rope and chain guardrail requirements, hole cover marking and securing rules, the distinction between covers that support equipment and those rated for foot traffic only, debris nets, toeboards, canopies, and barricades below elevated work.
Module 14 — Warning Lines, Safety Monitoring & Controlled Access Zones
Understand the administrative fall protection methods OSHA permits when conventional systems are infeasible. Covers warning line system specifications (height, tension, flagging, setback distances), the safety monitoring system requirements (who qualifies as a monitor, communication requirements, distance limits, prohibited concurrent tasks), the controlled access zone setup for leading edge and overhand bricklaying work (control line height, setback, marking), and the documentation and fall protection plan requirements that apply when these methods are used.
Module 15 — Emergency Response & Rescue
Develop a rescue plan before the first worker clips in. Covers OSHA's requirement that a rescue procedure exist and be communicated before PFAS use begins, the orthostatic intolerance risk (suspension trauma) and the time limits that make rapid rescue critical, rescue methods (self-rescue, assisted rescue, aerial lift rescue, emergency services), equipment requirements for each method, and the competent person's role in reviewing and updating the rescue plan when site conditions change. Includes a rescue scenario tabletop exercise.
Module 16 — Running the Program & Shared Responsibility
Tie the entire course together from the perspective of the competent person who manages fall protection across an active jobsite. Covers the fall protection program elements (written plan, equipment inventory, inspection schedule, training records, incident reporting), the multi-employer citation policy and how OSHA assigns liability on shared worksites, subcontractor fall protection obligations, the site-wide hazard survey process, corrective action documentation, and the competent person's daily and pre-task responsibilities. Followed by the certification exam.
Who Should Take This Fall Protection Training?
This course is designed for:
- Construction workers, supervisors, and foremen who work at heights of 6 feet or more in construction or 4 feet in general industry
- Supervisors and safety professionals being trained or designated as the fall protection competent person
- Safety managers needing to document compliant OSHA Subpart M and Subpart I training for their crews
- Contractors in roofing, steel erection, scaffolding, concrete, masonry, and any trade with elevated work
- Anyone whose employer requires formal fall protection training before working at heights or supervising elevated work
What You Get When You Complete This Course
- A certificate of completion issued after passing the certification exam at 70% or higher
- The ability to recognize fall hazards and select the correct protection method — guardrail, PFAS, safety net, or administrative control — for any work situation
- Competency in the ABCD system for personal fall arrest: Anchorage, Body wear, Connecting devices, and Deceleration devices
- Harness and connector inspection skills — how to identify damage, corrosion, wear, and conditions that require removal from service
- Fall clearance calculation knowledge — the formula, the variables, and how to verify clearance before a worker clips in
- Understanding of specialty fall protection situations: roofing, steel erection, aerial lifts, scaffolds, ladders, and confined space entry
- Self-paced, mobile-friendly access on any device — progress auto-saved so you can complete across sessions
What Does the Fall Protection Competent Person Role Require Under OSHA?
OSHA requires a competent person to manage fall protection across construction operations under 29 CFR 1926 Subpart M. The competent person must be capable of identifying existing and predictable fall hazards in the work environment and surroundings — and must have authority to stop work and eliminate those hazards immediately. This role carries stop-work authority no supervisor can override.
This course covers what the competent person must know and do: write and manage the fall protection plan, select appropriate protection systems for each work situation, ensure equipment is inspected before every use, verify fall clearance before workers tie off, supervise erection and use of guardrail systems, direct rescue operations, and run the program across shared-employer worksites. Module 16 is dedicated entirely to running the program and the shared-responsibility framework OSHA enforces on multi-employer job sites.
Course Format, Duration & Certification
16 self-paced online modules • ~4 to 5 hours • certificate on completion • annual refresher
Frequently Asked Questions About Fall Protection Training
Q: What is OSHA's fall protection standard for construction?
A: OSHA's fall protection standard for construction is 29 CFR 1926 Subpart M, which requires fall protection for workers at heights of 6 feet or more above a lower level. The standard covers guardrail systems, safety net systems, and personal fall arrest systems (PFAS) as the three primary protection methods. It also addresses special situations including roofing, steel erection, scaffolds, aerial lifts, holes, and leading edges. A fall protection plan written by a qualified person is required when conventional fall protection is infeasible or would create a greater hazard.
