CBRN study plan

Classify the major CBRN agent families by mechanism of action, persistence, volatility, and primary route of exposure

Rank the priority chemical warfare agents and toxic industrial chemicals by onset speed and the scene indicators a responder can observe without instruments

Match each agent class and route of entry to the correct PPE level, respiratory protection type, and skin protection

Demonstrate the don/doff sequence for a Level C ensemble while verbalizing each contamination-control checkpoint

Identify the physiological and psychological stressors that degrade responder performance in encapsulating suits and state two countermeasures for each

Compare point, standoff, and laboratory-confirmatory detection technologies on sensitivity, time-to-result, and typical false-positive behavior

Sequence the field sampling workflow from initial screening through packaging, chain of custody, and confirmatory lab analysis

Interpret a set of monitoring readings and justify whether to upgrade, downgrade, or hold the current PPE level

Distinguish chemical release indicators from biological and radiological indicators using only scene observations and basic field readings

Map the ICS and NIMS structure for a CBRN incident from first-arriving unit through unified command, naming the role that owns each function at each phase

Draft the safety officer's duties and authorities within a CBRN-specific incident action plan

Build a multi-agency communications plan specifying assigned channels, interoperability gaps, and message discipline rules

Draw and defend hot, warm, and cold zone boundaries on a site diagram, citing the basis for each boundary decision

Explain how accountability, rehab rotation, and personnel monitoring are tracked during a long-duration entry operation

Match each agent class to its first-line medical countermeasure, route of administration, and contraindication

Apply a CBRN-adapted mass-casualty triage approach to a mixed casualty set and assign treatment priorities

Describe the correct use, timing, and site selection for antidote autoinjectors

Outline the casualty-care pathway for biological and radiological patients from field triage through receiving facility handoff

Differentiate technical, mass-casualty, and gross decontamination and select the appropriate approach for a given agent and victim load

Sequence the decontamination corridor from ambulatory intake through non-ambulatory processing and clean exit

Calculate corridor throughput and water demand for a stated casualty count and identify the bottleneck

Adapt decontamination actions to radiological particulates versus chemical liquids versus biological contamination

Describe the contamination-control handoff between the decontamination line and the receiving emergency department

Summarize the responder-facing requirements of the key occupational safety, hazardous waste, transportation, and environmental statutes that govern a CBRN response

Identify the legal authorities and declaration triggers that unlock federal, state, and local CBRN response resources

Apply evidence-handling and chain-of-custody requirements to a scene where a deliberate release is suspected

Explain responder right-to-know, exposure recordkeeping, and medical surveillance obligations owed by the employer

State the documentation and reporting duties that follow a responder exposure or PPE failure

Design a tabletop exercise for a CBRN scenario that specifies objectives, injects, evaluator criteria, and an after-action review process

Write measurable exercise objectives that map to specific capability gaps identified in earlier weeks

Re-run the week 5 decontamination throughput calculation under degraded conditions and document the revised plan

Assemble a personal preparedness checklist that identifies the three weakest domains and the study action planned for each

Re-derive the agent recognition and detection decision rules from memory and reconcile any drift against reference notes

Complete two full-length timed practice exams under test conditions and record section-level scores

Re-teach the three lowest-scoring subtopics aloud or in writing without notes

Consolidate a one-page final review sheet covering agent signatures, PPE selection triggers, and detection thresholds