Job Hazard Analysis Forms for Work at 6 Feet or More
Write a field-ready JHA for construction work at 6 feet or more above a lower level, with fall exposure, selected system, anchor checks, harness inspection, clearance math, rescue notes, and sign-off.
Article
The dangerous part of elevated work is not always the height.
It is the assumption that the crew already knows what to do.
A roofer steps onto a porch roof for a small leak repair. An HVAC tech climbs to a low commercial roof. A painter works from a ladder over a stair opening. A solar crew stages modules near an edge. A remodeler opens a floor hole for access. A handyman says the soffit repair is "only about eight feet." A two-person crew uses a scaffold that was already on site.
That is exactly where small shops get thin on paperwork. The owner knows falls are serious. The lead tech has worn a harness before. The job looks routine. The work order says what to fix.
But the file does not say:
- where the fall exposure is;
- what lower level the worker could hit;
- whether the work surface is strong enough;
- which fall protection method is actually being used;
- who checked the anchor, harness, connector, ladder, scaffold, or guardrail;
- whether there is enough clearance for the chosen system to arrest a fall;
- how a suspended worker gets rescued;
- when the crew must stop and call instead of improvising.
That is the job of a job hazard analysis, or JHA, for elevated work. OSHA's Job Hazard Analysis guide describes the basic method: break the task into steps, identify what can go wrong, and choose controls before the hazard turns into an incident. On many construction jobs, 6 feet or more above a lower level is where the planning conversation becomes impossible to treat as optional. It turns "be careful up there" into a field record the crew can actually follow.
Use it with the work-order safety briefing, not as a separate binder exercise. The site assessment checklist should capture roof access, edge exposure, ladders, surfaces, openings, weather, traffic, and customer constraints before the job is priced. The construction work order or trade work order tells the crew what is approved today. The JHA tells the crew how to do that elevated work without guessing.
The 6-foot rule is a trigger, not the whole analysis
For many construction tasks, OSHA's fall-protection rule starts at 6 feet or more above a lower level.
29 CFR 1926.501 requires fall protection for employees on walking or working surfaces with unprotected sides or edges 6 feet or more above a lower level. The same section has task-specific rules for leading edges, hoist areas, holes including skylights, formwork, ramps and walkways, certain excavations, dangerous equipment below, overhand bricklaying, low-slope roofs, steep roofs, residential construction, wall openings, and walking or working surfaces not otherwise addressed.
That does not mean every job has the same answer.
The JHA should identify the rule category or site requirement and the field condition:
| Exposure | What the JHA should say |
|---|---|
| Unprotected side or edge | Height, edge length, lower level, surface condition, and chosen system. |
| Roof work | Roof type, pitch, edge distance, warning line or guardrail plan, access point, weather limit, and material staging. |
| Hole, skylight, or floor opening | Size, cover rating, guardrail, access control, label, and who keeps it protected after work. |
| Ladder access | Ladder type, footing, landing extension, tie-off or securing method, work-from-ladder limit, and no-overreach rule. |
| Scaffold | Scaffold type, competent-person inspection, planking, guardrails, access, tie-in, loading, and fall-arrest connection if used. |
| Lift, platform, or bucket | Equipment inspection, manufacturer rules, tie-off point, ground condition, traffic exposure, and operator authorization. |
| Dangerous equipment below | What the worker could fall onto, even below 6 feet, and the protective method. |
The point is not to paste a regulation into the form. The point is to force a real answer before the crew starts.
If the job is not construction, do not blindly use the construction 6-foot trigger. General industry, maritime, mines, customer site rules, state-plan rules, insurance requirements, and contract safety manuals can use different thresholds or different controls. Even inside construction, ladders, scaffolds, aerial lifts, and task-specific roof rules can be governed by different sections. A JHA should name the rule set or site rule that actually applies.
A JHA is not a fall protection plan
Small contractors sometimes use "JHA," "fall protection plan," "toolbox talk," and "safety checklist" as if they are the same document.
They are not.
