Generic safety checklists waste your superintendent's time. They include items irrelevant to the current phase of construction and miss hazards specific to your project conditions.

This checklist is organized by hazard category with specific, observable inspection items. Each item describes exactly what to look for — not vague directives like "check fall protection" but precise conditions like "guardrail top rail height between 39 and 45 inches."

Use this as a starting template. Remove items that do not apply to your project scope. Add items specific to your site conditions, owner requirements, and trade mix.

Fall Protection (10 Items)

Fall hazards generate more OSHA citations and fatalities in construction than any other category. These 10 items cover the most commonly cited conditions.

Guardrail top rail height measures between 39 and 45 inches at all open-sided floors, platforms, and walkways above 6 feet. Measure with a tape — visual estimates miss 2-3 inch deviations that constitute violations.
Mid-rails are installed at approximately 21 inches on all guardrail systems. Missing mid-rails are the single most common guardrail citation.
Floor openings are covered with material capable of supporting twice the maximum intended load. Covers are secured against displacement and labeled "HOLE" or "COVER" on all exposed sides.
Personal fall arrest system anchor points rated for 5,000 pounds per attached worker. Check anchor point rating documentation — rebar ties, conduit, and ductwork are never acceptable anchors regardless of how sturdy they appear.
Self-retracting lifelines (SRLs) are inspected and within manufacturer certification dates. Check the inspection tag. Expired SRLs must be removed from service immediately.
Controlled access zones are established with warning lines set back 6 feet from the leading edge for roofing work or operations where conventional fall protection is infeasible. Warning line stanchions are spaced to prevent sagging below 34 inches.
Ladder extensions rise at least 3 feet above the landing surface at all access points to elevated work areas. Ladders are secured against displacement at the top.
Stairways with 4 or more risers or rising more than 30 inches have handrails. Temporary stairways during construction are frequently missed during inspections.
Steel erection workers above 15 feet have fall protection in place per 29 CFR 1926 Subpart R. Connectors working between 15 and 30 feet must be protected by a personal fall arrest system, positioning device system, or safety net system.
Workers on suspended scaffolds or at the perimeter of scaffolds above 10 feet are using personal fall arrest systems. Guardrails alone on suspended scaffolds do not meet fall protection requirements.

Electrical Safety (8 Items)

Electrical hazards often hide behind walls, inside panels, and underground. These items target the most common exposures on active construction sites.

GFCI protection is provided on all 120-volt, 15- and 20-ampere receptacles used for temporary power on the construction site. Test GFCIs monthly using the built-in test button — GFCIs that do not trip on test must be replaced immediately.
Assured equipment grounding conductor program is in effect if GFCIs are not used. Daily visual inspections and quarterly testing of all cord sets and receptacles are documented.
Electrical panel boxes have dead-front covers in place with all openings sealed. Circuits are labeled. 36-inch clearance is maintained in front of all panels.
Extension cords are in serviceable condition — no exposed wiring, no electrical tape repairs, no missing ground prongs, no crush damage to insulation. Hard-usage or extra-hard-usage rated cords only.
Lockout/tagout devices are applied to all de-energized circuits before electrical work begins. Each worker applies their individual lock. One lock per crew is not compliant.
Overhead power line clearance distances are maintained: 10 feet for lines up to 50 kV, with additional clearance of 0.4 inches per additional kV above 50 kV. Flagging and warning signage is posted when work occurs within proximity.
Temporary wiring is supported on insulators at intervals sufficient to prevent contact with other conductive materials. Wiring draped across metal framing, rebar, or conduit creates shock hazards.
Arc flash boundaries are posted and PPE requirements are identified for energized electrical work above 50 volts. NFPA 70E compliance applies even on construction sites.

Excavation and Trenching (7 Items)

Excavation failures kill fast. A cubic yard of soil weighs approximately 2,700 pounds — more than enough to cause asphyxiation in under 5 minutes.

Protective systems are in place for all excavations deeper than 5 feet: sloping, benching, shoring, or shielding appropriate to the soil classification. Soil classification is documented by the competent person.
A competent person inspects the excavation daily before work begins and after any event that could affect stability — rain, vibration from adjacent equipment, surcharge loads, or changes in groundwater conditions.
Spoil piles are set back at least 2 feet from the edge of the excavation. This includes materials, equipment, and any surcharge load that could affect trench wall stability.
Ladder access is provided within 25 feet of lateral travel for all workers in excavations 4 feet or deeper. Ladders extend at least 3 feet above the excavation edge.
Underground utilities are located and marked before excavation begins. One-call tickets are current (typically valid for 10-14 working days depending on state). Hand-digging is used within the tolerance zone of marked utilities.
Surface water is diverted away from the excavation to prevent undermining of trench walls. Pumps are available to remove accumulated water before workers enter.
Adjacent structures, sidewalks, and roadways are evaluated for potential undermining. Support systems are installed if the excavation extends below the foundation line of adjacent structures at an angle less than 45 degrees.

