Two samples of real work — an EHS knowledge assessment and a compliance-based training evaluation. Full PDFs available to download. No request form, no gate.
A 10-question sample bank spanning hazard communication, respiratory hazards, chemical hazards, physical hazards, and environmental compliance. Scenario-grounded stems, plausible distractors, and detailed rationale for each answer. Written for a manufacturing EHS context.
| # | Subtopic | Description | Difficulty |
|---|---|---|---|
| Q1 | Hazard Communication | SDS Section Identification | Beginner |
| Q2 | Hazard Communication | GHS Pictogram Recognition | Beginner |
| Q3 | Respiratory Hazards | Permissible Exposure Limits & Action Levels | Intermediate |
| Q4 | Chemical Hazards | Flammable Liquid Storage Requirements | Intermediate |
| Q5 | Physical Hazards | Compressed Gas Cylinder Safety | Beginner |
| Q6 | Chemical Hazards | Hexavalent Chromium Exposure Controls | Advanced |
| Q7 | Hazardous Waste & Compliance | RCRA Satellite Accumulation Requirements | Intermediate |
| Q8 | Respiratory Hazards | Respirator Selection & Assigned Protection Factors | Advanced |
| Q9 | Physical Hazards | Noise Exposure & Hearing Conservation Triggers | Intermediate |
| Q10 | Chemical Hazards | Lead Exposure — Medical Removal Protection | Expert |
A maintenance technician needs to determine the proper personal protective equipment (PPE) required before working with a chemical. Which section of a Safety Data Sheet (SDS) provides this information?
Which GHS pictogram — a flame over a circle — indicates what type of hazard on a chemical label?
An industrial hygienist collects personal air samples in a machining area and finds airborne mineral oil mist concentrations averaging 3.5 mg/m³ over an 8-hour shift. OSHA's PEL for mineral oil mist is 5 mg/m³. Which of the following is the most appropriate immediate response?
7 additional questions in the full bank — covering hexavalent chromium controls, RCRA satellite accumulation, respirator APF selection, hearing conservation triggers, and lead MRP. Difficulty ranges from Beginner to Expert.
Download All 10A compliance and field-accuracy review of a scaffold safety training script against 29 CFR 1926 Subpart L. Evaluated across four dimensions: regulatory accuracy, field-level realism, instructional clarity, and learner engagement. Seven findings documented, rated by severity.
The script demonstrates a solid foundational structure and covers the primary scaffold hazards at a general level. However, several areas require revision before the content is suitable for publication.
Specifically, the script understates key load capacity requirements, omits critical competent-person obligations, and presents scaffold access procedures in a manner inconsistent with how they are implemented in the field.
No findings are rated CRITICAL — no content that would cause direct harm if followed as written. Three findings are rated HIGH and require mandatory revision before publication.
| Item | Finding | Severity | Required Action |
|---|---|---|---|
| Load Capacity Language | Script states scaffolds must support "their intended load" without specifying the 4:1 safety factor required by 1926.451(a)(1). Learners will not understand the quantitative requirement. | HIGH | Add explicit reference to the 4:1 safety factor. Include a practical example: if working load is 1,000 lbs, scaffold must be rated to 4,000 lbs. |
| Competent Person Obligations | Script mentions a "qualified person" must inspect scaffolds but does not define the distinction between a competent person and a qualified person as defined in 1926.450. A common and consequential compliance gap. | HIGH | Add clear definitions of both terms per 29 CFR 1926.450. Clarify which functions require each designation and that these may be different individuals. |
| Scaffold Access Procedures | Script describes accessing scaffolds via the frame as standard practice. 1926.451(e) requires a proper access system for scaffolds over 2 feet. Accessing via the frame is a field habit the training should actively correct, not normalize. | HIGH | Revise to explicitly state that frame climbing is prohibited where an access system is required. Include language about the 2-foot height threshold triggering the requirement. |
| Guardrail Specifications | Script references "proper guardrails" without specifying the height requirement (38–45 inches per 1926.502) or the 200 lb. top rail force requirement. Vague guardrail language is where compliance failures consistently occur in the field. | MODERATE | Add specific height range and load requirement. Note that midrails must be positioned at approximately half the height of the top rail. |
| Footing & Base Plate Requirements | Footing requirements addressed in one sentence. In practice, improper footings are one of the leading causes of scaffold collapse. 1926.451(c) covers this in detail and warrants more instructional weight. | MODERATE | Expand footing section: base plates on all frames, mudsills on soft ground, plumb and level requirement, prohibition on unstable objects as base support. |
| Overloading Scenarios | Script does not address the common field scenario where materials are stored on scaffold platforms, creating overload conditions that accumulate gradually and are often not recognized as hazards. | MODERATE | Add scenario-based segment covering material storage on scaffolds. Reinforce that load ratings apply to the combined weight of personnel, tools, and materials at any point in time. |
| Dismantling Sequence | Dismantling section describes the process in general terms but does not reinforce that dismantling must follow the reverse sequence of erection. Out-of-sequence dismantling is a significant collapse risk. | MODERATE | Add explicit language that dismantling proceeds in strict reverse order of erection. Recommend including a brief visual or checklist sequence. |
Full report includes detailed analysis across all four review dimensions — regulatory accuracy, field-level realism, instructional clarity, and learner engagement — plus overall assessment and recommendation.
Download Full ReportThe samples above cover EHS and construction safety. Welding, CNC, metallurgy, and industrial safety assessment samples available on request — or start a project conversation directly.
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