A JHA breaks the job into steps, identifies hazards, and lists controls. It is useful for a roof repair, gutter install, sign service, scaffold setup, stairwell painting, panel replacement near a mezzanine, or solar service call.
A formal fall protection plan under 29 CFR 1926.502(k) is a narrower regulatory tool. OSHA's rule makes that option available only for certain leading edge work, precast concrete erection work, or residential construction work when the employer can demonstrate conventional fall protection is infeasible or creates a greater hazard. The plan must be prepared by a qualified person, site-specific, kept up to date, kept at the job site, implemented under a competent person, and explain why conventional systems are infeasible or a greater hazard.
Do not use a one-page JHA as a shortcut around guardrails, safety nets, or personal fall arrest systems.
For most small jobs, the better hierarchy is simple:
- Eliminate the elevated work if practical: pre-assemble on the ground, use a longer tool, change the sequence, or move the work to a safer surface.
- Use a safer work surface: scaffold, lift, platform, roof bracket system, guarded access, or staged work area.
- Use conventional fall protection: guardrail, safety net, personal fall arrest, restraint, warning line where permitted, or another allowed system for the specific task.
- Use the JHA to document the chosen method, inspection, training, rescue, and stop-work triggers.
NIOSH's 2026 construction falls bulletin puts the field problem plainly: falls from elevation remain the leading work-related cause of death in construction, many incidents occur during roofing, ladder work, and structural framing, and smaller worksites often have fewer safety resources. The form should help the smallest crew make the right decision at the edge, not just prove the office printed a page.
Start the form with the exact elevated task
Weak JHA:
Fall protection required. Use harness.
Good JHA:
Replace 18 feet of fascia at rear porch roof. Work edge is approximately 9 feet above concrete patio. Crew will access from extension ladder, stage from pump-jack scaffold with guardrails, and keep material below 25 pounds per carry. No work from porch roof edge. Stop if scaffold cannot be leveled or if rain starts.
The first section should answer:
| Field | Example entry |
|---|---|
| Job and work order | "WO-10483, rear fascia replacement, approved scope only." |
| Elevated task | "Remove damaged fascia, install primed 1x8, caulk, spot prime." |
| Height and lower level | "9 feet to concrete patio, shrubs and hose bib below." |
| Surface | "Pump-jack scaffold, planked and guarded; no work from roof surface." |
| Access | "Extension ladder to scaffold access point; rails extend above landing." |
| People exposed | "Two-person carpentry crew; helper stays on ground during material cuts." |
| Rule or site trigger | "Construction work 6 feet or more above a lower level; customer has no stricter written rule." |
| Approved fall protection | "Guardrail system on scaffold; ladder for access only." |
| Stop-work point | "Stop if scaffold cannot be leveled, guardrail removed, wind gusts increase, or customer asks for extra roof work." |
That turns the general work order, construction work order, and JHA into one operating packet. The crew knows what is approved, where the fall hazard is, and what method controls it.
Name the competent person and what they checked
OSHA's construction definition of a competent person in 29 CFR 1926.32 is not just "experienced worker." The person must be capable of identifying existing and predictable hazardous or dangerous conditions and have authorization to take prompt corrective measures.
Your JHA should not leave that blank.
Write:
- who inspected the elevated work area;
- who inspected the scaffold, ladder, lift, anchor, guardrail, hole cover, or fall-arrest system;
- what they are authorized to stop or correct;
- whether a qualified person is required for system design, anchor judgment, fall-protection plan approval, or engineered work;
- how the crew records a correction before work starts.
For a small shop, this can be one line:
Competent person: Maria R. Authorized to stop work, reject ladder/scaffold setup, require different access, remove defective harness/lanyard, and call owner before scope changes.
That one line matters when the crew finds a bad ladder foot, soft roof deck, missing scaffold guardrail, questionable anchor, wet surface, skylight, or customer-created access problem. The safety inspection checklist can carry the detailed inspection items. The JHA should identify the decision-maker.
