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Module 6 - Safety Management

Day 20: Incidents, Recordkeeping, Metrics, and Module Mini-Exam

10% of the exam - about 2 hours - 14 practice questions

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Reading

Incident Response

The sequence when an incident occurs: secure the scene and care for the injured first, notify per the emergency plan, preserve the scene and evidence, investigate to root cause, implement corrective action, and communicate the lessons across the site.

The incident response sequence from securing the scene to communicating lessons learned A left to right sequence: secure the scene and care for the injured, notify per the emergency plan, preserve the scene and evidence, investigate to root cause, implement corrective action, and communicate the lessons across the site. Secure scene,care for injured Notify peremergency plan Preserve sceneand evidence Investigate toroot cause Implementcorrective action Communicatelessons site-wide
Reporting and recording deadlines run in parallel with this sequence; they do not wait for the investigation to finish.

Reporting to OSHA

The thresholds are specific and appear on the exam. A work-related fatality must be reported within 8 hours. A work-related in-patient hospitalization, amputation, or loss of an eye must be reported within 24 hours. The clock runs from when the employer learns of the event. A death is reportable only if it occurs within 30 days of the work-related incident, and a hospitalization, amputation, or loss of an eye only if it occurs within 24 hours of the incident. Reporting is to OSHA directly, by phone or the online form.

Recordkeeping

Under 29 CFR 1904, covered employers must maintain the OSHA 300 log of recordable injuries and illnesses, the 301 incident report, and the 300A annual summary, which must be posted from February 1 through April 30. Employers with 10 or fewer employees, and establishments in certain low-hazard industries, are partially exempt from routine recordkeeping, but construction is not on the low-hazard industry list. Every employer, even an exempt one, must still report fatalities and severe injuries.

A case is recordable if it involves death, days away from work, restricted work or transfer to another job, medical treatment beyond first aid, loss of consciousness, or a significant diagnosis by a licensed health care professional. The first aid exclusion is the distinction most often tested: a defined list of treatments counts as first aid and does not make a case recordable, while treatment beyond that list does.

Root Cause Analysis

The exam's posture on investigation is that stopping at the immediate cause is a failure. "Worker was not wearing fall protection" is not a root cause; it is an observation. The root cause analysis asks why: was the equipment available, was the anchorage provided, was the worker trained, was production pressure rewarded over stopping, did supervision enforce, was the JHA done and communicated? Corrective actions aimed at the system prevent recurrence, while corrective actions aimed only at the individual generally do not.

Leading versus Lagging Indicators

This distinction is tested and it matters.

Lagging indicators measure outcomes after the fact: Total Recordable Incident Rate, Days Away Restricted or Transferred rate, Experience Modification Rate, lost time cases, fatalities. They are objective and comparable but they tell you only about failures that already happened, and on a project small enough, a zero TRIR may reflect luck rather than safety.

Leading indicators measure activity that precedes outcomes: near-miss reports, safety observations completed, JHAs performed, training hours delivered, toolbox talks held, percentage of corrective actions closed on time, inspection findings closed. They predict rather than count.

A mature program tracks both, and the exam rewards recognizing that managing only to lagging indicators creates a perverse incentive to under-report. A site whose near-miss reporting rises is often getting safer, not more dangerous, because near misses are being surfaced rather than hidden.

TRIR is calculated as the number of recordable incidents multiplied by 200,000, divided by total hours worked. The 200,000 represents 100 full-time workers at 40 hours for 50 weeks, which normalizes rates across projects of different sizes. Expect at least one calculation.

Experience Modification Rate compares a company's workers' compensation loss history to the industry average. An EMR of 1.0 is average, below 1.0 is better than average, and many owners set a maximum EMR as a prequalification threshold. A CM advising an owner on contractor prequalification should understand that EMR is a lagging measure and a small contractor's EMR can swing on a single claim, so it belongs in a prequalification package alongside program review and reference checks rather than as a sole gate.

Safety and the Schedule

The exam periodically tests the relationship between schedule pressure and incidents. Acceleration, overtime, trade stacking, and night work all correlate with increased incident rates. A CM evaluating an acceleration proposal should account for safety risk as one of its costs, and a CM who accelerates without adjusting safety staffing and planning has accepted a risk on the owner's behalf without saying so.