Scaffolding (9 Items)

Scaffold-related incidents consistently rank in OSHA's top 10 most cited standards. These items cover the most frequently violated conditions.

Scaffold is erected, moved, dismantled, or altered under the supervision of a competent person. The competent person can identify hazards and has authority to take corrective action.
Scaffold foundations are on firm, level surfaces. Base plates and mud sills are used. Screw jacks are adjusted so that the scaffold is plumb and level.
All scaffold platforms are fully planked or decked between the front uprights and the guardrail supports. Gaps do not exceed 1 inch between planks. Platform width is at least 18 inches.
Scaffold planks extend at least 6 inches but no more than 12 inches beyond the support points unless cleated or otherwise restrained against slipping.
Guardrails are installed on all open sides of scaffold platforms above 10 feet. Top rail at 38-45 inches, mid-rail at approximately half height, toe boards at least 3.5 inches high if workers are below.
Cross-bracing is complete and intact on all scaffold frames. Missing or damaged cross-braces compromise the structural integrity of the entire scaffold system.
Access to scaffold platforms is via attached ladder, stair tower, or equivalent safe access. Climbing cross-braces is explicitly prohibited by OSHA.
Scaffold is not loaded beyond its maximum intended load rating. Material staging on scaffold platforms is organized to distribute loads evenly.
Scaffolds within 10 feet of energized power lines have been de-energized or insulated. Competent person has assessed clearance distances and implemented protective measures.

Crane and Rigging (8 Items)

Crane incidents result in some of the highest-severity injuries and fatalities on construction projects. Inspection items focus on the most common failure points.

Annual crane inspection is current and certificate is posted in the cab. Monthly and daily inspection records are maintained by the crane operator.
Crane is positioned on firm, level ground with outriggers fully extended and on adequate pads. Outrigger pads are sized for soil bearing capacity.
Load charts are posted in the cab and the crane is not operated beyond rated capacity at the working radius. The operator verifies load weight and radius before each lift.
Designated signal person is assigned for all lifts where the operator cannot see the load. The signal person uses standard hand signals or radio communication.
Rigging hardware (slings, shackles, hooks) is inspected before each use. Damaged, kinked, or worn rigging is tagged out of service. Makeshift rigging components are never acceptable.
Tag lines are used on all loads to prevent rotation and guide placement. Workers never position themselves directly under a suspended load.
Swing radius barricades are established to prevent workers from being caught between the crane counterweight and fixed objects.
Critical lift plans are prepared for lifts exceeding 75% of rated capacity, tandem lifts, lifts over occupied areas, or lifts with limited clearance. Critical lift plans include engineered rigging plans and are reviewed before execution.

PPE Compliance (6 Items)

PPE is the last line of defense. When PPE is missing or used incorrectly, every other safety measure becomes less effective.

Hard hats are worn correctly — level on the head, suspension adjusted to fit, not worn backwards unless the manufacturer certifies reverse wear. Hard hats with cracks, dents, or UV degradation are replaced.
Safety glasses with side shields are worn in all active work areas. Prescription safety glasses meet ANSI Z87.1. Face shields are used in addition to safety glasses for grinding, cutting, and chemical exposure.
High-visibility vests or garments meeting ANSI/ISEA 107 Class 2 minimum are worn in all areas where mobile equipment operates. Class 3 garments are required for night work or heavy traffic areas.
Hearing protection is available and worn in areas exceeding 85 decibels. Common construction activities above 85 dB include jackhammering (100 dB), circular saw (105 dB), and pneumatic nail guns (97 dB).
Gloves appropriate to the task are available and worn. Cut-resistant gloves for handling materials with sharp edges, chemical-resistant gloves for solvent and adhesive work, impact-resistant gloves for heavy material handling.
Respiratory protection is used when airborne hazards exceed permissible exposure limits. Workers are enrolled in a respiratory protection program with medical evaluation, fit testing, and training before use. Voluntary use dust masks still require employer documentation per 29 CFR 1910.134 Appendix D.

Housekeeping (5 Items)

Poor housekeeping is the clearest visible indicator of a jobsite's overall safety culture. It is also the easiest category to correct immediately during an inspection.