Choose the system before the truck rolls
The JHA should not ask the crew to choose fall protection after arriving with the wrong equipment.
Use the quote and work order to make the choice early:
| Work type | Weak paperwork | Better paperwork |
|---|---|---|
| Low-slope roof HVAC service | "Roof unit service." | "Roof edge within 12 feet of unit. Bring roof hatch guard, warning line materials if allowed for this task and site, and tie-off kit if edge work is needed. No solo roof work." |
| Gutter replacement | "Replace gutters." | "Two-story rear elevation. Use scaffold or lift. Ladders allowed for access and measurement only, not sustained gutter removal." |
| Stairwell painting | "Paint upper wall." | "Fall exposure at stair opening. Use platform system rated for stair use; no step ladder balanced on treads." |
| Solar service | "Replace failed optimizer." | "Steep roof. Crew must use approved roof access, anchors, harnesses, compatible connectors, and rescue plan before starting." |
| Ceiling work over equipment | "Repair ceiling tile." | "Work above dangerous equipment. De-energize or guard equipment below; use platform; barricade lower work zone." |
29 CFR 1926.502 is where OSHA puts many of the criteria for fall protection systems and practices. Guardrails, safety nets, personal fall arrest, warning lines, controlled access zones, safety monitoring, covers, falling-object protection, and fall protection plans are not interchangeable labels. The JHA should name the actual method and any setup limit the crew must follow.
For personal fall protection equipment, this is also where ANSI/ASSP Z359 belongs in the conversation. ASSP describes the Z359 fall protection and fall restraint standards as covering equipment and systems for climbing, work positioning, fall arrest, rescue, evacuation, training, hazard identification, and hazard abatement. A small contractor does not need to recite a standard in every customer-facing form, but the shop should know whether its harnesses, connectors, lanyards, self-retracting devices, anchors, rescue gear, and training program match the equipment and standard required for the work.
The practical field on the document is:
Fall protection system: guardrail, safety net, fall restraint, personal fall arrest, scaffold guardrail, lift tie-off, warning line combination, hole cover, or other approved method.
Do not let the answer be "PPE."
Harness inspection is not tie-off math
A harness inspection answers one question:
Is this component fit for use?
Tie-off math answers a different question:
If this person falls, will the system stop them before they hit the lower level or swing into something?
The JHA needs both.
OSHA's Fall Protection in Construction publication explains the basic personal fall arrest system as an anchorage, connectors, and a body harness, with possible lanyard, deceleration device, lifeline, or combinations. It also highlights important criteria: personal fall arrest systems must limit arresting force, be rigged so the worker cannot free fall more than 6 feet or contact a lower level, limit deceleration distance, have enough strength, and be inspected before each use with defective components removed from service.
Do not reduce that to "wear harness."
For a personal fall arrest setup, include:
| JHA field | What to record |
|---|---|
| Harness inspection | Webbing, stitching, labels, D-ring, buckles, burns, cuts, paint, corrosion, deformation, age, and removal from service if defective. |
| Connector inspection | Snap hooks, carabiners, gates, locks, compatibility, sharp edges, abrasion, and manufacturer limitations. |
| Anchor | Location, type, rating or basis for use, who approved it, and whether it is independent of non-structural items. |
| Free-fall distance | Lanyard or SRL behavior, tie-off height, and whether the setup limits free fall as required. |
| Deceleration and elongation | Shock absorber deployment, SRL activation distance, lifeline stretch, and clearance allowance. |
| Worker height and D-ring | Actual body height and D-ring height, not a generic guess. |
| Swing fall | Whether the anchor is offset from the work point and what the worker could swing into. |
| Lower-level hazard | Concrete, equipment, rebar, roof below, stairwell, deck, machinery, traffic, or excavation. |
| Rescue | How the worker is reached quickly if suspended. |
The inspection report can document recurring equipment inspections. The JHA documents whether today's setup makes sense for today's height.
If the clearance math does not work, the JHA should say no. Move the anchor, use a different system, change the work method, use a lift, add guardrails, or stop until a qualified person reviews it.