Q: What does a fall protection competent person need to know?
A: Under 29 CFR 1926 Subpart M, the fall protection competent person must be able to identify fall hazards in the work environment, select appropriate protection methods (guardrail, PFAS, safety net, or administrative controls) for each situation, ensure all fall protection equipment is inspected before each use, verify fall clearance before workers use PFAS, supervise the erection and use of fall protection systems, and exercise stop-work authority when conditions are unsafe. The competent person must also be familiar with rescue procedures and the fall protection plan.
Q: What are the ABCDs of fall protection?
A: The ABCDs of personal fall arrest are: Anchorage (the secure point the PFAS connects to — must support 5,000 lbs per worker or be designed by a qualified person), Body wear (the full-body harness that distributes fall arrest forces across the torso), Connecting devices (lanyards, self-retracting lifelines, rope grabs, and carabiners that link the harness to the anchorage), and Deceleration device (the energy absorber or self-retracting mechanism that limits peak arrest force to 1,800 lbs). All four components must be compatible, inspected before each use, and replaced after a fall.
Q: How do you calculate fall clearance for a PFAS?
A: Fall clearance is the minimum distance below the anchorage point that must be clear of obstructions before a worker can use a PFAS. For a standard 6-foot lanyard with a 3.5-foot deceleration device, the calculation is: 6 ft (lanyard) + 3.5 ft (deceleration) + 6 ft (worker height D-ring to feet) + 2 ft (safety factor) = 18.5 feet minimum clearance below the anchorage. Self-retracting lifelines have shorter clearance requirements based on their arrest distance — check the manufacturer's data. Inadequate clearance means the worker would strike a lower level before the PFAS stops the fall.
Q: What is the difference between a guardrail system and a PFAS?
A: A guardrail system is a passive fall prevention system — a physical barrier (top rail, mid-rail, toe board) that prevents a worker from reaching the fall hazard. No action is required from the worker. A personal fall arrest system (PFAS) is an active fall protection system — the worker must correctly inspect, don, and connect the harness, lanyard, and anchorage before each use. PFAS arrest a fall after it begins rather than preventing it. Under OSHA 1926.502, guardrail systems are generally preferred when feasible because they eliminate the fall hazard entirely.
Q: What are the fall protection requirements for roofing?
A: Under 29 CFR 1926.502, workers on low-slope roofs (less than 4:12 pitch) at heights of 6 feet or more must be protected by a combination of warning line system and guardrail, PFAS, or safety net — or by a warning line and safety monitoring system when less than 50 employees work on the roof. On steep-slope roofs (4:12 or greater), guardrail, PFAS, or safety net is required. Warning lines must be set back at least 6 feet from the roof edge. A fall protection plan is required when conventional systems are infeasible or create greater hazards.
Q: What is a controlled access zone (CAZ) in fall protection?
A: A controlled access zone (CAZ) is a defined area in which certain work (such as leading edge work, overhand bricklaying, or pre-cast concrete) may be performed without conventional fall protection, using a combination of a control line and a safety monitoring system to limit access to authorized workers only. Under 29 CFR 1926.502(g), control lines must be erected not less than 6 feet nor more than 25 feet from the unprotected edge, must be connected on each side to a wall or guardrail, and must be clearly marked at 6-foot intervals. CAZs are only permitted when the competent person determines conventional fall protection is infeasible or creates a greater hazard.
Q: How often does fall protection training need to be renewed?
A: Under 29 CFR 1926.503, retraining is required whenever the employer has reason to believe a worker does not have the understanding and skill to use fall protection systems correctly — including after a near-miss, an incident, a change in fall protection methods, or observation of a worker using equipment improperly. OSHA does not specify a fixed renewal interval, but annual refresher training is the industry standard and the recommendation of Mid-America Safety & Environmental. Competent persons should retrain whenever their hazard recognition or inspection skills need refreshing.
Fall Protection Competent Person Training — Construction $70 Enroll Today