Walking surfaces are clear of debris, loose materials, and protruding nails. Scrap lumber with exposed nails is the most common housekeeping hazard on wood-frame projects.
Materials are stored in stable configurations that will not tip, slide, or roll. Pipe, conduit, and bar stock are secured against rolling. Drywall is stored upright with bracing.
Waste and scrap are removed from work areas at least daily. Dumpsters are accessible and not overflowing. Combustible waste is separated from non-combustible.
Access routes, stairways, and emergency exits are clear and unobstructed. No materials stored in egress paths. Emergency exit signage is visible.
Sanitation facilities are maintained — portable toilets are serviced weekly minimum, handwashing stations are stocked and functional, drinking water is available and clearly labeled.

Fire Prevention (5 Items)

Construction fires cause an estimated $300 million in property damage annually. Most are preventable through consistent inspection and control of ignition sources.

Fire extinguishers are fully charged, currently inspected (monthly tag), and accessible within 100 feet of travel in all work areas. Extinguishers are sized and rated for the hazard class present.
Hot work permits are issued and posted before any cutting, welding, brazing, or grinding that produces sparks. Fire watch is assigned and remains for at least 30 minutes after hot work concludes.
Flammable and combustible liquids are stored in approved containers and in quantities not exceeding one day's supply at the point of use. Bulk storage meets NFPA 30 requirements for quantity, spacing, and ventilation.
Temporary heating equipment maintains required clearance distances from combustible materials — typically 36 inches for salamanders and forced-air heaters. Equipment is attended or equipped with automatic shut-off.
No smoking policies are enforced in areas containing flammable materials, near fuel storage, and inside buildings under construction. Designated smoking areas are established away from combustible storage.

How to Use This Checklist Effectively

Customize for project phase. Excavation items are irrelevant during interior finishes. Fall protection items change as the building envelope closes. Maintain a master checklist and create phase-specific versions.

Assign severity before inspecting. Not every item on this list carries equal weight. A missing guardrail at 30 feet is an imminent danger. A missing hard hat is a serious hazard. A dirty break area is a housekeeping issue. Pre-assign severity categories so inspectors rate consistently.

Track repeat findings. The same hazard appearing on consecutive inspections indicates a systemic failure, not an isolated incident. Repeat findings should trigger escalation to the responsible subcontractor's project manager.

Compare across inspectors. If one superintendent consistently finds zero electrical deficiencies while another finds five per inspection, either the first inspector is not looking or the second inspector is in a higher-risk area. Calibrate by having inspectors walk together periodically.

Frequently Asked Questions

How many items should a daily inspection checklist contain? Limit daily checklists to 30-40 items relevant to the current project phase. A 58-item comprehensive list like this one is better suited for weekly superintendent walks or monthly audits. For daily use, extract the items that apply to active work and create a focused subset.

Should every item be inspected every day? Not every item. Fall protection, electrical, and housekeeping items deserve daily attention because conditions change daily. Crane, excavation, and scaffold items should be inspected daily when those activities are active but can be removed from the daily form during phases when they are not present.

Who should complete the jobsite safety inspection checklist? The site superintendent or a designated safety representative with OSHA 30 training should complete daily checklists. Trade-specific items (crane, scaffold, excavation) require a competent person with trade-specific knowledge. Monthly comprehensive checklists benefit from completion by a safety director or third-party consultant for objectivity.

What should happen when a hazard is found during an inspection? Imminent danger conditions require immediate work stoppage and correction before work resumes. Serious hazards require correction within 24 hours with notification to the responsible subcontractor. Less severe housekeeping and PPE issues can carry 48-72 hour correction deadlines. All findings require written documentation and verification of correction.

Can this checklist be used as legal documentation? Inspection records are discoverable in litigation. A consistently completed checklist demonstrating proactive hazard identification and correction supports a defense of due diligence. However, a checklist showing known hazards without corresponding corrective actions can be used as evidence of negligence. Always pair findings with documented corrective actions.

How do I adapt this checklist for different project types? Start by identifying which hazard categories are relevant to your project scope. A highway project emphasizes struck-by and traffic control items not on this list. A high-rise project emphasizes fall protection and crane operations. A renovation project adds lead and asbestos assessment items. Use this list as a foundation and add project-specific items based on your hazard assessment.

From Checklist to System

A checklist tells your inspector what to look at. A system tells your organization what to do about what they find. The 58 items above are starting points. The corrective action process, trend analysis, and subcontractor accountability framework you build around them determine whether inspections improve safety or just fill filing cabinets.

See how SubcontractorAudit.com turns inspection findings into subcontractor performance data that drives accountability.