Ladder work needs stricter notes than "use ladder safely"
Ladders are so common that crews stop seeing them as elevated work.
That is a mistake.
29 CFR 1926.1053 covers construction ladder requirements, including portable ladder access to an upper landing surface, ladder side rails extending at least 3 feet above the landing surface unless secured and supplemented by a grasping device, level and safe use concepts, load limits, proper use, and ladder angle rules.
OSHA's fall prevention campaign also gives plain-language training points: maintain three points of contact, place the ladder on level footing, face the ladder, lock braces, do not overreach, and do not walk the ladder.
Put those into the JHA only when they are relevant:
| Ladder condition | What the JHA should decide |
|---|---|
| Ladder is only access | How it is set, secured, extended, and kept clear at top and bottom. |
| Work will be performed from ladder | Whether the task is short, light, centered, and within reach without side loading or overreach. |
| Ladder near electrical exposure | Whether nonconductive side rails or a different method is required. |
| Ladder on uneven ground | Whether leveling, blocking, another access method, or stop-work is required. |
| Ladder at doorway or public path | Whether barricade, spotter, lockout, or alternate access is required. |
| Stairwell or shaft nearby | Whether ladder use creates a separate fall exposure that requires a different platform. |
If the JHA answer is "two people and a sketchy ladder," rewrite the method.
For recurring ladder-heavy work, the trade work order should carry a short version. A painting work order, electrical work order, HVAC work order, or roofing work order should tell the crew when ladder work is allowed and when scaffold, lift, platform, or a second visit with different equipment is required.
Scaffold and roof notes belong in the same packet
Scaffold work can look safer because the crew is no longer on a ladder.
It is only safer if the scaffold is built, inspected, accessed, loaded, and used correctly.
29 CFR 1926.451 includes scaffold requirements for platforms, walkways, fall protection, personal fall arrest attachment on scaffolds, and competent-person judgments during erection and dismantling. OSHA's fall prevention campaign also gives practical scaffold training reminders: fully plank scaffolds, complete guardrails, ensure stable footing, plumb and level the scaffold, provide proper access, require competent-person inspection before use, do not climb cross braces, do not stand on guardrails, and do not use a ladder on a scaffold.
The JHA should record:
- scaffold type and owner;
- who erected or inspected it;
- whether guardrails, planking, access, base plates, mudsills, ties, and load limits are acceptable;
- whether the crew is allowed to alter it;
- how materials are staged;
- what lower area is barricaded for falling-object risk;
- what happens if another trade removes a rail or changes the setup.
For roof work, the same packet should include pitch, edge distance, access, skylights, brittle surfaces, weather, loose granules, wet membrane, staging, hoisting, and rescue. If hurricane recovery, storm damage, ice, or high wind changes the roof condition, tie the JHA back to the weather and delay workflow in Acts of God Clauses for Roofers. Schedule protection and safety protection are separate problems, but they often appear on the same day.
The rescue note cannot be "call 911"
Emergency responders matter. But "call 911" is not a complete rescue plan for personal fall arrest.
If a worker falls and is left suspended, the shop needs a practical way to reach, lower, raise, or otherwise rescue that worker quickly enough for the actual site. That plan depends on height, access, equipment, crew size, roof layout, lift availability, ladder reach, traffic, locked gates, tenant access, and whether the suspended worker can self-rescue.
The JHA should say:
| Rescue field | What to write |
|---|---|
| Rescue method | Ladder, lift, roof access, rescue kit, self-rescue device, fire department coordination, or site rescue team. |
| Equipment on site | What must be on the truck or staged before work begins. |
| Responsible person | Who calls, who retrieves equipment, who keeps the area clear, who guides responders. |
| Access constraints | Locked gates, roof hatch, tenant spaces, alley access, overhead lines, traffic, or limited staging. |
| Time concern | Whether the method can reach the worker promptly for this specific setup. |
| Practice or briefing | Whether the crew has reviewed the method and knows where equipment is. |
The near-miss report and incident report sit downstream from the JHA. If the shop has a close call, harness deployment, ladder slip, scaffold change, or dropped object, the report should update the next version of the elevated-work JHA.