Practice Questions

1. A work-related fatality must be reported to OSHA within:

  1. 24 hours
  2. 8 hours
  3. 4 hours
  4. 7 days

2. A work-related amputation must be reported within:

  1. 30 days
  2. 8 hours
  3. 24 hours
  4. 72 hours

3. The OSHA 300A annual summary must be posted:

  1. Only on request
  2. January 1 to March 1
  3. Year round
  4. February 1 to April 30

4. A case requiring medical treatment beyond first aid is:

  1. Recordable
  2. Exempt in construction
  3. Not recordable
  4. Reportable within 8 hours

5. "The worker was not tied off" is best characterized as:

  1. A root cause, because it names the exact behavior that led to the fall
  2. A corrective action
  3. A leading indicator
  4. An immediate cause or observation, not a root cause

6. Near-miss reporting rate is:

  1. Not a safety metric
  2. Required by 1904
  3. A leading indicator
  4. A lagging indicator

7. TRIR is calculated as recordables multiplied by 200,000 divided by:

  1. Days on site
  2. Contract value
  3. Total hours worked
  4. Number of employees

8. A project worked 400,000 hours with 4 recordable incidents. TRIR is:

  1. 4.0
  2. 0.5
  3. 1.0
  4. 2.0

9. An EMR of 0.85 indicates:

  1. Nothing meaningful
  2. Exactly average
  3. Better than industry average
  4. Worse than industry average

10. Managing exclusively to lagging indicators risks:

  1. Lower EMR accuracy
  2. Improved reporting
  3. Higher training rates
  4. A perverse incentive to under-report incidents

11. A CM accelerates a project with overtime and trade stacking without adjusting safety staffing. The CM has:

  1. Accepted increased safety risk on the owner's behalf without disclosing it
  2. Managed cost well
  3. Reduced liability, because overtime shifts responsibility for safety onto the trade contractors
  4. Improved leading indicators

12. A worker receives an over-the-counter pain reliever and a bandage for a minor cut and returns to full duty the same day. This case is:

  1. Recordable, since any treatment triggers recording
  2. Not recordable, since it falls within the first aid exclusion
  3. Reportable within 24 hours, since the worker received treatment on site
  4. Reportable within 8 hours

13. A project worked 250,000 hours with 2 recordable incidents. TRIR is:

  1. 1.6
  2. 2.0
  3. 4.0
  4. 0.8

14. A site owner sets a maximum EMR as a prequalification cutoff and treats it as the sole basis for approving or rejecting a small contractor. The most accurate criticism of this approach is:

  1. EMR should never be used in prequalification, because workers' compensation history says nothing about safety practice
  2. EMR is a lagging, noisy measure for small contractors, so it belongs beside program review and references
  3. EMR only applies to general industry, not construction, because construction contractors are rated under a separate index
  4. A lower EMR always means a less safe contractor

Glossary

Recordable
An incident meeting OSHA's 1904 threshold (medical treatment beyond first aid, days away, restriction, or transfer), logged on the OSHA 300.
Reportable
An incident that must be called in to OSHA directly: a fatality within 8 hours, or an in-patient hospitalization, amputation, or loss of an eye within 24 hours.
OSHA 300A
Annual summary of recordable cases, posted where employees can see it from February 1 through April 30.
Root Cause
The underlying condition that made an unsafe act or condition possible or normal, distinct from the immediate observation ("not tied off").
Leading Indicator
A forward-looking safety metric, such as near-miss reports or toolbox talks, that moves before anyone is hurt.
Lagging Indicator
A metric that only moves after an incident, such as TRIR or lost time cases.
TRIR
Total Recordable Incident Rate: recordables times 200,000, divided by total hours worked.
EMR
Experience Modification Rate, indexed to 1.0 as the industry average; used in contractor prequalification alongside other factors, not as a sole gate.
First Aid Exclusion
Defined list of minor treatments that do not make a case recordable even though care was given.
OSHA 301
Incident report documenting the details of each recordable case, maintained alongside the OSHA 300 log.

Progress

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