Do not let the lesson live only as a story in the truck.
Training proof should match the equipment used today
29 CFR 1926.503 requires a training program for each employee who might be exposed to fall hazards. The training must enable employees to recognize fall hazards and know the procedures to minimize them. The rule also addresses training by a competent person, the nature of fall hazards in the work area, procedures for erecting, maintaining, disassembling, and inspecting systems, use and operation of fall protection systems, and retraining when workplace changes, equipment changes, or knowledge gaps make prior training obsolete.
Your JHA should not store every training record. But it should confirm the crew is trained for the actual method being used:
- roof warning line and safety monitor where allowed;
- scaffold access and use;
- personal fall arrest with the specific harness, connector, lanyard, SRL, lifeline, or anchor type;
- lift or bucket tie-off;
- ladder setup and limits;
- hole cover and guardrail control;
- rescue procedure;
- dropped-object control.
This is where the daily report log helps on multi-day jobs. If the method changes on Tuesday, the Tuesday report should show the revised briefing, equipment, and JHA update. If the field condition changes the approved scope, use the pause-and-document workflow from When the Plans Don't Match the Field and the pricing workflow from Hidden Conditions and Scope Gaps.
When safety changes, scope and price often change too.
Trade examples for elevated-work JHAs
The format can stay the same across trades. The hazard details should change.
Roofing leak repair
A roofing work order says repair the leak. The JHA says how the crew reaches and works near the edge.
Example note:
Rear low-slope roof, approximately 14 feet above asphalt lot. Roof hatch access. Work area 8 feet from parapet; material staging inside marked area. Crew will set the approved warning-line system if allowed for this roof and site, and use personal fall arrest if work moves outside marked area. Stop if membrane is wet, wind increases, or skylight covers are disturbed.
HVAC rooftop service
An HVAC work order for a rooftop unit should not assume the unit is safely reachable.
Example note:
RTU-3 service. Roof hatch opens within 5 feet of unprotected edge. Crew lead to inspect hatch access, edge condition, and anchor availability before opening unit. No solo roof work. If customer requests condenser fan replacement requiring edge-side panel removal, stop and revise JHA before proceeding.
Electrical sign or exterior lighting
An electrical work order may combine fall, electrical, and public-area hazards.
Example note:
Replace wall-pack light above loading dock. Use lift from level pavement only. Barricade dock lane. Maintain clearance from service conductors. Wear harness tied to approved lift point per manufacturer rules. Stop if lift cannot be leveled or dock traffic cannot be controlled.
Solar roof service
A solar installers work order should treat roof access, panel handling, electrical isolation, and rescue as one task sequence.
Example note:
Replace failed optimizer on steep roof array. Verify shutdown procedure before roof work. Use approved roof anchors, harnesses, compatible connectors, and roof ladder. Keep material path clear. Rescue plan reviewed before start. Stop if anchor placement differs from plan or roof condition is brittle.
Painting or drywall above stairs
A painting work order or drywall work order should call out stair openings and unusual platforms.
Example note:
Paint two-story stairwell. Use stair-rated platform system. No step ladder on stairs. Protect lower landing from dropped tools. Customer must keep hallway closed during work. Stop if platform cannot be leveled or public access cannot be controlled.
These examples are not legal language. They are field language. That is what crews need before work starts.
What belongs on the finished form
A good elevated-work JHA should fit on a few pages and be readable in the truck.
Include:
- Job number, address, customer, and related work order.
- Task sequence and work area.
- Height, lower level, edge, hole, roof, ladder, scaffold, lift, or platform condition.
- Rule trigger or customer/site requirement.
- Competent person and authority to stop work.
- Fall protection method and backup condition.
- Anchor, harness, connector, guardrail, scaffold, ladder, lift, or cover inspection.
- Tie-off and clearance notes where personal fall arrest is used.
- Weather, surface, public access, dropped-object, and material-staging controls.
- Rescue method and equipment.
- Training or briefing confirmation.
- Stop-work triggers.
- Crew signatures or initials.
- Photos or attachments.
- Same-day follow-up in the service report, daily report, incident report, near-miss report, or change order if conditions change.
The strongest JHA is not the longest one. It is the one that makes the crew stop before a predictable fall hazard becomes a normal part of the job.
The practical rule
Do not write "fall protection as needed."
Write the actual method.
Do not write "tie off."
Write the anchor, connector, clearance, and rescue answer.
Do not write "ladder safety."
Write when the ladder is only access, when it is allowed as a work platform, and when the crew needs scaffold or a lift.
Do not write "crew trained."
Write whether the crew is trained for the system in front of them today.
For a small shop, that is the entire point of the JHA. It takes what the best crew lead knows and puts it into a field record the next crew can follow.
Sources
- OSHA, 29 CFR 1926.501, Duty to have fall protection, including construction fall-protection triggers for unprotected edges, holes, hoist areas, ramps, roofs, residential construction, wall openings, and other walking or working surfaces
- OSHA, 29 CFR 1926.502, Fall protection systems criteria and practices, including criteria for guardrails, safety nets, personal fall arrest systems, warning lines, controlled access zones, covers, falling-object protection, and fall protection plans
- OSHA, 29 CFR 1926.503, Training requirements, including fall-hazard recognition, system inspection and use, training certification, and retraining triggers
- OSHA, 29 CFR 1926.32, Definitions, including construction definitions for competent person and qualified person
- OSHA, 29 CFR 1926.1053, Ladders, including construction ladder access, use, load, angle, footing, and landing-extension requirements
- OSHA, 29 CFR 1926.451, General requirements for scaffolds, including scaffold access, platform, fall-protection, and competent-person provisions
- OSHA Publication 3071, Job Hazard Analysis, 2002 revised guide to task breakdown, hazard identification, controls, employee involvement, and JHA review
- OSHA Publication 3146, Fall Protection in Construction, 2015 guide to Subpart M requirements, fall protection systems, personal fall arrest components, training, consultation, and worker rights
- OSHA, Fall Prevention Campaign: Plan, Provide, Train, including ladder, scaffold, roof, and fall-protection training points for construction employers
- NIOSH, Construction Falls: Progress and Prevention, April 20, 2026 bulletin on construction fall prevention, small-firm risk, and hierarchy-of-controls thinking
- Bureau of Labor Statistics, Fatal work injuries declined in 2024, April 28, 2026 summary of 2024 workplace fatality data, including construction deaths and falls, slips, and trips
- ASSP, ANSI/ASSP Z359 Fall Protection and Fall Restraint Standards, overview of the Z359 fall protection and fall restraint standards family for equipment, systems, rescue, training, and hazard abatement
This article is for general information and is not legal, safety, engineering, insurance, or compliance advice. Verify federal, state, local, customer-site, manufacturer, insurer, and contract-specific fall-protection rules with the appropriate authority or professional before acting.
Common questions
- What is a job hazard analysis?
- A job hazard analysis is a task-specific safety review that breaks work into steps, identifies hazards, chooses controls, and records who checked the setup before the crew starts.
- Does work above 6 feet always need a job hazard analysis?
- The 6-foot height is a strong trigger to slow down and document the hazard. The JHA should describe the actual task, surface, access method, fall exposure, controls, rescue plan, and who checked the setup before the crew starts.
- Is a JHA the same as a fall protection plan?
- No. A JHA identifies job-specific hazards and controls. A fall protection plan is a more specific safety document when required by the work, site, or rule. A small shop should not pretend a one-line work order note replaces the needed safety planning.
- What should the form say before the crew climbs?
- It should name the elevated task, equipment, competent person or responsible lead, anchor or access method, ladder or scaffold notes, rescue plan, training match, and stop-work trigger. The crew should be able to read it and know what is safe today.